A compact, portable, and easy-to-use mydriatic wide-field digital imaging system used for the photo documentation of ocular diseases that manifest in human eyes.
The ergonomically designed, lightweight hand piece allows for single-handed operation, and captures 120-degree high-resolution images of the posterior and anterior segments of the eye.
The contact device is easily operated by qualified clinicians and can be deployed in versatile clinical environment such as hospitals, operating rooms, and Neonatal Intensive Care Units (NICU)
Compact and ergonomic design
High resolution images at 120-degree FOV
Lightweight and easy to use
Intelligent intuitive controls and workflow
Provides historical data as reference to evaluate disease progress
Unique, built-in, compact, warm white LED-based illumination system
Innovative focusing that enable noiseless operation
Mobility enhances wider reach
Delivers objective evidence to support clinical findings
Provides visual health data for medico-legal purpose


What Tests May Be Done In The Ophthalmologist’s Office Before The Procedure?
Optical Coherence Tomography (OCT) is a non-invasive imaging technology that can provide very high-resolution images of retinal structures. The anatomic layers within the retina can be differentiated and retinal thickness can be measured. OCT is useful for detecting fluid and retinal changes in patients with wet AMD.
A Visual Acuity Test is used to determine the smallest letters a person can read on a standardized chart. The number of letters gained or lost is a useful measure of the progress of disease or vision improvement with treatment.
Digital Fundus Photography is used to provide an image of the retina that can detect the presence of disease. The photograph of the retina is taken with a special digital camera system that is designed for ophthalmic applications. The pupil is typically dilated to allow the photographs to be taken.
Fluorescein Angiography (FA) is a test that provides an image of the blood vessels in the back of the eye. Dye is injected into a vein in the arm and photos are taken over a period of several minutes. FA may be repeated to evaluate progress of the disease and response to therapy over time.
Axial Length Measurement of the eye is made using ultrasound or a special optical device (laser interferometer), which measures the eye’s features using light. Ultrasound measurements are taken with a probe that is applied to the anesthetized eye, while a laser interferometer involves no eye contact, and is similar to a slit-lamp eye exam.


IDS imaging camera was the easiest integration cameras in the market. Therefore, is so easy for IDS cameras become most compatible with market most popular machine vision software such as OpenCV, Labview, Cognex and Halcon vision software. IDS also provide wide range of industrial C-mount cameras such GigE 5, GigE 10, GigE, USB 2.0, USB 3.0, and USB 3.1 interfacing models.
For find out more IDS Imaging please follow the link.
Meanwhile, if you need technical support, please email us firstname.lastname@example.org
IDS Imaging Camera Features
The UI-5880FA Rev.1.2 GigE CMOS camera with the 1/1.8″ rolling shutter CMOS sensor Sony IMX178 offers an extremely high resolution of 6.4 MP (3088 x 2076 px, aspect ratio 3:2), which is ideal for visualization tasks in microscopy or as a cost-conscious option for intelligent traffic systems (ITS).
The sensor from the Sony STARVIS series features BSI technology (“back-side-illumination”) and is one of the most light-sensitive sensors with a low dark current close to the SCMOS range (Scientific CMOS). It can be exposed for up to 120 seconds and also produces impressive results even in extremely low starlight.
The UI-5880FA Rev.1.2 IDS imaging camera also provides two additional general purpose I/Os (GPIOs). The power supply is provided by the screw-on, dust proof and splash waterproof M12 circular connector.
Together with our GigE industrial cameras, the Sony IMX178 delivers frame rates of up to 18 fps at full resolution. Thanks to the 1/1.8″ sensor size, a wide selection of C-mount lenses is available for the UI-5880FA Rev.1.2 GigE camera model.
- UI-5880FA-M-GL Rev.1.2; MPN: AB12580
- UI-5880FA-C-HQ Rev.1.2; MPN: AB12579
- UI-5880FA-M-GL Rev.1.2: AB12580
- UI-5880FA-C-HQ Rev.1.2: AB12579
|Frame rate @ resolution max.
|Resolution (h x v)
||3088 x 2076
||7.411 mm x 4.982 mm
||Global Start Shutter, Rolling Shutter
|Product Life Cycle


Lowest Slit Lamp Price at Hospital Store:
We offer the best slit lamp at the best price for patient doctors, hospitals, clinics, nursing home and more. At our online medical supply store "Hospital Store". We offer a slit lamp or in different brands like the Rexxam slit lamp, Huvitz slit lamp, Labomed slit lamp, Keeler slit lamp. The cost of the slit lamp at hospital store is the lowest compared to other sellers. There are many options of slit lamp machine available at an affordable price that can be purchased online. Buy eye lamp medical online from Hospitals Store.
Slit Lamp Price Range:
The price of slit lamp can vary significantly, depending on the type and brand. Slit Lamp Price Ranges between In INR 1 lakh to INR 20 lakh.
Detailed Slit Lamp Price List:
For your convenience, we have categorized our slit lamp prices based on brands and types. Below, you will find a detailed price list:
|Product Name||Price Range|
|Huvitz slit lamp||₹48,000-₹147,850|
|Zeiss slit lamp||₹50,000-₹2,200,000|
|Labomed slit lamp||₹45,000-₹126,000|
|Keeler slit lamp||₹60,000-₹180,000|
|Nidek slit lamp||₹40,000-₹200,000|
What Is Slit Lamp?
A slit lamp is a device that allows a medical professional to examine the entire eye at extreme magnification and to determine depth. An optical slit lamp is a specialized instrument used by eye care professionals to examine the anterior segment of the eye. A slit lamp ophthalmoscope consists of a binocular microscope and a light source that can project a thin, slit-shaped beam of light onto the eye. The ophthalmic slit lamp allows eye care professionals, such as ophthalmologists and optometrists, to evaluate and diagnose various eye conditions and diseases. By adjusting the slit beam's width, height, and angle, the doctor can illuminate specific areas of the eye and observe its structures in detail.
Buy Different Types of Slit Lamp at Online:
There are different types of slit lamp are available at our online medical equipment marketplace "Hospital Store".
- Hand held Slit Lamp: Handheld slit lamps are portable and lightweight, designed for use in remote or mobile settings. They offer convenience and flexibility for eye examinations outside traditional clinical settings.
- Digital Slit Lamp: This slit lamps integrate digital imaging technology into the instrument. They have built-in cameras that capture high-resolution images or videos of the eye structures during the examination. These images can be stored for documentation, analysis, or sharing with other healthcare professionals.
- Video Slit Lamp: This slit lamps are equipped with video recording capabilities, allowing real-time video capture of the eye examination. These are often used for educational purposes, research, or for documentation of dynamic eye conditions.
- Table Slit Lamp: A table slit lamp is a type of slit lamp that is designed to be placed on a table or a dedicated examination unit. It consists of a binocular microscope, a light source, and a mechanical slit mechanism. This slit lamps offer stability and ease of use, providing accurate examination and diagnosis of various eye conditions. They are commonly used in ophthalmic clinics and hospitals for routine eye examinations and specialized procedures.
Buy Slit lamp from Best Brands at Online:
Heine Slit Lamp: The Heine Slit Lamp is compact and light-weight. Their Slit Lamp with an adjustable slit image and optional blue filter for human and veterinary medicine for the examination of the anterior segment.
Features of Slit Lamp:
Here are some of the features of optical slit lamp.
- Illumination: Slit lamps provide adjustable illumination that can be focused on specific areas of the eye. The intensity of the light can be controlled to ensure optimal visibility during examination.
- Magnification Power: Slit lamps offer high magnification capabilities, allowing eye care professionals to observe the eye structures in detail. Typical magnification ranges from 6x to 40x, enabling precise examination and diagnosis.
- Width and Length: The slit beam projected by the lamp can be adjusted in width and length. This feature allows the eye care professional to examine different layers and structures of the eye with precision and control.
- Filter Capabilities: Slit lamps often have filter options to enhance the examination process. Filters can be used to selectively highlight specific characteristics or to modify the color of the light, aiding in the detection and evaluation of certain eye conditions.
- Light Source: Modern slit lamps typically use advanced light sources such as halogen bulbs or LEDs. These provide bright and focused illumination for optimal visualization of the eye structures. LED light sources are becoming increasingly popular due to their energy efficiency and longer lifespan.


Introduction (history, classification of magneto-optic effects),
Basics of solid-state optics (Maxwell’s equations in material and complex optical quantities, Fresnel’s equations, polarization states and sign convention),
Classical theory of dispersion (Lorentz theory of absorption and dispersion, microwave cyclotron resonance, magnetic-field induced splitting of the reflectivity minimum, relation between experimental quantities and optical conductivity tensor),
Microscopic model (Becquerel’s equation, Kramers-Kronig relation, origin of spin-orbit interaction, quantum mechanical calculation of the optical conductivity, model for the microscopic origin of magneto-optic activity),
Magneto-optic properties of magnetic semiconductors,
Relationship between magnetism and magneto-optics.
1.1.26 Seminarraum E1
wöchentlich, ab 14.10.2019, 10:00 - 12:00 (16 Termine)


People who are working in the factories, laboratories or even in the industries are exposed to a various type of risks such as chemical, radiation and unclean environments. It is always crucial for the management or owner to safeguard the workers safety from those unexpectable hazards while dealing with machineries and other critical works.
The possible eye hazards at work
Protecting eyes at the workplace is much required when the upcoming possible eye hazards are occur:
- Projectiles like dust, metal and other concrete particles
- Due to chemical splashes and fumes
- High radiation at the workplaces such as visible light, heat, infrared radiation & lasers
Places where the risk of eye hazards occur highly
- Auto Repair
How will Keerthi Enterprises Protect Your Eyes from Unexpectable Injuries
At Keerthi Enterprises, we believe that safety is not compromisable, so the quality of the safety eyewear equipments and glasses are always in high quality at unmatchable prices.
- Safety Spectacles
- Visors Faceshields
- Welding Shields
Also its advisable to choose the special needed safety eye glasses, googles and face shields depends on the working condition.
You must use special-purpose safety glasses, goggles, face shields or helmets designed for that task.
Advantages of Keerthi Safety Eyewears
- Polycarbonate lens meets impact test requirements
- 99% UV protection to safeguard against harmful rays
- Clear inbuilt nose bridge to provide snug fit
- Available in different styles to suit individual needs
- Flexible frame for fitting marjority of face sizes
- Clear hard coated finish on lens for durability


Relationship between laser cutting machine and daily life
During the Spring Festival, relatives and friends often asked my job, I said is engaged in and laser cutting machine related work, they don't know laser equipment, but do not know what role these devices, today to say in detail about the application of laser equipment.
Not engaged in with the production and processing of the person concerned may rarely come into contact with laser equipment, in fact, laser machining, laser equipment are and our way of life is closely related to, such as mobile phone shell text, logo, computer keyboard characters, metal sculpture, automotive parts cutting welding, aerospace manufacturing, high iron production, aircraft manufacturing, etc. are and laser processing related, it can be said, laser equipment deep into life. It can not only help you make money, and able to feed tens of thousands of employees, improve the quality of life.
Laser equipment to improve the quality of daily life
Daily life: electromagnetic oven, TV, computers, refrigerators, washing machines and other household appliances, kitchen, frying pan, bottles and other tools, these things on the brand logo, text description, performance, bar code, such as, now almost all laser hit marking machine playing up, laser marking both beautiful and not easy to be worn before traditional printing ink or paper paste label already out of date.
Laser equipment to change the way people travel
Human history of thousands of years of history tells us that human beings from the limbs to walk to walk upright, and then to travel to travel, to prove that science and technology has been promoting the development of human civilization. We usually see the car, train, subway, high-speed rail, ships, aircraft, and even spacecraft are inseparable from the laser equipment, in manufacturing need laser marking machine marking parts, coding, text and other, need laser cutting machine frame, steel plate, glass, doors, plastic and other, requiring laser welding machine welding frame, windows and doors, engine, a cylinder, a sensor, 3D laser precision measuring machine for measuring the engine, the size of the components. If there is no laser equipment, manufacturing cars, high-speed rail, aircraft will not be able to talk about, it is estimated that we are still upright walking, walking oh.
Laser technology to improve production efficiency
Laser device in electronic manufacturing, automobile manufacturing, food and pharmaceutical packaging, precision instruments, jewelry and other hundreds of manufacturing industry has been widely used, the laser device can rapidly improve production efficiency, improve the quality of the products, manufacturers to reduce costs and earn more money, this is the traditional production and processing equipment and incomparable advantages.
Laser equipment, there are many places is, of course, and our life, such as a variety of medical beauty, laser weapons, information and communication technology, laser TV industry or product need laser technology, it can be said, our life has been "laser" rule.


The Sun’s Spectrum
I’ve been thinking about this poster down the hall from me. Its pretty, but its information about the sun is pretty spectacular. To really understand it, you have to go back to the basics about light. We can only see light within a certain range of wavelengths and frequency. This range is called the visible spectrum. Here is what this looks like in pretty picture form:
What’s a basic way to study light? Well, don’t stare at light and hurt your eyes. Please. A better method is spectroscopy – which spreads a light source out. You could use a prism for this. As the full spectrum of visible light travels through a prism, the wavelengths separate into the colors of the rainbow because each color is a different wavelength. Violet has the shortest wavelength, at around 380 nanometers, and red has the longest wavelength, at around 700 nanometers. If the light doesn’t pass through any low-density gas, the spectrum shows no features and is considered a “continuous spectrum”.
If the light however passes through a cool “cloud” of gas, that “cloud” can absorb particular wavelengths and we can an adsorption spectrum. If you don’t have a prism, you could instead use an imaging Fourier transform spectrograph (IFTS). You probably have one in the telescope you live in on top of that mountain right? A spectrograph is an instrument that separates incoming light by its wavelength or frequency and records the resulting spectrum in some kind of a detector. This device will produce a spectrum that features spectral lines. The appearance of spectral lines is caused by atoms and molecules in a material that the light is passing through. Those atoms and moelecules both emit and absorb radiation at distinct wavelengths.
Absorption lines will appear when there is a hot light source (like our Sun) passing through an intra-meaning cool material (like gas). The radiation is absorbed by the cooler gas causing the lines (or reduction in intensity corresponding to the spectral transitions of the elements in that gas).
For most elements, there is a certain temperature at which their emission and absorption lines are strongest. The lines you see in a star’s spectrum act like thermometers.
This picture below looks like its the poster down the hall from me, but upon close inspection, its actually different. The same scientist, Bob Kurucz involved with the original poster made a version 2. This spectrum below was taken through the atmosphere, through oxygen and water lines in addition to the solar lines.
In the spectrum on the wall, he has removed the O2 and H2O lines so the spectrum looks the way it would appear above the atmosphere. It is the way the sun would look from a planet or another star. And here is the poster I get to see every day.


Glint wins Brightstar 2022
Glint is honored and proud to receive a Brightstar Award from LEDs Magazine for our newly released Hero Recessed with PureBeam. Hero Recessed brings the incredible photometric performance of Hero into the ceiling with the world's first and only fully-adjustable recessed linear luminaire. PureBeam delivers consistently perfect photometrics at every beam angle and throw for revolutionary simplicity in lighting design. Stay tuned for more information on the exciting new capabilities!
January 16, 2024Glint releases Epic
October 30, 2023Glint releases 4 new products!
September 11, 2023ISTED Technical Sales to represent Glint in Saskatchewan and Manitoba
August 25, 2023JRC and Lumen FX to represent Glint


* This is the Consumer Version. *
Refractive errors can be corrected with glass or plastic lenses mounted in a frame (eyeglasses) or with a small lens made of plastic floating on the cornea (contact lens). Good vision correction is possible with both eyeglasses and contact lenses. For most people, the choice is a matter of appearance, convenience, cost, risk, and comfort.
Plastic lenses for eyeglasses are lighter but are more likely to scratch. Glass lenses are more durable but are more likely to break, potentially causing injury. Plastic lenses are more commonly used because they are thinner and can also be coated with a substance that helps them resist scratches. Both glass and plastic lenses can be tinted or treated with a chemical that darkens them automatically when exposed to light. Lenses can also be coated to reduce the amount of potentially damaging ultraviolet light that reaches the eye.
Bifocals contain two lenses—an upper lens that corrects the view of distant objects and a lower lens that corrects the view of nearby objects, such as reading material. However, people also need to focus at middle distances, such as when viewing a computer screen. Trifocals meet this need by adding a lens for middle distance. Continuously variable lenses (progressive add lenses) also permit focusing at middle distances and have a cosmetic advantage in that there is no line or sharp division between the regions of the eyeglass lens.
Many people think contact lenses are more attractive than eyeglasses, and some think that vision is more natural with contact lenses. However, contact lenses require more care than eyeglasses, and rarely, they can damage the eye. Some people, particularly older people and people with arthritis, may have trouble handling contact lenses and placing them in their eyes.
Contact lenses may provide better visual acuity and peripheral vision than do eyeglasses. Contact lenses can correct nearsightedness, farsightedness, astigmatism, anisometropia, aphakia after removal of a cataract, and keratoconus (a cone-shaped cornea—see page Keratoconus). Either soft or rigid (hard) contact lenses are used to correct nearsightedness and farsightedness. Soft toric lenses or rigid contact lenses can often correct astigmatism, but require expert fitting. Presbyopia can also be corrected with contact lenses. In one approach, called monovision, one eye is corrected for reading and the other is corrected for distance vision. However, some people have difficulty adjusting to monovision.
Neither rigid nor soft contact lenses offer the eyes the protection against a blunt or sharp injury that eyeglasses do.
Rigid contact lenses, which are usually gas-permeable, are thin disks made of hard plastic. They are smaller than soft contact lenses and cover only part of the cornea. Oxygen, which the cornea needs to function properly, does not pass easily through the plastic of the older style hard contact lenses. Gas-permeable contact lenses (GPCLs), which are made of plastics such as newer silicone compounds, permit more oxygen to reach the cornea. Rigid contact lenses can be used to correct nearsightedness, farsightedness, and irregularities in the cornea (astigmatism and keratoconus).
GPCLs can be designed to fit the eye exactly. They usually require some time for the eye to adapt to their presence and need to be worn for about 4 to 7 days before they feel comfortable for a prolonged period. The contact lenses are worn for a gradually increasing number of hours each day. Although rigid contact lenses may be uncomfortable at first, they should not be painful. Pain usually indicates an improper fit. People who wear GPCLs usually have temporary (less than 2 hours) blurred vision when they put eyeglasses on after removing the contact lenses. Vision with rigid contact lenses is usually sharper than vision with soft contact lenses, particularly in people with astigmatism.
Soft hydrophilic (water-absorbing) contact lenses are made of flexible plastics and are 30 to 79% water. They are larger than rigid contact lenses and cover the entire cornea. Soft contact lenses can be used to correct nearsightedness, farsightedness, and sometimes astigmatism. Not all soft contact lenses allow oxygen to reach the cornea easily.
Because they are larger, soft contact lenses are less likely than rigid contact lenses to fall out or to allow dust and other particles to get trapped underneath. In addition, soft contact lenses are usually comfortable from the first wearing. Soft contact lenses require scrupulous care to prevent problems, because the risk of infection is higher with soft contact lenses than with rigid contact lenses. When dry, soft contact lenses are brittle and break easily.
Contact lenses should be removed and cleaned every day using a contact lens disinfecting solution. Tap water should never be used, particularly to clean soft or gas-permeable contact lenses. After cleaning, all contact lenses should be stored in a disinfectant solution in a contact lens case overnight. After the lenses are inserted the next day, 100% of the disinfectant solution should be removed from the lens case. The lens case is then allowed to dry by leaving it open to the air. The lens case should be replaced every 1 to 2 months. Some contact lenses require weekly treatment with an enzyme cleaner. Daily disposable contact lenses are discarded after a day of use. Some regular or disposable soft contact lenses are designed so that they may be kept in the eye during sleep for a number of days (extended wear). Most can be kept in place for up to 7 days, but newer contact lenses are available that can be kept in place for up to 30 days. However, the risk of infection is higher with contact lenses that are worn overnight. Therefore, it is best to remove contact lenses before going to sleep.
Wearing contact lenses poses a risk of serious, vision-threatening, painful complications, including the formation of ulcers on the cornea. Ulcers can be caused by bacteria, viruses, fungi, or amoebas and can cause loss of vision (see page Corneal Ulcer). The risks can be greatly reduced by following the eye doctor's instructions and using common sense.
The risk of serious infections increases when people swim or shower while wearing their contact lenses and clean their lenses with homemade saline solution, saliva, tap water, or distilled water. Sleeping while wearing any type of contact lens also increases the risk of serious infections. The risk of infection increases for every night a person sleeps in soft contact lenses. The best way to reduce the risk of infection is to not sleep in contact lenses. If a person has intense eye pain, excessive watering of the eye, pain with exposure to light, vision changes, or eye redness, the contact lenses should be removed immediately. If the symptoms do not resolve quickly, the person should contact an eye doctor.
* This is the Consumer Version. *


Architectural glass units
Types of architectural glass units:
Such glass has a special coating which gives the glass an ability to reflect thermal radiation. It promotes reduction of glass unit thermal conductivity. In cold climatic zones such glass units preserve the warmth of indoor space produced by inner lighting and heat devices. In hot climatic zones these glass units reduce the transmission of outer heat into the room. The following types of glass have energy saving characteristics:
- k-glass (“hard glass”) - low emissivity glass that is resistant to outer exposure. It has pyrolytic coating which is produced by the chemical reaction with high heat.
- i-glass (“soft glass”) – low emissivity glass with a selective layer applied by the method of cathodic spraying in vacuum. Energy saving coating of this type isn’t resistant to outer exposure and therefore can be used only in glass units (with the coating on the inner surface). I-glass has a higher level of heat insulation than k-glass.
Reflective glass has a coating that restricts the transmission of sun heat into the room but doesn’t influence maximal amount of natural lighting. That said, during the daytime one can observe the mirror-like effect from outside and the toned effect from inside. During the night optical features of the glass are inverted, so with the inner lighting on the mirror-like effect is observed inside the room. In other words, reflective glass reflects the light to the direction where there is more light.
This type of glass reduces transmission of light in both directions without mirror-like effect and is installed to a glass unit from the outer surface.
Triplex is a composition of two and more pieces of glass glued together with a special tape. It provides the construction with extra durability towards mechanical destruction. When damaged, the glass of triplex cracks but doesn’t fall to pieces because the shatters stick to the tape.
Triplex is characterized with a higher degree ofsound insulation in comparison with regular glass of the same thickness.
Decorative glass units:
The possibility to use bended architectural glass allows architects create impressive buildings and constructions.
In addition to regular bended float glass there are bended tempered glass, bended triplex, bended multilayer glass with tempered layers and bended glass units.


260/280 ratio is a potential measurement for the detection and quantify of DNA / RNA.
The ratio of absorbance at 260 nm and 280 nm is used to assess the purity of DNA and RNA extractions. That is because Nucleic acids shows the highest absorbance generation/highest UV radiation absorbance at 260 nm and maxima at 280 nm.
It can also be used to check whether its contaminated.
A 260/280 ratio between 1.8 – 2.0 is generally accepted as “pure” DNA/RNA.
If the ratio is below 1.8 then it can indicate the presentence of proteins or phenyl contamination.


Godox LED308C II LED Video Studio Light
Godox LED308C II LED Video Light is a powerful source of continuous, consistent light, excellent for macro photography, product shoots, photojournalistic and video recording, etc. The lightweight and portable light provide high brightness and accurate color.
Godox LED308C II LED Video Studio Light Product Features
- Built-in 308 Premium LED Beads of high brightness
- Large-sized, concise and modern LCD Panel and auto memory function
- Outfitted with wireless remote control to respectively adjust brightness and color temperature of groups A/B/C/D/E/F
- 16 channels to prevent interruption
- Power supply by Lithium Battery or DC
- Various ways to use: LED308 Video Light can be mounted on the camera hot shoe, light stand, mini stand etc. or you can just handle it
- Adjust LED light angle flexibly
- 1 x LED-308C Video Light
- 1 x Handle
- 1 x Mini Stand
- 1 x Diffusion Filter (White)
- 1 x User Manual
- Please read the product description, product specifications for make sure the product meet your requirement.
- Also we recommending to watch product review in YouTube.
- See our more Godox Products to Click here.
- See This Product in Godox Official Site Click Here.


2020 BEST PROFESSIONAL LASER HAIR REMOVAL EQUIPMENT
Finding the best professional laser hair removal equipment can be a challenge as there are a lot of different devices. Sorting through all the different manufacturers and models adds up to a long list of equipment. This article will sort through all the different types of technology and teach everything you need to know about professional laser hair removal equipment. Lastly you will learn what device is the best professional laser hair removal equipment for your business. You will be a more educated buyer and you will be able to make the best decision for your business.
There are 3 gold standard laser wavelengths used for hair removal:
- 755 nm Alexandrite laser
- 805 nm or 810 nm Diode laser
- 1064 nm Nd:Yag laser
When sorting through different lasers it’s important to recognize that these 3 laser wavelengths are the only types of lasers that are used for hair removal. As there are lots of different types of laser available, the specific technology used for professional laser hair removal equipment is a long pulsed laser. This means the time the laser “rests” on the skin is longer, but in relation to 1 second it is still very fast. The laser rests on the skin in a fraction of a second but is still longer than a Q switch laser. A Q switch laser is used for tattoo removal and operates in a shorter resting time than a long pulsed laser used for hair removal.
Diode Bar Technology Vs. Fiber Delivery With Interchangeable Spot Size:
All professional laser hair removal equipment uses a hand piece which emits the laser onto the skin. It is important to know the difference between hand piece technology. Diode lasers use hand piece tip to skin contact while using clear ultrasound gel as a medium. Clear ultrasound gel helps the hand piece glide across the skin and keep the skin cool as the cool diode tip emits chilling technology for comfort. The downside with diode lasers is that many passes are required to achieve a successful treatment. Additionally, some may view working with clear ultrasound gel as messy. Diode lasers are affordable professional laser hair removal equipment that can take non-stop use all day.
Sometimes professional laser hair removal equipment that uses diode technology will have multiple wavelengths such as 755 nm Alexandrite and 1064 nm Nd:Yag in the same device. This is not common but does exist, the downside is the use of laser bar technology which typically equates to a lower beam quality compared to a device designed with fiber delivery. Professional laser hair removal equipment designed with fiber delivery is considered a higher end device because the manufacturing cost is higher and equates to better laser beam delivery. When producing better beam delivery you will receive better results. A fiber is essentially a glass like cord that is connected to optics which produce a laser beam from a laser rod. Professional laser hair removal equipment that is designed with fiber delivery also will have different spot sizes allowing for a more precise laser hair removal experience. The benefit of a professional laser hair removal device designed with fiber delivery is a 1 pass treatment equating to shorter treatment times and without the need for clear ultrasound gel.
What Chromophores Do Lasers Absorb and Why Is This Important?
Lasers absorb 3 main components of skin which are oxyhemoglobin, water, and melanin. Most important to professional laser hair removal equipment is the amount of melanin each laser wavelength absorbs. This is very important when treating dark complected skin because melanin count is much higher in skin types 4, 5, and 6. Hair contains melanin and the process of laser hair removal is the laser is attracted to the melanin in the hair and absorbs that component. When treating darker skin tones, a laser wavelength must absorb enough melanin to be effective but not so much that it will cause burning or loss of pigmentation to the skin, this is because the laser absorbs MELANIN. When deciding what professional hair removal equipment is best for your business, it’s important to understand these 3 components.
What Laser Wavelengths Are Best For All Skin Types?
When determining what professional laser hair removal equipment is best for your business it’s important to recognize what skin types you will be seeing in your business. Not all laser wavelengths are good for all skin types.
755 nm Alexandrite
Has very high absorption of melanin meaning it is not good for skin types 4, 5, and 6. But, it is most appropriate for skin types 1, 2, and 3 and is an extremely effective laser wavelength for hair removal.
805 nm or 810 nm Diode
Has a medium absorption of melanin and a nice safety profile for all skin types. This laser wavelength has a slightly lower absorption of melanin compared to a 755 nm Alexandrite which makes it safer on darker skin tones. Typically, to effectively target hair on darker skin with a diode the operator will need to turn down the energy causing a less effective treatment. When treating individuals with darker skin types will typically see a greater number of treatments due to lower energy treatments to maintain a safe treatment.
1064 nm Nd:Yag
Compared to the other wavelengths the 1064 nm Nd:Yag laser or also called a Yag is the safest laser wavelength for dark skin and is considered the gold standard wavelength for skin types 4, 5, and 6. The laser is effective on all skin types but not preferable for skin types 1, 2, and 3.
Repair & Servicing Professional Laser Hair Removal Equipment
After purchasing your professional laser hair removal equipment and running treatments, occasionally your laser will need repairs or service. Receiving high quality service and affordable repairs are extremely important. Most laser service companies can charge up to $20,000 per year for a service contract. MedLaser USA offers affordable service and options for warranties on their equipment. Additionally, MedLaser USA offers replacement parts that are a fraction of the cost as competitors. Some lasers have disposable components and it’s important to ask questions to uncover what devices have disposables. Another important aspect is understanding life expectancy of parts, specifically hand pieces. Diode hand pieces can last from a few million pulses up to 10 million.
Prices Of Professional Laser Hair Removal Equipment
It is a fact that all cosmetic lasers and professional laser hair removal equipment is expensive. Commercial grade lasers that you would find in a medical spa, plastic surgery office, or dermatology clinic are built to perform with high quality parts. Quality professional laser hair removal equipment can range from $30,000 and upward of $200,000. The best type of laser for hair removal is a combination of alexandrite and nd:yag with fiber delivery. This is because of the premium beam technology, premium results, and quality of equipment. Alexandrite & Yag lasers typically cost $85,000-$200,000. Lower end professional laser hair removal equipment would be diode laser technology and prices can range anywhere from $30,000-$75,000. You get what you pay for in relation to quality, price, warranties, and service. Determining your budget if you’re purchasing with cash or determining a monthly payment budget if you’re financing or leasing is going to help you determine your best options.
Financing or Leasing Professional Laser Hair Removal Equipment
If you’re planning on financing or leasing your cosmetic laser for hair removal then understanding a little about the process is going to be beneficial. There are 2 types of monthly payment options, financing or leasing. Financing is when you make your last payment you own your device at the end of your term. Leasing is when you return your equipment at the end of your term but you would still have a variable buyout amount at the end of your term. Regardless if you’re leasing or financing, you’re still going to me making a sizable monthly payment and it is always best to own your equipment at the end of your term. Typically, terms will consist of 36 months, 48 months, or 60 months. Your exact monthly payment will depend on a review of your credit, time in business, and your financial health of your business. New businesses end up with higher interest rates or higher monthly payments because new businesses pose a greater risk. The financing or leasing process is a very simple process and typically requires a 1 page credit application and your last 3 months business bank statements. MedLaser USA specializes in offering affordable leasing and financing options for all new and used professional laser hair removal equipment.
The Dual Accento Laser Is The Best Professional Laser Hair Removal Equipment
The best professional laser hair removal equipment is the Dual Accento laser. As discussed in this article the best laser wavelengths are 755 nm alexandrite and 1064 Nd:Yag. These laser wavelengths are the best because they provide premium beam technology and laser hair removal treatments for all skin types. The Dual Accento has both 755 nm Alexandrite and 1064 nm Nd:Yag in 1 device and also offers a long list of treatments besides just laser hair removal making the Dual Accento a multi-function professional laser hair removal equipment.
The Dual Accento is also reasonably priced compared to other devices with similar technology providing substantial cost savings. The Dual Accento has lots of features such as spot sizes from 2mm – 20mm, cold cryo spray for comfortable treatments, easy to use touch screen for easy operation, and fast speed to allow for fast treatment times. These details are why the Dual Accento laser is the best professional laser hair removal equipment in the entire laser market.
Written by: MedLaser USA


World’s Widest 1:1 Macro Lens
Featuring an ultra-wide 110 degrees angle of view of with 1:1 maximum magnification, allowing users to focus very close to the subject but at the same time, include the background details (where and how the subject lives) into the photo. Added with a +/- 6mm feature, this lens is an ultimate creative tool for both landscape, macro and architectural shooting.
Superb Optical Performance from Infinity Focus to 1:1 Magnification
The new Laowa 15mm f/4 1:1 Macro lens is the first lens in the market which possesses an ultra-wide angle of view and 1:1 Macro ability. This allows photographers from around the world to start experiencing the rather undeveloped field of ‘Wide Angle Macro Photography’ without using an extension tube. Macro Lenses currently in the market tends to have a mid to long focal length and it limits users to take very close-up shots on the insect or flowers, without showing much of the background details like its habitat or environment.
The new Laowa 15mm f/4 1:1 Macro lens features an ultra-wide angle of view of 110 degrees with 1:1 maximum magnification. Photographers can focus very close to the subject and let the foreground dominate in the photo but at the same time, have the background telling viewers about where and how the subject lives. Your picture will immediately become very informative and intriguing. Every piece of glass is coated with an anti-reflective coating to prevent any flares and ghosting.
+/- 6mm Shift Function
The lens can also serve as an excellent ultra-wide angle lens with infinity focus for cameras with full frame sensors. A shift mechanism is added at the rear end of the lens with a maximum adjustment of +/- 6mm for APS-C cameras, which is extremely useful for landscape/architecture photography for distortion correction.
The lens houses with 12 elements in 9 groups with 3 pieces of High Refractive elements and 1 piece of Extra-low dispersion elements to deliver crystal sharpness both in the center and the edge. Barrel Distortion was also carefully controlled. 14 pieces of aperture blades form a close-to-circular aperture, capable of creating creamy shallow depth of view. The enclosure of the lens is made of metal to strengthen its durability. Canon EF, Nikon F, Sony A, Sony FE and Pentax K mounts are available.
Sample Photos from this Lens
“Giant” Fungi (CA corrected) ©2015 Nicky Bay
Malayan horned frog (Megophrys nasuta) ©2015 Nicky Bay
Snail with Marina Bay Sands in the background ©2015 Nicky Bay
Venus Optics LAOWA 15mm Wide Angle 1:1 Macro Lens Review
Review of Venus LAOWA 15mm Wide Angle Macro Lens Part II
Awards & Recognitions
|Angle of View
|12 elements in 9 groups
|Min. Focusing Distance
|84 x 64mm
|Canon EF / Nikon F / Sony A / Pentax K / Sony E


Led Headband Magnifier
Name: Led Headband Magnifier
Model Number: CTA048-1
1、The surface of the lens is strengthened, and the hardness reaches H5 degree.
2、The movable lens slot is used to adjust the focal length of the lens and the object and the distance between the lens and the eye.
3、The lens part and bracket part are made of inner and outer teeth.
4、The nose bracket is made of stainless steel and soft rubber for two times.
5、The battery capacity is large and can be used for 20 hours.
6、Adjustable lens angle and LED light source angle of illumination
7、This product solves the problem very well that the lens and the LED light source are relatively heavy, it is easy to fall off at work.
DPD & Royal Mail Available
All orders completed before 3pm on a working day will be dispatched the same day
We offer free UK delivery on all orders over £50
Add some Industry Favourites


LED Module, LED Strip Light, LED Bulb Light manufacturer / supplier in China, offering 12V SMD 5050 60LEDs Red+Blue LED Strip Grow Lights, 5V USB Powered SMD 5050 RGB Color TV LG Backlight LED Strip, DC 12V 3 Chips SMD 5050 5054 Waterproof LED Epoxy Module and so on.
|Main Products:||LED Module , LED Strip Light , LED Bulb Light , LED Corn Light , LED Pixel Light , LED Tube , ...|
|Registered Capital:||5000000 RMB|
|Main Markets:||North America, South America, Eastern Europe, Southeast Asia, Africa, Mid East, Eastern ...|
|Average Lead Time:||
Peak season lead time: within 15 workdays
Off season lead time: within 15 workdays
|International Commercial Terms(Incoterms):||FOB, EXW|
Shenzhen Junzhiyang Technology Co., Ltd. is a professional production and sales of LED lighting products, Equipped with advanced production line, rich in production experience and with good quality and high appreciated by customers.
Our main products have LED strips, LED module, LED bulb, LED candle light, LED corn light, LED ceiling light, LED spotlights, LED pixel light, Great wall LED strip, LED tube, LED panel light, power supply, controller, and other LED lighting.
Our products are super ...


5080 and 10160 dpi
fineLine directLaser! — powered by Lüscher Technologies — is the digital vertical image setter for direct screen imaging that provides large format screen printing with unique advantages. The vertical machine version operates with exactly the same high-powered UV direct laser diode light source, the identical fiber-coupled laser diodes and the same high-quality Swiss made optics as the smaller flatbed models.
With sizes of up to 10 x 20 ft (3 x 6 meters), the model series VT is available with resolutions of 600, 1200 or 2400 dpi and can be equipped with up to 128 laser diodes. The modular machine design allows for future productivity upgrades by adding groups of 16 laser diodes to an initial image head design. The vertical fineLine directLaser! machines are ready for inline processing configurations that include loading and off-loading magazines, developing and other processes.
Our industry leading equipment and laser diode warranties together with insurance coverage for the life of the equipment provide the lowest ownership cost available. 2,000 direct laser systems installed worldwide, equipped with more than 80,000 laser diodes in daily operation, prove that our imaging technology has come of age.
|Model||Machine & Screen Frame Size||Resoution dpi|
|Flatbed||up to 57” x 59” (1.45 x 1.50m)||1,270 - 10,160|
|Vertical||51” x 63” (1.3 x 1.6m) — 10 x 20ft (6 x 12m)||600 - 2,400|


The TB11 is a power house of light. Boasting 10,000 actual lumens of output. Guaranteed to get noticed from the penetrating glow around your boat. Suitable for midsize to large boats.
12v-14.4v ( alternator safe )
UV High Impact solid core
6ft Power Leads
3 independent Waterproof layers
3yr No Questions asked Replacement Warranty
11in x 2in x 7/8in
Low Profile design
Each Low Profile Light bar is made up of separate 10w LEDs that are spaced evenly for light distribution across the horizontal plane creating a flood of surface light in the water. Each Led is rate from 600-1100 Lumen each depending on the color. The TB Series light bars range from 1800-5500 manufacture rated lumen output per light bar and 3600-11,000 Lumen per set.
Our Deep Blue LED light bars come in several sizes. Using a light spectrum of 460-480nm these lights create a deep blue color with the added UV spectrum. The deep royal blue is great for lighting up lures and giving the predator fish an advantage by increasing there vision. What you can expect to see when using the 460nm spectrum is a very active UV effect when up on plane. Due to the blue not being a highly visible color for us(humans) we can’t see the actual light as well as other colors. You can rest assured that the light is there and it’s doing it’s job. If your looking for visual effects as well as the angler advantages then I'd suggest you check these out.
As you can see in the picture the 460nm blue is incredibly difficult to film due to the camera being able to see the light with it’s sensor and flooding the image. This is a great example of what we cannot see.
If your on the hunt for blue lights to produce a visual effect behind the boat for recreational swimming etc.. I would recomend that you look at mixed bars that include the 35,000 kelvin + the 460nm led. This combo will create a stuning electric blue and will give you the best of both worlds.
Blue Transom Lights add a UV spectrum to the area so you can count on getting that crazy glow effect while boarding!
For those that like to head out for overnight trips and need an extra edge on hooking up. The TB Series penetrates the water to accent any neon or UV reactive lure.


For a quick measurement of plastic parts, a so called caliper is used in general.
This distance measuring device has one stick with two outside and two inside measuring legs.
The top ones of the measuring legs are fixed, while the bottom ones are movable.
Additionally, some calipers have a measurement rod to measure the depth.
With outside, inside and depth-measurement more or less every tolerance of a plastic part can be checked.
A difference in calipers can be found in how the measured values are displayed.
There are three different display types available:
– Ruled scale (Vernier)
It has to be noted that especially for soft plastic (like TPE), a too high pressure on the movable measuring legs will distort the measured value.
Furthermore, the measurement at small supports may lead to a tilt and hence a distortion of the measured value.
These are the reasons why, after the first measurement with caliper, additional measurement devices are necessary for exact measurement.


Government and Homeland Security
Government and law enforcement security professionals are choosing Vumii for night vision, wide area surveillance, threat assessment, detection and situational awareness.
Vumii’s thermal imaging and near-IR infrared camera systems are ideal for securing borders and perimeters around military bases and strategic assets.
How Vumii thermal cameras help government and HLS?
- 24/7 Day & Night Surveillance and Detection Capabilities
- All Weather Detection Capabilities
- Low Rate of False Alarms
- Seamless Integration to radar and VMS Systems


High light efficiency, high power, Lifespan more than the halogen lamps,High CRI.
Metal halide lamp is a kind of light source,the color temperature close to the sun’s, widely used in the stadium, exhibition center, large shopping malls, industrial buildings, streets, square, station, wharf and other places.
The constrution of metal halide lamp
There are two kinds of metal halide lamp, one kind is quartz metal halide lamp, the electric arc tube ‘s shell is made of quartz, the other is ceramic metal halide lamp, the electric arc tube’ s shell is made of translucent alumina ceramic, metal halide lamp is one of the best electric light source in the world, it has high photosynthetic efficiency (65 ~ 140 lm/w), long life (5000 ~ 20000 h), good color rendering (Ra65 ~ 95) compact structure, stable performance, etc. It has both the advantages of fluorescent lamp, high pressure mercury lamp, high pressure sodium lamp, overcomes the defect of the lamp, metal halide lamp brings together the main advantages of gas discharge light source. Especially the high photosynthetic efficiency, long life, light color three advantages. So the development of metal halide lamp is soon, use more and more widely.In the market with other gas discharge lamp, metal halide lamp with mercury in the padding in the lamp, mercury is toxic substances, making lamp, mercury injection, careless handling, can cause to the production environment pollution, damage to workers’ health, arc tube exhaust, there are traces of mercury vapor discharge, if not handled properly, will be directly discharged into the atmosphere, when using light damage, all can cause pollution to the environment.By metal vapor (such as mercury) and halide (such as dysprosium, sodium, thallium, indium and other elements of the halide) the decomposition of mixture of radiation and glowing gas discharge lamp.Have add metal characteristic spectral lines, and light color, also increased the photosynthetic efficiency.Correlated color temperature around 4000 k of this kind of lamp, color rendering index 70, photosynthetic efficiency is more than 70 lm/W.
Metal halide lamp products unique olive shape parameters using international advanced electric arc tube shape design, can bring about excellent light color consistency.Effectively solve the color distribution caused by light color drift phenomenon.Bracket installation without welds structure is proposed, which can prevent stent solder joint fracture caused by high temperature oxidation or oscillation, more to improve the reliability of bulb.Arc tube is not restricted by ignition point location, can realize any position of the ignition point.High luminous efficiency, 20% higher than normal metal halide lighting effect.HPl400 / ED/UP / 4 k average photosynthetic efficiency in 110 lm/w.Used on reasonable lighting circuit, electrode has better protective effect of light, can make the light more durable service life.Up to 20000 hours.High photosynthetic efficiency and long life, can reduce the engineering of the use of light source, electrical appliances and the number of lamps and lanterns, to lower the number of light bulb replacement, which reduces the overall maintenance costs.Suitable for vertical and horizontal burning fire point, vertical burning effect is better. Higher requirements are best suited for light color consistency of factory building, large stores, shopping centers, buildings, advertising, airports and other places.
Lemo Led Light Co.,LTD found in 2013,is a high-tech enterprise specializing in R&D,integrating design,production and sale of LED commercial lighting applications.We have passed ISO9001:20000 Quality System Certificates,gained several domestic and international certificates like CE,UL,EMC,GS,TUV,ETL,CCC ect. In addition,a part of our products got Patent Certificate.
After years experience in LED Lighting time,we have been developed ourselves as a famous professional China Brand in this field,focusing on lighting technology research,product development,manufacturing and lighting environment design.
Lemo Led Light uphold the spirits of enterprise and principles,devote ourselves to lighting technology,and follow the strict quality control to create a comfortable and elegant charming LED lighting environment by good design capability,excellent quality and user-friendly lighting planning.
Our main products include LED light source series,LED Strip Light,LED Track lights,LED Corn Lights series,LED Down light series,LED Panel Lights series,LED Spotlight series,LED Flood Light series,LED High Bay Light,LED Outdoor Lighting series and so on. All are widely used in star hotels,brand clothing stores,professional furniture stores,clubs,chain stores,supermarkets and so on.
Our final goal is to make the top brand in the led lighting field,and commit to provide people with comprehensive technical support and first class after sales service system. We will do our best to develope more new designs to change people’s life quality,offer people more high efficiently and power lighting led products to satisfy people’s demands.


ProTek Devices has introduced a new series of ultra-low capacitance (0.6pF typical) transient voltage suppressor arrays for overvoltage circuit protection in smartphones and other portable electronics. The new series is also suited for Ethernet, USB interface and wireless systems
Analog Devices, Inc. recently announced the Power by Linear™ LTM4661, a low power step-up µModule® regulator in a 6.25mm x 6.25mm x 2.42mm BGA package
ProTek Devices has introduced two new steering diode / transient voltage suppressor arrays for electrical circuit protection in various computing interfaces, such as Gigabit Ethernet, HDMI and USB
FISBA, a world leader in optical components and systems, will exhibit expertise in diode laser collimation & beam shaping optics at AKL Booth 52, May 2-4, 2018 in Aachen, Germany
IOGEAR, a manufacturer of innovative information technology products for consumers and small- to medium-sized businesses, recently announced the launch of the 4K DisplayPort KVMP Switches with Dual Video Out and RS-232 (GCS1932M and GCS1934M)
Electronic Military & Defense was developed as a resource for engineers, program managers, project managers, and other professionals involved in the design and development of electronic and electro-optic systems for a wide range of defense and aerospace applications. Check out the digital edition of our latest issue for exclusive editorial on detecting explosives with mm-Wave radars, advanced optical materials for transparent armor, simulating complicated radar cross sections, machine vision for military imaging, and more.
Sign up to receive a free copy of the 2017 edition!


Wunderlich will also be at EICMA 2022, presenting for the occasion the new microflooter LED auxiliary headlights for the Harley-Davidson Pan America 1250. Despite having a beam four times the luminous flux of conventional auxiliary headlights, they have very low energy consumption. To be precise, we are talking about two 4000W projectors each, so a total of 8000 lumens; the lenses are marked with the Wunderlich logo and are equipped with tilting protective grilles. In addition, the two LEDs also provide redundancy: if, against the odds, one of the two fails, the other continues to work. To turn them on and off the rider can operate via an illuminated switch on the handlebar.
Visit Wunderlich at EICMA 2022, Hall 15 Booth S48.


Description: LED Filament bulbs look just like their traditional incandescent counterparts thanks to a unique new LED technology that allows for very small LED emitters to be arranged in a linear filament style package. These emitters are then powered using a traditional glass insulated circuit similar to that found in a traditional incandescent bulb. The end result is a bulb that functions and looks virtually identical to an incandescent. These bulbs work very well with dismoi Calabash Lights because of their very low heat distribution.
- Low power consumption / Long Life - 25,000 hours
- 360° Light beam angle for all over illumination
- Save money - Reduces labour and maintenance costs
- Easy to install


► The Imaging Core of the UC Irvine Core Center for Hearing and Communication Research was established in 2007 to provide state-of-the-art technology and expertise for imaging neurons in fixed or live tissue.
The Core features a 2-photon imaging system that was “home-made” for greater flexibility and performance, and for significant cost savings, over commercial models.
The system is capable of real-time imaging with high spatial resolution.
► Center for Hearing Research Multi-Photon Imaging Facility
► After ~1.5 years of development and operation, the facility is functional and serving multiple users. The microscope is being used to image neurons in a variety of fixed- and live-tissue preparations, e.g., after transport of fluorescent markers or after immunofluorescent labeling.
► Calyces of Held in fixed tissue (left) and nucleus laminaris neurons in live slice culture (right).
Karina Cramer, Ph.D. , CHR Imaging Core
Associate Professor and Director, firstname.lastname@example.org
Candace Y. Hsieh, Ph.D. , CHR Imaging Core
Address: 2113A McGaugh Hall
University of California, Irvine, Irvine, CA 92697
Telephone: (949) 824 7515


Environmental responsibility is a significant concern for both consumers and corporations, and it is becoming increasingly important to the business-to-business companies that power the consumer electronics industry as well. Texas Advanced Optoelectronic Solutions®, Inc. (TAOS), an innovative optoelectronic sensor company, has been selected by a sustainable solutions television show to showcase its green efforts and success with improving product performance while simultaneously reducing energy consumption. TAOS, Inc. will be featured in the "Energy Solutions" series of "Going Green" with Ward Burton (www.goinggreentv.us) airing nationally and regionally throughout March and April.
"The going green movement has helped create worldwide acknowledgement that protecting our environment is everyone's responsibility. With our innovations in display management, ambient light-sensing has emerged as a key technology for improving energy efficiency in flat panel displays as the use of displays becomes increasingly pervasive in every aspect of our lives," said Jerry Koontz, director of marketing at TAOS. "In addition to consumer electronics, TAOS' broad portfolio of light sensor products support the green movement in such market segments as industrial, automotive, medical and white goods.
The demand and production of flat panel displays found in high-tech electronic products is rapidly growing because they have an impact on the end-user experience through mobile phones, tablets and TVs. Flat panel displays have the highest power consumption within the total system therefore there is an increased focus on utilizing power-saving technologies and eco-friendly components in their design and manufacture. TAOS' ambient light sensing technology is used by global customers in their pursuit for reduction in energy consumption in consumer products like Sony VAIO® laptops and VIZIO HDTVs. The digital ambient light sensors used in these products automatically adjust the display brightness based on the lighting conditions, reducing the overall system power consumption by as much as 30 percent.
"At Sony Electronics, green has always been a huge priority across all of our operations," said Robert Benavent, Corporate and Environmental Group, Sony Electronics. "In our product groups specifically, we're continuing to develop our intelligent features such as the digital ambient light sensing technology pioneered by TAOS in such products as Sony's VAIO laptops and the dashTM Personal Internet Viewer."
"In our quest for further reductions in power consumption, we are using ambient light sensors in both LED and traditional CCFL backlit LCD model HDTVs," said Ken Lowe, VP and co-founder of VIZIO, Inc. "This great technology from TAOS, Inc. maintains superior picture quality while intelligently maintaining the TV's backlight so it is not overdriven when it's not necessary for the highest performance."
TAOS is able to deliver state-of-the-art light-sensing solutions that minimize the system power consumption by controlling the display brightness to suit ambient light conditions and therefore increasing energy conservation. TAOS display management sensor solutions can be found in many products today such as:
- Mobile phones
- LCD and plasma TVs
- LCD Monitors
- Digital cameras/camcorders
- Portable MP3/DVD players
- Portables navigation devices
- Multifunction printers
- Digital picture frames
- Digital/commercial/retail signage
The 'Going Green' series not only educates both consumers and electronics companies about TAOS, Inc.'s energy-reducing display management solutions, it also celebrates successful, sustainable solutions made by individuals and organizations.


VINCE ROSSI: I’m Vince Rossi. I work for the Digitization Program Office. I’m here today with my colleague Jonathan Blundell, and we’re 3D scanning the sculpture that you see behind me today. This is a Hiram Powers sculpture, and we’re using three different types of scanning technologies. One is a laser scanner, where we’re painting light on top of an object – on top of this object – and we’re capturing millions and millions of data points that describe the surface. That captures very high-resolution detail, but it doesn’t capture color information. We’re also using a structured light scanner, which is another handheld tool, which is slightly lower-resolution, but it also captures some color information. And then finally, we see Jon getting set up. He’s shooting photogrammetry. That’s where we use a DSLR camera, and we take photographs in such a way that we can create a 3D reconstructed model using photogrammetry algorithms.
So those three data sets we’re capturing have different strengths and weaknesses, and what we’re going to do is take those three different data sets and basically combine them to create one high-resolution geometric model, with accurate color information, that we will then deliver online using our 3D viewer at 3d.si.edu.


Proton Calorimetry/Experimental Runs/2021/Apr22
Noise tests of UCLH beam test setup in D109/D27.
Aim: Investigate source of external electronic noise observed at UCLH by measuring dark noise in lab/office with CMOS sensor turned off/on.
- D27 is an electronically noisy lab whereas D109 is a quieter office (though still not a perfectly shielded environment).
- Test 2 DDC232 boards coupled to scintillator stack.
- CMOS sensor coupled to scintillator stack on perpendicular face.
- Both CMOS sensor daughter board and DDC232 Nexys Video board in detector enclosure.
- In all runs, an integration time of 170us is used.
- Video steps through individual consecutive acquisitions at frame rate shown. Each frame represents 170us in time.
- Histogram of one photodiode also provided. Expect to see clean gaussian shape if no external noise is being picked up.
- Signal photodiode shown for Run 14.
- Note the absolute value of the y-scale, which differs in some clips.
Videos and thumbnails saved in /unix/www/html/pbt/wikiData/movies/DDC232/210422
|1||D27, CMOS on, 350pC|
|2||D27, CMOS on, 12.5pC|
|3||D27, CMOS off, 350pC|
|4||D27, CMOS off, 12.5pC|
|5||D109, CMOS on, 350pC|
|6||D109, CMOS on, 12.5pC|
|7||D109, CMOS off, 350pC|
|8||D109, CMOS off, 12.5pC|
|9||D109, CMOS on, 12.5pC. Detector housing grounded using ground pin of FPGA. Grounded using optical breadboard inside detector.|
|10||D109, CMOS on, 12.5pC. Previous grounding seemed ineffective. Now grounded by attaching clip to metal on outside face of detector enclosure.|
|11||D109, CMOS off, 12.5pC, grounded.|
|12||D27, CMOS off, 12.5pC, grounded.|
|13||D27, CMOS off, 12.5pC|
|14||D27, CMOS off, 12.5pC, grounded, LED. LED pulse of 1MHz, 6V height and 500ns width. Injected into single scintillator sheet coupled to photodiode 16.|


What is a thermal camera? It is a device that detects thermal energy to produce images even in darkness, enabling insight into unseen worlds of heat patterns. This guide breaks down how thermal cameras operate, their distinct advantages, and their practical applications across various fields.
Thermal cameras detect infrared energy and create thermal images, allowing them to operate in darkness, adverse conditions, and various weather scenarios.
Unlike traditional cameras, thermal cameras excel in visibility and detection by minimizing false alarms caused by shadows or glares and can identify threats in complete absence of light.
Integrating thermal cameras with video management systems and smart analytics enhances proactive surveillance, enabling differentiation between types of threats and coordination with other security measures in complex environments.
Exploring the Basics of Thermal Imaging
At the heart of a thermal security camera lies the magic of thermal imaging. These advanced devices, sometimes referred to as infrared cameras, are engineered to detect heat or thermal energy and translate it into visible images. It’s a remarkable process where infrared energy, which is invisible to our eyes, is captured to create a ‘thermal image’ or ‘thermogram’.
The ability of thermal cameras to visualize heat allows them to operate in absolute darkness and perform under a variety of weather conditions, unveiling what would otherwise remain hidden.
The Science Behind Thermal Cameras
Thermal cameras offer a window into a section of the electromagnetic spectrum that eludes human perception. Every object emits infrared energy, and this emission increases with temperature. Thermal cameras work diligently within the infrared spectrum, which spans from about 1,000 nm to roughly 14,000 nm, well beyond the scope of visible light.
In a thermal image, the varying levels of infrared radiation, which correlate to different temperatures, are presented in various shades of grey or distinct tones or colors, painting a detailed picture of the thermal landscape..
Key Components of a Thermal Camera
A closer examination of a thermal camera unveils an array of specific elements optimized for detecting heat. The lens, often made from germanium or chalcogenide glasses, is a critical element that focuses infrared radiation onto the sensor, significantly influencing the resolution and clarity of thermal images.
Enclosed within the camera’s robust housing, the thermal sensor, which can be either uncooled or cooled, is highly sensitive to thermal radiation. Together, these components form a sophisticated system that efficiently captures and processes thermal energy into a form we can understand.
Operational Advantages Over Visible Light Cameras
Transitioning from the visible light spectrum to the realm of infrared opens up a new dimension of surveillance capabilities. In contrast with traditional cameras, thermal ones are not dependent on light to produce images. They can capture scenes in low-light conditions or in the complete absence of light, operating independently of artificial lighting sources.
Day or night, these cameras can yield high-contrast images virtually unaffected by shifts in daylight or glaring light, giving them an edge in visibility and range compared to their visible-light counterparts.
Seeing Beyond the Visible Spectrum
Thermal cameras, also known as thermal imaging cameras, possess the extraordinary ability to see what is typically invisible. By capturing subtle variances in heat rather than relying on light, these cameras are capable of functioning in total darkness, or through conditions like smoke. The performance of these cameras is minimally impacted by weather conditions like light fog, rain, or snow due to their reliance on heat detection rather than visual signals.
Even amidst the challenges posed by rain, which can scatter and obscure infrared signals, thermal cameras maintain their upper hand over traditional cameras that depend on visible light.
Enhanced Detection Capabilities
One of the most significant benefits of thermal cameras is their capacity to enhance surveillance by minimizing the false alarms that often plague traditional cameras. Shadows, glares, and other innocuous movements can trigger false alerts, but thermal imaging is adept at distinguishing between these and actual threats.
This reliable detection capability empowers security personnel to focus on genuine concerns, ensuring that attention is directed where it’s most needed.
Applications of Thermal Security Cameras
The uses of thermal security cameras range widely, and each one is crucial. These formidable devices shine in perimeter protection, where they provide unwavering detection capabilities, irrespective of the conditions—be it darkness or attempts at camouflage. They also serve as an early warning system in critical facilities like electrical substations and data centers, helping to mitigate or even prevent potential fires and enhance overall safety measures.
Moreover, their ability to detect heat signatures without revealing personal details aligns perfectly with the increasing demand for privacy-respecting surveillance.
Protecting Assets Around the Clock
Thermal cameras are the vigilant guardians that never sleep, offering 24/7 surveillance over vast areas without the need for constant patrols. By providing efficient coverage, they reduce the necessity for a multitude of cameras, streamlining the process of asset protection. These cameras not only scan for and detect intruders but also activate alarms or deterrents, thereby maintaining the continuous safety of restricted zones.
Their long detection ranges are particularly beneficial for large perimeter security, minimizing costs and equipment needed for comprehensive monitoring.
Integrating Thermal Cameras into Modern Security Systems
Modern security systems are becoming increasingly sophisticated, and the integration of thermal cameras is a testament to this evolution. These cameras bolster security by providing reliable intruder detection that operates independently of lighting conditions. When combined with video analytics, thermal cameras pave the way for smarter security operations, capable of interpreting and reacting to potential threats with greater effectiveness.
Such integration proves especially beneficial in vast and demanding environments, evident in the safeguarding of isolated areas such as solar parks and wildlife preserves.
Compatibility with Video Management Systems
The effortless fusion of thermal cameras with key video management systems (VMS) is spearheading a transformative shift in security procedures. This compatibility enables a more efficient assessment and response to incidents as thermal cameras work in concert with other security elements managed by the VMS.
Thermal Radar cameras, for instance, offer flexible integration capabilities, accommodating systems of any size and allowing for the incorporation of custom features within existing security frameworks.
Smart Analytics for Proactive Surveillance
Smart analytics amplify the proactive surveillance capabilities of thermal cameras, enabling them to:
Identify and differentiate between various types of threats, including early fire detection.
Significantly reduce the likelihood of false alarms.
Distinguish between humans, vehicles, and harmless movements such as those of small animals or swaying foliage.
Thermal Radar cameras further enhance this capability by tracking threats and coordinating with PTZ auto-tracking cameras for continuous and meticulous monitoring.
Understanding Thermal Camera Specifications
The functionality of thermal cameras is significantly determined by their technical parameters, with each contributing to the camera’s overall efficiency. Some important technical parameters to consider are:
Image quality: This is determined by the camera’s resolution, which depends on the number of pixels on the sensor. Resolution options can range from 160x120 to 1024x768 pixels.
Pixel pitch: This refers to the distance between pixel centers. A smaller pixel pitch generally results in a higher resolution and better image quality.
Fill factor: This is the proportion of the pixel’s sensitive surface area. A higher fill factor can enhance the sensitivity and clarity of the thermal image.
Considering these technical parameters will help you choose a thermal camera that meets your specific needs and requirements.
Deciphering Image Quality Factors
Image quality in thermal cameras is a delicate balance between thermal sensitivity and spatial resolution. While thermal sensitivity relates to the ability to detect temperature differences, spatial resolution defines the sharpness and detail of an image. Unlike their visible light counterparts, thermal cameras typically have a lower resolution due to the challenge of detecting energy emitted at much larger wavelengths.
Digital zoom can further affect image resolution, enlarging the image sensor data and potentially reducing image clarity.
Evaluating Environmental Tolerance
Weather conditions can have an impact on the performance of thermal cameras. However, they are able to maintain a consistent ability to deliver images across a range of environmental challenges such as:
While clear winter skies can offer greater visibility due to lower humidity, more humid summer conditions can alter the camera’s performance.
A comprehensive understanding of the observation range and efficiency of thermal cameras necessitates considering these environmental influences in conjunction with the camera’s specifications.
To summarize, thermal cameras are a formidable addition to any security arsenal, offering unparalleled capabilities to see beyond the visible, detect threats accurately, and operate under the most challenging light conditions. Whether integrated into sprawling security networks or standing alone, these devices offer a level of vigilance that is simply unmatched. As we continue to push the boundaries of what is possible, thermal cameras stand at the forefront, redefining surveillance and protection.
Frequently Asked Questions
What is a thermal camera used for?
Thermal cameras are primarily utilized in security and surveillance systems to detect unauthorized intruders, fires, and potential security breaches by capturing their heat signatures. This technology is particularly effective for perimeter defense, regardless of lighting conditions, and is indispensable for nighttime surveillance.
What is the difference between a thermal camera and a normal camera?
The main difference between a thermal camera and a normal camera is that thermal cameras detect heat or infrared radiation, while normal cameras create images using visible light. Thermal cameras operate in the long-wavelength infrared spectrum, detecting heat emitted by objects.
Can thermal cameras see through walls or glass?
No, thermal cameras cannot see through walls or glass. They only detect surface temperatures and cannot penetrate solid objects.
How far can thermal cameras see?
Thermal cameras can detect infrared radiation emitted by objects and have a range of a few feet to several miles, covering distances of 25 meters to beyond 11 kilometers, and in some cases even more than 40 kilometers.
How do thermal cameras see in the dark?
Thermal cameras are able to see in the dark by detecting infrared energy or heat emitted by objects, which allows them to create images based on temperature differences. This enables them to see in complete darkness.


This Canon EOS digital SLR cutaway illustration was one of the first generations of full-sized single-lens-reflex cameras on the market, and was the result of a collaboration with Kodak and Canon. Kodak's CCD sensor in this camera was very modest by today's standards, with a image resolution of only 2 MB. The mechanical shutter, picture controls and magnesium alloy body were from the film version of the Canon EOS-1. Still, this was an astonishing achievement at the time, and the original retail price of the camera was over $15,000!
All Images Copyright © Kevin Hulsey, Kevin Hulsey Illustration, Inc. (KHulsey.com), all rights reserved.


DE-LIDAR TF02 (ToF) Laser Rangefinder (22m)
DE-LIDAR TF02 (ToF) Laser Rangefinder (22m) is a newly developed product based on the widespread application experience of TF01. It is a unidirectional laser rangefinder, which based on ToF (Time of Flight) technology. It is comprised of particular optical and electrical devices that makes it stable, high sensitivity and high precision. ToF is the abbreviation for Time of Flight. This is a distance measurement method that measure the time that it takes for an object. The distance value between object and sensor is easy to get by calculating the time difference or phase difference between emission and reflection, so does the in-depth information.
The protection design of the TF 02 is based on the IP 65 level, which prevents it from the dust, water, and corrosion. It is anti-interferential from the strong light outdoors. It can work under 100K lux light without the interference from the temperature, humidity, light, electronics and airflow. High sensitivity, measuring distance up to 22 meters, accuracy in cm level. Scanning frequency up to 100Hz, real-time detection of distance with a 100 times/second refresh rate for more accurate data. TF02 has a complete system, containing a protective shell made of materials with a high transmittance of infrared, which doesn't affect the optical performance.
Note: the distance in the table stands for the vertical distance between LiDAR and the detected object, with meter as unit. The side length unit of detection range is cm. Generally, the side length of detected object should be greater than that of detection range. Only in this way the LiDAR output data can be reliable. When the side length of detected object is less than that of detection range, the LiDAR output data is not stable and the error increases.
Note: the side length of detecting range is not equal to the object resolution at the corresponding distance.
- High sensitivity, and able to measure as far as 22 meters
- High speed measurement with a maximum sampling frequency of 100Hz
- Excellent anti-ambient light usability (operable under 100kLux ambient light)
- Protection Grade reaches IP65
- Anti-corrosive against pesticide
- Small in size and light
- Drone altitude holding and terrain following
- Machine control and safety sensors
- Distance measuring instrument
- Detection Range: 0.3-10m
- Accuracy: Centimeter-level (1% Relative error)
- Measuring Speed: Default 100Hz (maximum: 500Hz)
- Protection level: IP63-IP65
- Light Resistance: Operate under ambient light of 100 kLux
- Power: 5VDC, <200ma
- Power: <1 W
- Interface: UART/CAN
- Weight: 50g
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Flex LED light for easy control of surface conditions. Due to the colour temperature and reproduction, surface damage such as holograms, scratches etc. become better visible. Light intensity 140 lumens and adjustable focus with a beam angle of 10° -70°, lighting time approx. 2 hours incl. batteries.
Size: 190 x 58 x 43mm.
Part No. SF 150-P
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Zoetis – Vetscan – HD Microscope
The external HDMI port allows you to connect directly to a HD monitor for live/real time viewing. You can also capture and save images to an SD card, all without being connected to a computer.
With parfocal lenses, auto-gain, and exposure, a change in magnification delivers a perfect picture every time.
Uncompressed full 1080p 60fps video for seamless live viewing, recording, or streaming without any lag time.
Control the camera with a click of a mouse rather than searching for buttons on the camera.
The trinocular eye tube accommodates the HD imaging system to create a complete full-screen or split-screen digital experience.


· The Leica M10 Monochrom in Oslo. Day does a great job walking you through the pros and cons of having a camera that. Your Leica Camera AG. Leica M&39;s have a build quality unlike ANYTHING else out there. 68x Optical Viewfinder Magnification, 3. Video The Q2 can Monochrom can shoot 4K (3840 x2160) video at 24/30fps or C4K 4096x 2160 at 24p, and naturally, all the footage is black and white. 7 in) macro mode and a claim of better dynamic range and noise performance. The Leica M10 Monochrom’s price is £7,250 (body only) and it’s available for pre-order immediately.
Leica M10 Monochrom. Based on the Leica M10-P platform, the M10 Monochrom brings a new level of resolution and performance to the M-System as well as black and white photography as a whole. Is leica camera sharper? Shortly after the M Monochrom (Typ 246) was introduced back in early, I published an article comparing it to an M (Typ 240) with its color files converted to black and white to see if high ISO performance was really superior with a dedicated monochrome sensor, along with the previous M Monochrom (M9M) to gauge any generational improvement. Leica Maestro II image processor. Date: Format: PDF (60. It might look closest in design and audience to the Leica M range, and the Summilux lens bears the same name as some legendary M lenses, but this is a compact camera with an electronic viewfinder and a fixed lens, and is about as far from the M rangefinder design as you can get.
Shutter speeds range from 16 minutes to 1/4000-second in aperture-priority mode and 8 to 1/4000-second in manual. The Leica M10 Monochrom is remarkable for three reasons. 11 kB) Download. · Free Download Leica M Monochrom PDF User Manual, Instructions, User Guide, Owner&39;s Manual. LEICA&39;s highest-resolution digital LEICA M ever. If you don&39;t, there&39;s a good market for "brassed" M&39;s. · Leica’s M Monochrom Typ 246 is revered as one of leica m monochrom manual the industry’s finest black & white cameras.
The first is its use of a decades-old manual focus rangefinder design. Distinct from most digital camera, the M Monochrom (Typ 246) is a high-resolution camera dedicated solely to recording black and white imagery. The nickname for the camera through design and development at Leica Camera AG was "Henri" as a tribute to Henri Cartier-Bresson but at introduction, Leica Camera AG decided on the name Leica M Monochrom. A large part of this can be attributed to the brand’s long-running reputation within the history of reportage, tapping into its roots to create a modernized platform that pays homage to the variants of old. · Free Download Leica M10 Monochrom PDF User Manual, User Guide, Instructions, Leica M10 Monochrom Owner&39;s Manual. Boutique/Niche products always cost more.
3 oz) compared to the M10 Monochrom’s 660g (23. three tonings, each of which has two intensity levels. The Leica Q2 Monochrom isn&39;t &39;affordable&39; by most people&39;s standards, but it is one of the less · The Leica M10 Monochrom is a black-and-white-only version of the Leica M10-. Auto exposures to 16 minutes! LEICA M Typ 262 - M in its purest form Leica M Monochrom Typ 246.
Leica M Monochrom rangefinder digital camera is a black-and-white version of Leica M9. The Leica M10 Monochrom: On the Streets The M10 Monochrom offers a choice of manual or aperture-priority exposure control and contains 2GB of memory buffer for capturing up to 10 frames at 4. The camera is based on the same Kodak CCD sensor as the Leica leica m monochrom manual M9 but without the color filter array. 7 ASPH lens with 17cm (6. The third is a price tag higher than any other M-series camera except for Leica&39;s prestige special editions. However, the M10 Monochrom arguably better fits that description. The impression of sharpness can thus computer).
· 1. Your Leica Camera AG SCOPE OF DELIVERY. Installation Instructions Firmware (1. Page 121: Holding The Camera Correctly • The Leica M Monochrom is equipped with an integral it.
· In this video, Matt Day reviews the Leica Q2 Monochrom, Leica&39;s newest black and white only digital camera. 40MP Leica full-frame monochrome CMOS sensor. · In another nice touch that will be unfamiliar to Leica M users, the Q2 Monochrom has optical image stabilisation is built-in and it works for both stills and video. 0) Leica M Monochrom (Typ 246) Firmware Chinese.
The Leica M Monochrom is a dedicated 35mm black-and-white digital camera and predecessor to the Typ 246. You risk little if you keep them in good condition. The Leica M10 Monochrom is a black-and-white digital rangefinder still camera with enhanced imaging capabilities and a nearly silent shutter. You can find all information about the Leica M10 Monochrom whenever you need it at m-monochrom. · The Leica Q2 Monochrom is Leica’s latest dedicated black-and-white camera, joining the M Monochrom and the M10 Monochrom manual-focus rangefinders. Leica M10 Monochrom is a dedicated black and white rangefinder digital camera, which equipped with a 40MP full-frame black-and-white CMOS sensor delivers ultra-high resolution, impeccable sharpness B&W images in all lighting conditions. High per-pixel sharpness.
The Leica M10 Monochrom is an update to the Leica M Monochrom – Typ 246 and is a specialized digital rangefinder camera that uses a unique full-frame monochrome CMOS sensor to produce vivid, rich black-and-white images. · The Leica Q2 Monochrom (and the regular Q2) do not form part of Leica’s regular camera ranges. You can order the Leica M10 Monochrom from Park Cameras in the UK and B&H Photo-Video in the USA As a Leica M camera, the M10 Monochrom (Type 6376) is a rangefinder camera. Please read this manual thoroughly to familiarize yourself with the full scope of functions your camera has to offer. It was released on 17 January. This is the manual that will give you the information related to the specification, features, operation, instruction, camera manual, and others. The Q2 Monochrom is bigger and heavier, weighing 734g (25. Key features include: Touchscreen controls and nearly silent shutter.
This manual comes under the category Digital cameras and has been rated by 1 people with an average of a 5. That means it’s rangefinder camera, with manual focusing, and its full-frame sensor lacks the usual colour filter array so it can only record brightness and produces monochrome images. The Q2 Monochrom has a 47MP sensor that only produces black and white images, a fixed 28mm F1. with your new Leica M10 Monochrom. Date: Format: PDF (60. See more results.
Manuals have been included since 1990 it is only the last few years we have seen a discontinuance of manuals with many cameras. 40MP Monochrome CMOS Sensor and Maestro II Processor. It’s an update to the Leica M Monochrom – Typ 246. But if it&39;s for you, you&39;ll love it. The Leica M10 Monochrom is a digital rangefinder camera manufactured by Leica Camera. 6k-Dot LCD with Sapphire Glass, Full HD 1080p Video at 24/25 fps, ISO, 3 fps with 2GB Buffer, Magnesium-Alloy Body Construction.
What is price of Leica M10 monochrom? Leica Camera is excited to announce the long-awaited third generation of its innovative black and white digital rangefinder cameras, the Leica M10 Monochrom. Leica M10 Monochrom Discover More in Black and White Leica M-E The Entry Level Leica M. The match-up was certainly illuminating, clearly. Leica Leica Q2 Monochrom.
I’ve always loved photography, and I still have fond memories of, as a teenager, using my father’s old Olympus OM1. I agree Leica&39;s are not as complicated as other cameras but some of us prefer having a printed manual available to reference and if we on occasion chose to take it with us when shooting that is our choice. The new M10 version sees a host of upgrades that make the camera a much more enticing. This makes the sensor one stop leica m monochrom manual faster and the base ISO of the sensor is 320 ISO instead of the 160 ISO of the Leica M9. View the manual for the Leica M Monochrom here, for free. Leica M Monochrom rangefinder camera is the first full-frame format camera to be designed exclusively and without any leica m monochrom manual compromises for black-and-white photography. The manual focus, black and white-only Leica M Monochrom (Typ 246) rangefinder camera isn&39;t for everyone. · Leica M Monochrom Camera User Manual, Instruction Manual, User Guide (PDF) Free Download Leica M Monochrom PDF User Manual, User Guide, Instructions, Leica M Monochrom Owner&39;s Manual.
· Manual focus isn&39;t for everyone If Leica rangefinders are throwbacks to a bygone era, there&39;s no better example of just how far back they can go than the M10 Monochrom (,295, body only). I’m going to begin this – my first camera review (thanks to Steve for publishing this) – with some context. Buy Leica M Monochrom (Typ 246) Digital Rangefinder Camera featuring 24MP Full-Frame B&W CMOS Sensor, No Color Array or Low Pass Filter, Leica Maestro Image Processor, Rangefinder with Image Field Selector, 0. The Leica M Monochrom Manual User Guide.
What is leica camera nickname? The second is that it shoots only in black and white. Leica M&39;s hold their value, almost all other cameras drop considerably. By James at bat-photo. Wi-Fi to talk to LEICA&39;s apps.
The M10 Monochrom uses a full frame 40 Megapixels CMOS sensor that allows no color filter arrays to enter the sensor. Leica announced the Q2 Monochrom as the first full frame compact camera ever to be made with a dedicated monochrome sensor. Leica claim that the camera delivers 100% sharper images than monochrome images derived from a camera with a color sensor (of comparable megapixels). It is the first full-frame format digital camera to be designed exclusively and without any compromises for black-and-white photography. We wish you a great deal of fun and success taking photographs with your new Leica M10 Monochrom. Key features include: Captures true RAW black-and-white images. LEICA&39;s first Monochrom version of the LEICA M10-P.
As we stated at the beginning of this article, the aim of providing this writing is to bring the Leica M Monochrom Manual. · The Leica M10 Monochrom is the successor to the Leica M Monochrom (Typ 246) that was launched back in. This manual is available in the following languages: English, German. 18MP monochrome CCD sensor. A black and white only successor to the Leica M Monochrom and the Leica M Monochrom (Typ 246).
Dedicated ISO dial. Bright-line frame viewfinder. Leica Q2 Monochrom Digital. What is M Monochrom? On the Leica M Monochrom, you can choose between be changed by expanding or reducing these areas. I&39;d get my M10 Monochrom at Adorama or at B&H, or eventually used at eBay if you know How to Win at eBay.
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Light comes from many different sources, many different directions and in many different colors. The light from the sun is a very different color from a candle. Daylight on a cloudy day is a very different color from day light on a sunny day. A regular lightbulb is very different in color from a fluorescent bulb. The light on your camera’s flash is different from all the rest. Halogen’s, metal halide, mercury vapor, daylight fluorescent, bright white and whatever other kind of bulbs you can think of all have different colors. Since your camera is recording the light, it needs to make some decisions about the color of light hitting the sensor. If those decisions are wrong, the color of the entire picture will be off. Sometimes it is way off and immediately noticeable. Sometimes it is only slightly off, leaving the picture looking just a little less than right.
Your camera has several different presets that you can choose from. Each setting will adjust the camera with the goal of making white appear white. Our brain automatically adjusts according to the color of the light, so we don’t often notice the sometime subtle differences of shading under different light sources. However, the camera is not near as sophisticated as our brain. It will sometimes compensate correctly, but every adjustment is a best guess by the computer inside your camera. Many cameras offer a range of white balance selections, some of the more common ones are listed below with an approximation of the color cast emitted with each light source.
Tungsten is the traditional light bulb found in lamps and ceilings. Unless your camera specifies different types of tungsten, this does not usually cover for bright white or day light bulbs. The traditional tungsten light gives off a bit of an orange hue. If the adjustment for this kind of light is not made, the entire picture can take on a slight orange tinge to it.
Fluorescents are rapidly becoming the most common lights found anywhere. From the strip light bulbs in office ceilings to the curly bulbs used in traditional fixtures, fluorescents are becoming king in artificial lighting. The problem is, unless you have daylight fluorescents installed, the light they emit has a greenish tint. This green tint gives many cameras fits. That makes setting your white balance for fluorescent very important.
Daylight and flash are by design almost identical in their coloring. The greatest difference is the color temperature of daylight will fluctuate while your flash is preset for one specific temperature that does not really change. Utilizing the flash white balance adjustment becomes especially important indoors. Probably every one has taken a picture of a friend and been disappointed to see their friend had suddenly turned pasty white. Part of that is due to your camera incorrectly compensating for the room lights and not the flash. (The other part is your flash is too powerful, back up a little bit.) Turn your white balance to flash and you should get a more natural looking friend.
Cloudy and shade are also very similar, and many cameras do not offer both chooses. Often shade is a bit darker blue than cloudy skies, but both clouds and shade cover a range of color temperatures. The deeper blues mean your camera tends to add in more orange and yellow in the image to bring white to where it should be. That color adjustment means the cloudy or shade setting can be especially helpful in bringing out the deep fiery colors of the sky and clouds when taking a sunset picture.
One of the most useful white balance setting on your camera is the custom white balance. With the custom setting you tell your camera what is white in the lighting you are shooting under. For most point and shoots, this is done by selecting the set custom white balance and then imaging something that is pure white (a piece of printer paper works great). Once you set the custom white balance, your camera will keep that particular setting in your custom setting until you set a new white balance. This is especially helpful in tricky lighting situations or when your camera just can’t seem to get it right using the other presets. Just remember, when you move to a different location your light will change so you will have to set a new custom white balance for the new location.
These are the most common options for setting the white balance. Many cameras offer more than one tungsten, fluorescent and custom setting. If your camera gives you multiple or other options, pull out your handy user manual to find out exactly what each one means. Taking the time to get comfortable with the white balance settings on your camera are well worth your effort. Nailing white will make your pictures stand out, so get comfortable adjusting those settings. If white is right your pictures will pop.


The beauty of projectors is that they can be used on any surface instead of just ones. Many projector owners prefer to project onto custom-made screens or white-painted walls to assure quality, but this isn't required. You can re-adjust your home theater projector infinitely because it doesn't require a set frame size.
Do you need a massive image for a blockbuster film? Or perhaps a little one to fit into a small space? One projector can accomplish both, and its image may be projected onto any flat surface!
Reduce Eye Strain
When it comes to eye comfort, projectors have two distinct advantages. Because projector users can project larger images, eyestrain is less of an issue. When looking at small graphics and images on a TV, viewers are forced to go closer to their screens and struggle to focus.
Additionally, the type of light emitted by projectors reduces eye strain. The use of reflected light in projectors has a lower visual impact on the eye, unlike the emitted light of TVs. So you can comfortably binge-watch to your heart’s content.
While a large-screen TV's size may dazzle some, it also restricts the device's mobility and utility. A projector the size of a laptop, on the other hand, can display a large image on a variety of surfaces but also has versatile placement.