News
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JF-6 Chemical-Strengthening Development Measurements
Chemical-strengthening development needs a measurement plan that can distinguish treatment trials, rather than selecting a recipe from one surface value. JF-6 uses scattered light photoelasticity to measure the stress distribution of chemically tempered glass. The stated stress range is CS 0~2000...Read more -
JF-2E Glass Composition and Measurement-Fit Review
A new glass composition should trigger a measurement-fit review before a laboratory chooses an instrument solely by its stress range. JF-2E uses the optical waveguide effect to measure surface stress in chemically tempered and thermally tempered glass. The measurement range is 1000 MPa, and the d...Read more -
JF-1A Field Glass Surface-Stress Measurement Workflow
A field reading becomes useful when the office can identify the pane, the measurement position and the question it answers. JF-1A is applied to measuring surface stress of thermally toughened and heat-strengthened glass. The instrument weight is 0.6 kg. Its portable form makes it worth evaluating...Read more -
AEM-01 Edge-Stress Measurements for Tempering Drift
When a tempering team sees changing inspection results, the useful first step is to compare like-for-like samples before changing the furnace recipe. AEM-01 uses the photoelastic principle for non-destructive glass edge-stress measurement. It measures stress distribution from compression to tensi...Read more -
OWADMS-01 Sample Angle and Curvature Technical Review
For an automotive-windshield optical program, sample angle and curvature are not minor installation details. They shape the measurement plan itself. OWADMS-01 automatically measures optical angular deviation, binocular deviation, and optical wedge angle. The system measures optical wedge angle in...Read more -
JF-6 Glass Stress Repeated Measurement and Reporting Workflow
A repeat-measurement workflow for chemically strengthened glass should begin with the question the laboratory wants its records to answer. JF-6 uses scattered light photoelasticity to measure the stress distribution of chemically tempered glass. The stated stress range is CS 0~2000 MPa. The state...Read more -
JF-2E Laboratory Quality Control for Ion Exchanged Glass
Laboratory quality control for ion exchanged glass needs a measurement plan that separates the physical question from the eventual release decision. JF-2E uses the optical waveguide effect to measure surface stress in chemically tempered and thermally tempered glass. The measurement range is 1000...Read more -
JF-1A Incoming Tempered Glass Quality Inspection
Incoming tempered-glass inspection should answer a specific question: what evidence does the receiving team need before material moves to the next operation or project stage? JF-1A is applied to measuring surface stress of thermally toughened and heat-strengthened glass. JF-1A uses the DSR Method...Read more -
AEM-01 Automatic Edge Stress Meter for Tempered Glass Quality Control
For a tempered-glass quality team, edge-stress review works best when the measurement task is fixed before a concern becomes an argument about a batch. AEM-01 uses the photoelastic principle for non-destructive glass edge-stress measurement. It measures stress distribution from compression to ten...Read more -
OWADMS-01 Multiple Point Windshield Measurement Planning
A windshield optical-quality project becomes easier to scope when the team turns a broad symptom or program requirement into named areas, points, conditions, and a measurement plan. OWADMS-01 automatically measures optical angular deviation, binocular deviation, and optical wedge angle. The syste...Read more -
JF-6 Glass Stress Depth Evaluation for Quality Control
Stress-depth evaluation is most useful when a quality team has already defined the material question it needs to answer. JF-6 uses scattered light photoelasticity to measure the stress distribution of chemically tempered glass. The stated stress range is CS 0~2000 MPa. The stated depth-of-layer r...Read more -
JF-2E Glass Chemical Strengthening Process Checks
Chemical-strengthening process checks should begin with a clear question: is the team investigating surface stress, depth of layer, a comparison between samples, or the measurement workflow itself? JF-2E uses the optical waveguide effect to measure surface stress in chemically tempered and therma...Read more