In recent years, display products have undergone continuous updates and iterations. New micro-displays, represented by Micro LED and Micro OLED, have emerged, providing technological advantages such as small size, high color saturation, fine resolution, and low refresh latency for the research and development and production of AR/VR wearable devices, medical displays, and micro-projectors. The CA-500 series color analyzer boasts industry-leading features such as low brightness range and rapid luminance and chromaticity measurement, meeting the evaluation needs of next-generation high-resolution micro-displays and providing high-precision luminance, chromaticity, gamma, and flicker testing capabilities for LCoS, MicroLED, and Micro OLED displays.
The CA-527 is the flagship model in Konica Minolta's display color analyzer series, renowned for its fast and accurate measurements. The CA-510 is a smaller-aperture model in Konica Minolta's CA-500 series of display color analyzers, inheriting the measurement accuracy of the CA-527 and featuring a small-aperture measurement area, primarily used for measurements on small-sized light-emitting displays.
The CA-410 is an optical measuring device used for inspection and adjustment of white balance* and gamma* at factories producing TVs, smartphone displays, etc. Designed as the successor of the CA-310, which is reputed for its rapid, accurate measurement, the CA-410 similarly offers high-speed, high-accuracy measurement of higher-dynamic-range (HDR) displays, including OLED displays.
When you need to evaluate the illumination of light hitting a specific location or perform lux measurements, the T-10A is the illuminance meter of choice. This advanced lux meter will quickly show on the LCD screen the illumination and average values of measurements. You can easily compare illuminance values and have them shown either in a percentage or a difference value.
Programming the T-10A is easy; you can enter target levels by taking actual measurements, or you can enter the levels by typing them on the handy keypad. The great versatility of this instrument allows for the measurement of both intermittent and continuous sources of light, and the unit calibrates automatically the instant it is turned on. Even first-time users find it simple to input color correction factors that can be used when measuring any specific light sources.
The expansive measurement range of 0.01 up to 299,000 lx along with the ability to switch ranges automatically, make the T-10A one of the most useful and functional lux meters on the market today. For tasks that involve measuring pulse width modification of controlled sources of light, this instrument gives extremely accurate results. If you're measuring numerous sources, you can easily remove the instruments receptor head to simplify this process.
As many as 30 receptor heads can be connected, which means users can perform measurements without having to make adjustments to the lux meter. This capability is particularly useful when a job i...
The CL-200A chroma meter is the successor to the CL-200. It can measure the color temperature, illuminance, chromaticity, excitation purity, and dominant wavelength of various light sources. The CL-200A meter exclusively does this under LED, Organic LED (OLED), and other forms of Organic Electroluminescence (EL).
When determining the accuracy of an LEDs illumination, color temperature measurements are particularly important. This instrument utilizes sensors that closely parallel the color-matching functions specified by the International Commission on Illumination (CIE). Depending on the application for which the CL-200A is being used, results can be displayed through different color notations.
The CL-200A was designed to be a highly effective tool for measuring the color temperature of white LEDs, a task that has been very difficult in the past. The CL-200A is able to do this due to its ability to measure the chromaticity from the phosphor and also inspect light quality output of the final assembled white LED.
The CL-200A runs on batteries and is extremely lightweight. This tool was ergonomically designed in this way so that it can fit into the palm of your hand. The low battery indicator alerts you as to when you need to either change or recharge your batteries. Also, the included CL-S10w data management software allows users to transfer data to Excel with ease. Conversely, the instrument can be linked directly to a PC and controlled using a computer. In order to quantif...
The CL-500A is a lightweight, compact illuminance spectrophotometer used for the evaluation of high-class, next-generation lamps such as LED and EL illumination. It is the first handheld illuminance spectrophotometer to conform to both DIN and JIS standards. The CL-500A can measure illuminance, color temperature, CRI (Color Rendering Index), chromaticity, and spectral power distribution. Plus, the S/P ratio of scotopic illuminance and photopic illuminance can also be displayed.
The CL-500A's convenient measurement functions include continuous measurement mode, display of the averaging of multiple measurements, delayed-measurement function, and the display of data at a specific wavelength. The spectral irradiance can be measured at 1-nm pitch from 360 to 780nm, so it can be used for measuring the color of light and photosynthetic photon flux density (PPFD). High speed measurement is possible using the Software Development kit (5 times/second).
The data management software CL-s10w, is included as a standard accessory. It includes a template for expressing the chromaticity variation of illumination light sources such as LEDs or OLEDs in terms of the MacAdam SDCM (Standard Deviation of Color Matching) step. This allows display of color differences that closely match visual judgment. The software is also equipped with an LED binning function and a spectral irradiance waveform display.
The LS-150 (successor to LS-100) possess a minimum measuring area of 14.4mm and a greatly improved luminance range of up to 999,900 cd/m². It is a highly accurate and easy-to-use luminance meter that conform to DIN 5032-7 Class B.
The CL-70F CRI Illuminance Meter is an entry-level solution for the measurement and evaluation of the illuminance, color temperature, and color rendering index (CRI) of various illumination sources such as LEDs and fluorescent lamps. It is most commonly used in restaurants, museums, studios, and theaters for accurate light measurements. Its high-resolution CMOS sensor captures and displays the spectral power distribution of current and future generation light sources including LEDs, HID, Halogen, and OLEDs providing unparalleled color measurement accuracy.
The CL-70F, a cost-effective spectrometer based illuminance meter, uses an accumulation type sensor to measure electronic flash. CL-70F can display color data for accurate CRI, color temperature and spectral color precision. The electronic flash can be measured with a PC cord connection or in cordless mode.
The various display modes on its large color touch screen enables simple navigation, quick selection and easy to read measurements and spectral data. Users can customize the display items, according to their needs.
