Three-dimensional bending angle spectroscopic side color system GCMS-11
Murakami Color Technology Institute Co., Ltd.
About This Product
The GCMA-11 type is a double-beam three-dimensional angle spectroscopy side color system newly developed for reflective liquid crystal display panels (LCD) and e-paper applications.
Developed based on the latest technology of the GCMS series, which has a proven track record worldwide for measuring the flop effect of pearl mica coatings, raster tiles, colored stainless steel, etc. whose colors change when the viewing direction or irradiation direction changes. 4-axis simultaneous operation using direct drive motor (excluding transparent color setting) Automatic angle changing mechanism allows quick processing of 3D angle spectral side colors with an enormous number of settings. The polarization characteristics of the device have been resolved to make it compatible with liquid crystal materials. Transparent color can also be measured.
■Supports 4-axis automatic control of angle axes
The conventional coordinate system of LCD (incident angle θi, incident angle azimuth Φi, acceptance angle, acceptance azimuth Φr) is used for the parameters specifying the deflection angle. This device is a mechanism that directly changes the angle of θi, Φi, θr, Φr, so the angle can be specified directly with θi, Φi, θr, Φr. Conforms to standard configuration A for "reflective liquid crystal modules" of the Japan Electronics and Information Technology Industries Association (JEITA) standard. The measurements required to simulate reference configuration B, reference configuration C, and reference configuration D are also structurally possible.
Conforms to JIS Z 8722 "Methods for measuring color - reflected and transmitted object colors" 4.33 "Methods for measuring spectral solid angle reflectance" method a (when using the displacement method using a two-path spectral side illuminator). Another feature is that the angular range where the incident and received beams overlap and cannot be measured is as small as 10°. There is also a GCMS-10 model that supports self-emitting light source colors such as backlit LCDs and organic EL.
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Product
Three-dimensional bending angle spectroscopic side color system GCMS-11
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Handling Company
Murakami Color Technology Institute Co., Ltd.
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Categories
1 Models of Three-dimensional bending angle spectroscopic side color system GCMS-11
| Product Image | Part Number | Price (excluding tax) | Angle bending mechanism absolute positioning accuracy | Angle bending mechanism measurement area | Angle change mechanism part Angle change mechanism | Angle change mechanism repeatable positioning accuracy | Angle change mechanism section Unable to change angle | Angle variation mechanism angle accuracy | Angle-bending mechanism section Opening angle of light-receiving optical system | Angle-changing mechanism section Automated angle-changing | Angle-shifting mechanism Incident angle/reception angle angle-shifting range | Bending mechanism part Number of bending axes | Deflection degree/measurement efficiency/accuracy Deflection degree (P) | Lighting part specifications Light guide | Lighting section specifications Light source | Lighting section specifications Light source room configuration | Repeatability | Sample stage X, Y axis movement | Sample stage Z-axis correction (thickness) | Sample stage fixed on X and Y axes | Sample stand Maximum sample size | Sample stand Maximum sample thickness | Sample stand allowable load | Spectrophotometer measurement wavelength range | Spectrophotometer part Spectroscopic element | Spectrophotometer section Bandpass | Spectrophotometer section Color measurement method | Spectrophotometer section Output wavelength interval and number | Spectrophotometer section Photodetector | Spectrophotometer section wavelength accuracy |
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GCMS-11 |
Available upon quote | 150 seconds | Approximately Φ3 at acceptance angle of 0°, approx. 3x13.3 at 77° (ellipse) | In-plane rotation of the sample table (incident azimuth angle Φi variation), incident angle θi variation, reception azimuth angle Φr variation, acceptance angle θr variation | ±2.1 seconds | The approach angle is the limit that does not block both the incident optical axis and the receiving optical axis, and the incident angle and acceptance angle are 10° and the azimuth angle is 17°. | Rotational position detector resolution within ±0.5° 614.400 pulses/rotation | ±2.2° (circular) | All four angles of the angle-shifting mechanism are automatically controlled. | 0°~77° (excluding areas where angle change is not possible) Azimuth angle range: 0°~360° (excluding areas where angle change is not possible for both incident and reception) | 4 (Supports 3D bending) | 1.52 or less Data reading time: Within 3 seconds per setting | Illumination light/reference light 2-branch optical fiber illumination optical system Aperture angle in the incident plane ±2.2° (circular) | DC lighting high stability xenon lamp 150W | Lamps, ellipsoidal mirrors, cold filters, shutters, starters, stabilized power supplies, cooling fans, etc. | 0.05% (Standard deviation at 560nm when measured on a standard white plate at 45° incidence and -0° light reception) | Fine adjustment range ±12.5 Measurement surface tilt correction α axis ±2°, β axis ±2° | Fine adjustment range 10 | Fixing with fixing jig | 165x130 (within a circle with a radius of 195 from the rotation axis center) | 50 | Approximately 4kg | Spectrophotometer measurement wavelength range | Concave grating | Approximately 10nm | Double beam method | 41 wavelengths every 10nm | Silicon photodiode array 256 elements | 0,2nm A/D converter resolution 16 bits |
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