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Three-dimensional bending angle spectroscopic side color system GCMS-11Handling Company
Murakami Color Technology Institute Co., Ltd.Categories
| Image | Part Number | Price (excluding tax) | Sample stand allowable load | Sample stand Maximum sample thickness | Sample stand Maximum sample size | Sample stage Z-axis correction (thickness) | Sample stage X, Y axis movement | Sample stage fixed on X and Y axes | Repeatability | Lighting part specifications Light guide | Lighting section specifications Light source room configuration | Lighting section specifications Light source | Angle variation mechanism angle accuracy | Angle change mechanism repeatable positioning accuracy | Angle bending mechanism absolute positioning accuracy | Angle bending mechanism measurement area | Bending mechanism part Number of bending axes | Angle change mechanism part Angle change mechanism | Angle change mechanism section Unable to change angle | Angle-changing mechanism section Automated angle-changing | Angle-bending mechanism section Opening angle of light-receiving optical system | Angle-shifting mechanism Incident angle/reception angle angle-shifting range | Spectrophotometer section Color measurement method | Spectrophotometer measurement wavelength range | Spectrophotometer section wavelength accuracy | Spectrophotometer section Photodetector | Spectrophotometer part Spectroscopic element | Spectrophotometer section Output wavelength interval and number | Spectrophotometer section Bandpass | Deflection degree/measurement efficiency/accuracy Deflection degree (P) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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GCMS-11 |
Available upon quote |
Approximately 4kg |
50 |
165x130 (within a circle with a radius of 195 from the rotation axis center) |
Fine adjustment range 10 |
Fine adjustment range ±12.5 Measurement surface tilt correction α axis ±2°, β axis ±2° |
Fixing with fixing jig |
0.05% (Standard deviation at 560nm when measured on a standard white plate at 45° incidence and -0° light reception) |
Illumination light/reference light 2-branch optical fiber illumination optical system Aperture angle in the incident plane ±2.2° (circular) |
Lamps, ellipsoidal mirrors, cold filters, shutters, starters, stabilized power supplies, cooling fans, etc. |
DC lighting high stability xenon lamp 150W |
Rotational position detector resolution within ±0.5° 614.400 pulses/rotation |
±2.1 seconds |
150 seconds |
Approximately Φ3 at acceptance angle of 0°, approx. 3x13.3 at 77° (ellipse) |
4 (Supports 3D bending) |
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 |
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°. |
All four angles of the angle-shifting mechanism are automatically controlled. |
±2.2° (circular) |
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) |
Double beam method |
Spectrophotometer measurement wavelength range |
0,2nm A/D converter resolution 16 bits |
Silicon photodiode array 256 elements |
Concave grating |
41 wavelengths every 10nm |
Approximately 10nm |
1.52 or less Data reading time: Within 3 seconds per setting |
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Reviews shown here are reviews of companies.
Response Rate
100.0%
Response Time
7.4hrs
