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SFRplus Chart on Photographic Paper QI-SFR10-P-RM

SFRplus Chart on Photographic Paper QI-SFR10-P-RM Instructions Operating Manual SFRplus Chart on Photographic Paper QI-SFR10-P-RM PDF
This SFRplus Chart on Photographic Paper QI-SFR10-P-RM Instrument are Certified with
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1 Years Warranty (Additional support period of 3 years)

The SFRplus test chart can be used with the SFRplus module in Imatest 3.2 or later to measure MTF, lateral chromatic aberration, distortion, and tonal response. The SFRplus module features fully automated region-of-interest detection.

The SFRplus chart offers significant advantages over commonly used charts such as the ISO 12233 chart, including

  1. much less wasted area,
  2. The ability to produce a map of sharpness over the sensor surface,
  3. better measurement accuracy due to the lower contrast,
  4. full support for automated testing.


SFRplus charts on photographic paper have the following properties:

  • 5x9 grid pattern
  • Active Area: 223mm x 356mm. It is recommended these charts be used to test imaging systems with sensors up to 3 MP. For larger image sensor sizes, please see other SFRplus chart listings. The active area of the chart includes white space above and below the top and bottom distortion bars. It is typically about 10% larger than the printed area, which is bounded by the distortion bars on top and bottom. White space is included because test images of the chart must include this white space in order to enable automated processing in SFRplus software.
  • Contrast levels: 10:1 and 2:1 contrast levels to analyze non-linear signal processing

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FAQs About  SFRPlus Test Charts

The color may be quantified in L*a*b* (CIELAB units), RGB values, CMYK (printing), and ΔE (color difference). Colorimetric assessment measures also apply spectral reflectance and absorbance (A), particularly in liquids and solutions.

Of course! Many portable, battery operated, and lightweight coating thickness gauges are available for on-site and field inspections. They provide quick and accurate results and portable gauges are ideal for construction, automotive, and industrial environments.


The automotive, aerospace, metal finishing, marine, construction, and manufacturing industries utilize and rely on coating thickness gauges the most. They ensure that coatings are within the expected criteria for functionality, safety, and durability.


D/8° and 45°/0° are two different illumination methods with distinct optical geometries. The D/8° illumination is suitable for general industries, and delivers better performance in color difference comparison and color measurement especially for high-gloss products. For the packaging and printing industry, the 45°/0° illumination is recommended.

D/8° (Diffuse / 8° viewing)

Recommended for:

  • Plastic, paint, ink, ceramic, textile, coating

  • Samples with metallic luster, pearlescent, glitter, or texture

  • Situations requiring consistent data with laboratory spectrophotometers

  • Applications needing SCI (including specular reflection) / SCE (excluding specular reflection) switching


45°/0° (45° annular illumination / 0° viewing)

Recommended for:

  • Printing, packaging, paper, ink, matte non-metallic materials

  • Products focusing on human eye direct visual matching

  • Standard color matching in printing & packaging industry


Simple Selection Guide

  • With metallic/pearlescent/glitter effect → choose D/8°

  • Printing, paper, packaging, matte products → choose 45°/0°

  • Want universal use for multiple materials → choose D/8°


Ambient light, heat, and moisture levels should be regulated. The use of colored walls and reflective surfaces should be avoided, as they can damage the assessment of the sample colors visually.


The accuracy of colors is determined by comparing the values of the colors (L*a*b*) of a sample with a standard reference sample using tools such as spectrophotometers. The variation is measured as ΔE. The smaller the value of ΔE, the more accurate, the nearer to the target color.


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