MICRO-AIS

MICRO-AIS Micro Advanced Indentation System Test range: scores of umAnalysis: Tensile Properties,Residual stressMethod: Instrumented Indentation Test ISO/TR 29381 KS B0951 KS B0950 KEPIC MDF A370 ¦Characteristic¦ Evaluation of Residual stress using IIT Quantitative analysis User-friendly Interface Automatic Moving System Vision System ¦Application¦ General hard coating layer Protective coating layer on glass Sol-resistant coating layer Coating layer of electronic material Thin film ¦Specification¦ Size 328 X 305 X 900 mm Max. load 2000 gf (Resolution: 10 mgf) Stroke 15 um (Resolution: 10 nm) Test range scores of um Vision X1500, Digital Camera, Image SW Method Instrumented Indentation Test Analysis Tensile Properties,Residual Stress ?Micro AIS Micro AIS evaluates tensile properties and residual stresses of the test subjects of very small dimensions (micrometers), such as fine-welded parts and coated layers. Through the Vision system and automatic stages, the test position can be identified and designated. Moreover, precision test for major parts is made available through automatic and screening tests. - Items Micro Vickers Hardness (Max. load 2000 gf) Residual Stress Yield strength Tensile strength Elastic modulus - Specification Model Micro AIS Size 328 X 305 X 900 mm Max load 2000 gf Load resolution 0.01 gf (10 mgf) Depth resolution 0.01 um (10 nm) Stage X-Y axis stage, Z axis stage Operating Temp. -10 ? ~ 40 ? Power 220 Vac Vision X1500, digital camera, image SW Indenter Micro Vickers indenter Dia.0.05mm spherical indenter Used Evaluation of residual stress (Micro range) ?Micro AIS Introduction - Features Perfect implementation of IIT in the micrometer range Application of ISO/TR 29381 in the micrometer range Application of KS B0950 and KS B0951 technology Application of IIT eliminates human errors User-Friendly software Easy to use Window-based software Evaluation of the tensile properties and residual stresses is made available immediately after the test User convenience has been enhanced with automatic malfunction checking and data error inspection - Multi-point testing system Implementation of automated testing based on the Automatic Moving system and the Vision system Tests can be automatically completed with an initial setup of test conditions Maximum efficiency of personnel and time through repeated testing Matrix test function: Test procedures for selected image ranges Selecting test function: Test procedures for randomly selected positions Matrix-selecting test function: Test procedures for various randomly selected locations in checkerboard format - Automatic moving system Enables fine positioning and adjustment For precise controlling and automatic testing System: X, Y Stage Resolution: 1 um Moving rate: 1 ~ 30 mm/min - Vision system Enables fine positioning and adjustment For precise controlling and automatic testing Magnification: X150 (Max.: X1200) Max. Distance: 100 mm Saving type: Digital image capture