The BC-10 Plus is a handheld, portable colorimeter designed to evaluate the color of baked, fried, smoked and processed foods as well as ingredients in various environments to ensure consistency in appearance. Capable of measuring color in L*a*b* and evaluating lightness/darkness characteristics using the unique Baking Contrast Unit (BCU). This reliable instrument allows users to establish and meet industry quality standards more efficiently, maintain consistency and monitor the baking and production process more effectively. The BC-10 Plus is simple to use, compact, lightweight, battery-operated making it ideal for food professionals.

The CAS 210 is an appealing solution for cost sensitive applications like LED production and quality assurance. This new series of CCD Array Spectrometers from Instrument Systems have reduced cost but their technical innovations deliver more reliability than ever before. The CAS 120 exceeds the high standards required for measuring versatile applications affordably without compromising quality.

Like the CAS 140CT, a crossed Czerny Turn Spectrograph is the center of the spectrometer. This ensures a very highly level of optical precision with exceptionally low straylight. A dark current shutter and an integrated density filter wheel are additional features included in the CAS 120 that sets it apart from other models.

The CCD area sensor is back-illuminated, with 2048 x 14 pixels used for all models. Enhanced dynamic range is achieved through vertical binning. To create a more cost efficient model cooling of the CCD detector has been deliberately omitted from the CAS 120. Instead, the temperature of the CCD sensor is carefully tracked each time the CAS 120 measures a spectrum and then the signal is corrected.

Features

• A CCD detector that is back-lit and provides 2,048 x 14 pixels, 16-bit ADC
• Hardware I/O trigger
• UV-VIS spectroradiometry is highly accurate with model versions VIS and UV/VIS
• A precision spectrograph with density filter wheel that is integrated OD 1-4
• 4 ms integration time
• Dark current correction achieved automatically through the unit shutter
• Handy USB port

The greater intensity and wider color gamut of OLED devices have created a need for a new level in measurement performance. The high accuracy of Konica Minolta’s CA Series Display Color Analyzers has become the standard within the display industry. Our customers have come to expect value and superior technology found in Konica Minolta’s analyzers.

The CA-410 is the next step in this analytic technology. The enhanced accuracy of the XYZ filters, the CA-410 pushed its spectral sensitivity even closer to the color-matching functions defined by CIE in 1931. The accuracy of chromaticity measurements has been further improved by calibrating the analyzer with reference that replicates the optical spectrum of current displays. Users can more accurately measure and adjust the chromaticity and white balance of displays that have a wide color gamut.

Accuracy-Guaranteed Luminance Measurement Range 25 Times Wider than the Previous Model for Higher-Quality HDR Displays!

Recently, demands for higher-quality images and video have been growing among smartphone users, due partly to dramatic increases in communication speed. In response, manufacturers are accelerating the development of higher-resolution displays with improved contrast ratio and color reproduction, such as HDR displays. As a result, manufacturers of such displays require a color analyzer with a wider measurement range, from extremely low to high luminance.

With its new sensor circuits, the CA-410 achieves an accuracy-guaranteed luminance measurement range from 0.001 to 5,000 cd/m2, 25 times wider than the CA-310.

• A primary feature of the CA-410 is flicker measurement. The CA-410 is capable of measuring both JEITA and contrast flicker. A new addition to the CA-410 is that it has an expanded frequency measurement range and adjustable frequency response. Allows accurate characterization of the flicker characteristics of modern / cutting edge display technology.
• CA-410 increased luminance measurement range is suited for the measurement of high dynamic range displays. Allows accurate luminance and color characterization of HDR displays.

Continuing to work with long-standing CA-series customers and responding to their needs, we developed the CA-410 to deliver higher reliability for a wider range of measurement targets and applications. CA-410 is accurate from ultra-low to high brightness, and responds to the demands of the industry for improved precision and measurable performance.

The CA-410 is optimized for even better integration as a sensor with a motorized zero-point calibration shutter for automatic unmanned support and direct connection between probes and a computer for a more compact installation. At the same time, it maintains compatibility with its predecessor model, the CA-310, by including the same basic commands in the CA-SDK2 as were available in the software development kit of the previous model. The installation holes of the threaded probe also remain in the same position as available on previous models allowing for a seamless and effortless decision to upgrade. The CA-410 is the next generation in light measurement. Don’t miss out on this opportunity to be a part of the future!

Features

Data Processor Features

• Allows for instantaneous measurements to be conducted immediately after the processor is started. No down time.
• Increased accessibility through upgrade of 10 available ports allowing for multipoint measurements and maximum connections.
• Portable, lightweight compact and handheld feature. Ability to function remotely making it easier to maneuver without the inconvenience of additional wires and equipment.
• Clear and easy to read 7-inch color display, available in several languages.
• Measurements are done accurately and quickly. Convenient for on the spot R&D applications.
• Software for Color Analyzer is included and allows for increased versatility and allows probes to be directly connected to the computer.
• Onsite diagnostic capabilities allows for immediate feedback anywhere in the field.
• LCD to OLED advancement provides both improved visibility through deeper screen contrasts as well as using less power thus providing extension of battery life.

Probe Features

High Sensitivity

• Measures, inspects and adjusts chromaticity and gamma of OLED displays for TVs and smartphones with a sensitivity threshold ranging from extreme ambient lighting conditions to intense luminance and adjusts the speed easily and accurately as needed.

Normal

• Flexibility of measuring a wide range of displays.
• Compatible with CA-310 providing seamless integration with previous models.
• Ability to measure up to 30,000 cd/m² accurately and easily.

Mini

• Same value as CA-310 but in a more compact package.
• Ideal for areas with space restrictions or limitations with its space-saving design.

The DMS 201 is a cost-effective goniometer for analyzing the electro-optical characteristics of displays. The measurement system is based on a manual positioning device with 2 axes (optionally 3 axes) and is used to determine luminance, contrast, and color properties at variable electrical driving and various viewing angles. The DMS 201 is ideal for applications that do not require automated angular scans.

Features

• Characterization of emissive, transmissive, reflective, and transflective displays
• Manual 2 axis goniometer (optionally 3 axes) with PC and software
• Available components: photometer or spectroradiometer, electrical driving, illumination unit
• Optional forced-air temperature-control chamber for samples
• Analysis of all photometric and colorimetric characteristics as a function of electrical driving, temperature, time, and viewing angle
• Table top version (standard) or free-standing version (optional)

The DMS 505 is based on a 6-axis goniometer with 3 motorized axes. The measurement system permits angle-dependent analysis of all electro-optical characteristics of displays, including luminance, contrast, and color properties of displays at different viewing angles and variable electrical driving. The DMS 505 is ideal for determining the characteristics of displays for mobile applications (smartphone, tablet PC) with the comprehensive range of accessories including illumination devices and temperature-control chambers.

Features

• Characterization of emissive, transmissive, reflective, and transflective displays
• Complete system with 6-axis positioner, with electrical control, photometer or spectrometer (optional), illumination sources, PC, and software
• 3 motorized axes (inclination, azimuth, and height adjustment of the measuring head)
• Optional forced-air temperature-control chamber
• Analysis of all photometric and colorimetric characteristics as a function of viewing angle, electrical driving, temperature, and time

The DMS 803 offers optimum convenience for angle-dependent analysis of electro-optical characteristics of small to mid-size displays. The measurement system is based on a fully motorized 6-axis goniometer for determining luminance, contrast, and color properties at different viewing angles and variable electrical driving. It is perfectly suitable for all applications in research and development, as well as quality control. The DMS 803 is ideal for determining the characteristics of displays for mobile applications (smartphone, tablet PC) with a comprehensive range of illumination devices and temperature-control chambers.

Features

• Characterization of emissive, transmissive, reflective, and transflective displays
• Fully motorized 6-axis positioner with electrical driving, photometer or spectrometer, illumination, PC, and software
• Area scan: max. 100 x 100 mm for analysis of homogeneity of luminance, contrast, and chromaticity
• Optional forced-air temperature-control chamber
• Analysis of all photometric and colorimetric characteristics as a function of viewing angle, electrical driving, temperature, and time

The DMS 903 is ideal for photometric and colorimetric analysis of large displays. The measurement system is based on a 6-axis goniometer for determining angle-dependent characteristics and is used in quality control, as well as research and development. It permits analysis of test specimens up to a diagonal of 1500 mm (approx. 60’’), and measurement-area of 750 mm (approx. 30’’).

Features

• Characterization of emissive, transmissive, reflective, and transflective displays
• 6 motorized axes for viewing-angle scan and surface scanning of samples, without rotation of the test specimen during the measurements
• Optional array spectrometer for precise radiometric and photometric measurements
• Analysis of all photometric and colorimetric characteristics as a function of viewing angle, electrical driving, time and temperature (optionally with forced-air temperature-control chamber)
• Optional specular illumination for evaluation of the reflectance characteristics (e.g. BRDF) and diffuse light source with adjustable diameter (1° to 15°) for simulation of ambient illumination

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 CM-25cG is a compact and lightweight portable spectrophotometer with 45°c:0° geometry and a true high performance 60°-gloss-sensor. The 45°c:0° geometry used is renowned for providing color values offering excellent correlation to visual perception. This is achieved by fully excluding surface effects of gloss and/or texture. The built-in gloss-sensor accurately measures surface gloss.

Being fully compatible to the previous CM-2500c model, the CM-25cG’s perfect circular optical system (defined as 45°c:0°) achieves high accuracy and repeatability, especially on textured or structured surfaces, regardless of measurement direction. Not only does it measure color, but also true 60°-gloss at the same time and, as a world premiere, not only for standard MAV aperture size (10mm) but also for small measurement areas with 3mm spot size.

The CM-25cG is lightweight and uses a large and easy-to-read color display to show and manage measurement data either numerically or graphically. For correct positioning on a sample, the CM-25cG is the first device offering a true optical sample viewer in a 45°:0° geometry instrument.

Fast, small-format Photometers optimized for display test and cosmetic inspection in production environments

ProMetric® Y is a series of performance imaging photometers designed for high-volume production testing of displays, keyboards, lighting products, device components, and surfaces. ProMetric Y imaging photometers combine scientific-grade image sensors with photopic filters that capture values of light that reflect standard human visual perception of brightness according to CIE functions.

ProMetric Y Family

The ProMetric Y delivers reliable test results and analysis to improve quality and control costs:

• Faster measurements deliver shorter takt times
• Objective quantification is superior to subjective human inspection
• Faster, more accurate test analysis improves yield

The ProMetric Y43 provides a 43-megapixel (8040 x 5360) image sensor. Each ProMetric Y supports high-speed USB and Ethernet communications.

Delivering Smart Technology™ innovations including:

• Smart Control™ for fast, precise setup: Smart Control allows you to electronically adjust both focus and aperture settings of your lens.
• Smart Calibration™ for automatic high-accuracy results: ProMetric Y offers a variety of electronically controlled lenses, each calibrated over a wide range of working distances and aperture settings. ProMetric Y monitors focal distance and aperture settings and automatically applies the correct flat field calibration, greatly simplifying setup and ensuring accurate measurement results.

Key Features and Highlights:

• High Speed: Minimum measurement time (photopic) as fast as 0.2 seconds
• High resolution sensor options
• Photometric and radiometric models available
• Multiple lens options: 20 mm, 35 mm, 50 mm, 100 mm macro, and 200 mm
• ProMetric control and analysis software is standard. TrueTest™ Automated Visual Inspection Software and other software modules optional.

ProMetric software includes API support, and provides complete measurement control and Point-of-Interest/Region-of-Interest functionality. In addition, the ProMetric Y imaging photometers are backed by the industry's best product warranty, including direct access to the Radiant Vision Systems technical support team to maximize the utility of your application. For automated testing, ProMetric Y is optimized to work with the industry-leading TrueTest Software-and specialized software modules-for high-volume manufacturing of displays, smartphones, notebooks and more.

A High-precision spectrophotometer suitable for color management of small products.

Introducing a new high-precision spectrophotometer designed for color management of small products. The Spectrophotometer CF-300 has the ability to measure small target areas, non-contact measurement, fast and accurate measurement.

The Spectrophotometer CF-300 is capable of measuring areas as small as 0.75 x 1 mm, making it idea to measure products with small measuring areas, such as watch dials, bands, smartphone parts, eyeglass frames, zippers, buttons, fountain pens, etc. With a viewfinder, you can accurately align the measurement part, effectively reducing measurement errors.

The Spectrophotometer CF-300 allows for non-contact measurement, by using an integrating sphere capable of measuring color even at a distance of 1 mm from the target.

The Spectrophotometer CF-300 requires only about 0.1 sec per measurement making it capable of continuous measurement at a minimum interval of about 0.2 sec, the CF-300 can perform 5 measurements per second*. Improving efficiency of quality control via high-speed non-contact measurements on production lines.

The CM-17d is a vertical portable spectrophotometer designed to be simple to configure and use. It has an electronic viewfinder for easy positioning and is excellent for measuring small samples and curved surfaces. It is ergonomically designed to be easy to grip and is designed to be used in various measurement scenarios, including one-handed work. Stress-free hardware design includes easy positioning with the electronic viewfinder, improved visibility with a slight tilt of the operation screen, and a comfortable workspace with wireless connectivity.

The CM-17d offers higher accuracy and shorter measurement time. It has a di:8°and de:8°integrating sphere compatible with the previous CM-700d series, along with the improved measurement accuracy of black color.

The CM-17d portable spectrophotometer offers unprecedented accuracy/inter-instrument agreement (IIA), usually only found for laboratory-grade instrumentation or benchtop models. This precision allows for superior color communication throughout the supply chain from supplier to final assembly. The inter-instrument agreement of the chromaticity value (average for 12 BCRA color tiles) is within ΔE 0.12 for the CM-17d spectrophotometer.

The CM-17d comes with a new charging cradle integrated with the zero-calibration box. This stand-type cradle allows for convenient storage and charging of the device, ensuring peace of mind during off-measurement time. The white calibration cap can be safely stored in the front of the cradle, eliminating the risk of losing it and providing a sense of security.

The CM-17d offers stable and reliable measurement data over time through its optional WAA (Wavelength Analysis & Adjustment), an innovative function that analyzes and adjusts for any wavelength shift during each calibration.

Features

• Eligible ISO 17025 Certification
• Cradle for charging and zero calibration
• Aperture switches between 3mm and 8mm sizes to evaluate the color of a wide variety of samples very small to large
• Camera Viewfinder for easy positioning
• Optional WLAN/Bluetooth module sends measurement results wirelessly
• Tight inter-instrument agreement measures consistently with other instruments of the same model, allowing color values and specifications to be communicated, shared, and coordinated throughout the supply chain
• Easily switches between SCE and SCI measurement modes to accommodate the surface conditions of each sample
• Pass/fail assessments immediately determines if the sample meets the defined standard or target color
• Integrates with SpectraMagic NX2 software for color quality control, others software for color formulation and matching, and CM-SA Skin Analysis software for dermatological applications

The CM-2600d Spectrophotometer is a handheld, portable measurement instrument designed to evaluate the color, relative gloss, and UV characteristics of samples very small to large in size, particularly with flat surfaces. This high performance, precise spectrophotometer enables users to evaluate, reproduce, and control the color and appearance of objects in a more effective, streamlined process. Its advanced optical design and features help to establish and meet color quality standards more efficiently, maintain consistency in each batch of material, and communicate color seamlessly internally and throughout the supply chain. This makes the CM-2600d suited for each stage of the manufacturing process, including R&D analysis, quality control inspections, and process control procedures.

The CM-2600d Spectrophotometer is compatible with SpectraMagic NX software to record measurements and provide a more comprehensive color analysis.

Features

• Adjustable aperture easily switches between 3mm and 8mm aperture sizes to accurately evaluate the color and appearance of samples very small to large in size
• Tight inter-instrument agreement - measures consistently with other instruments of the same model, allowing color values and specifications to be communicated, shared, and coordinated seamlessly internally and throughout the supply chain
• Pass/fail assessments immediately determines if the sample meets the defined standard or target color for improved user efficiency
• Numerical Gloss Control - measures level of relative gloss for more control of a sample’s appearance
• Simultaneous SCE and SCI measurements conveniently measures SCE and SCI simultaneously for more consistent readings and to accommodate the surface conditions of each sample
• Numerical UV Control -performs measurements with and without UV simultaneously for more control of a sample’s appearance, particularly with optical brighteners
• Illuminated viewfinder - conveniently illuminates where the instrument is pointing so users know exactly where their measurement will be taken
• LCD display - displays measurement results clearly and accurately, reversing in direction according to how it’s held so that data is always facing upright to the user
• Portable - handheld, lightweight design powered by batteries or AC adapter for measurements to be taken anywhere
• Intuitive design -simple, straightforward navigation wheel with options easily understood by new users
• Six language options -English, Spanish, French, German, Italian, and Japanese
• Software compatible -integrates with SpectraMagic NX software to record measurements and provide a more comprehensive color analysis for color quality control

An advanced all-in-one system, the CM-5 Spectrophotometer is a bench-top measurement instrument designed to evaluate the color and appearance of opaque, transparent, and translucent samples. Its high precision and advanced capabilities allow users to effectively analyze, formulate, and control the color and appearance of solids, liquids, pastes, powders, pills, and granules in a more comprehensive, streamlined process. This makes the CM-5 ideal for color analysis within R&D and laboratory environments.

Used as a standalone instrument, the CM-5 is also compatible with SpectraMagic NX software to record measurements and provide a more comprehensive color analysis, as well as Colibri software to formulate color recipes for various applications.

The CS-3000 Series models improve on the outstanding optical design and signal processing technology of the CS-2000 and CS-2000A while providing the high precision needed for standard value measurement of displays and other light sources.

The new CS-3000 series offers high-speed display measurement from jet-black to dazzling with guaranteed accuracy. Even at low luminance levels, the CS-3000 series enables precise noise-suppressed measurement over the entire measurement wavelength range with half-width values of 5 nm or less, as recommended by CIE (CIE 122-1996). In addition to CIE 1931 xy chromaticity, the CS-3000 series can guarantee accuracy at u’v’ in the CIE 1976 UCS chromaticity diagram.

Wide dynamic range of measurement (CS-3000 HDR)

Today modern displays constantly evolve and provide even more vivid and higher-quality output. To meet the measurement needs of these advanced devices, model CS-3000 HDR enables precise measurement at the 1° measurement angle often used in standard value measurements. The CS-3000 HDR supports a wide dynamic range spanning ultra-low to high luminance levels. In addition to the LCD and OLED types commonly used today, it can measure standard values in HDR displays that use micro- or mini-LEDs. Luminance range with guaranteed accuracy (for luminance measurement at 1° measurement angle): 0.0001 to 100,000 cd/m2

Faster measurement time

In quality assurance and control of displays, reducing the measurement time in R&D and production sites significantly improves work efficiency. The CS-3000HDR and CS-3000 feature the Super-Fast mode, which performs calculations faster than the conventional Fast mode. This Super-Fast mode can substantially reduce the time, such as the gamma measurement time, one of the display calibration items, to 25% or less of the time needed with conventional equipment.

Automatic measurement system

The CS-3000 series enables the user to select the measurement angle setting from 1°, 0.2°, and 0.1°. The CS-3000HDR and CS-3000 can be used in a fully automatic measurement system by power-switching communication commands. This helps improve work efficiency at display development and production sites.
The minimum measurement diameter is φ0.5 mm, while an optional close-up lens enables measurement of φ0.1 mm. This supports measuring light sources in tiny areas, such as instrument panels for vehicles and aircraft and indicators for car audio systems and general displays.

Features

• Eligible for ISO 17025 Certification
• Complete data agreement with CS 2000/A which widely used as standard instrument
• New high speed measurement modes and INTELLIGENT DARK for shorten time
• DUT frequency detection for high speed and stable measurement
• Shorter measurement time on NORMAL speed mode
• Accuracy guarantee on super low luminance measurement
• HDR high luminance measurement ability with 1 degree measuring angle
• Motorized measurement angle switching for full automated system up

Instrument Systems designed the DTS 500 positioning system to complement their line of spectrometers by creating a fully automated measurement system. It is extremely well suited for determining viewing angle dependent properties and spatial homogeneity of panel graphics, display, and LED lamp modules. You can save valuable time with the DTS 500 because it eliminates manual alignment and guarantees improved reproducibility and more exact results.

The DTS 500 has complete 5-axis system which operates at peak performance when fully integrated with the SpecWin Pro software. View measurement results as contrast and luminance distributions in Cartesian or spherical coordinates with isocontour lines. Collected data can also be exported into a table format in Excel.