For evaluating the characteristics of materials! A system that measures the deformed shape of samples through image processing.
The "Deformation Shape Measurement System" is a system that precisely measures the amount of deformation when a tensile load is applied to a sample. By applying tensile loads in the X (horizontal) and Z (vertical) directions to the sample and processing the video captured by a high-speed camera, it measures the deformation between marked points. 【Features】 ○ By simultaneously measuring and comparing load and deformation shape videos, precise measurement of deformation shapes is possible. ○ Quantifies variations in the centroid, area, and dimensions of marked points. ○ By multi-point simultaneous measurement, quantifies the distance between marked points. ○ By placing a reference scale on the screen, calculated values can be converted from pixels to mm. For more details, please contact us or download the catalog.
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【Specifications】 ○ Effective Stroke: X-axis: 90mm / Z-axis: 140mm ○ Thrust: X-axis: 32kg / Z-axis: 8kg ○ Maximum Speed: X-axis: 150mm/sec / Z-axis: 140mm/sec ○ Load Cell Rated Capacity: 100N ○ Load Cell Non-linearity: X-axis: ±1% R.O / Z-axis: ±1% R.O ○ Measurement Data: High-speed camera images X Load Z Load ○ Measurement Data Display Format: Synchronized display of camera images and load data ○ Measurement Data Storage Format: Video file and text file ○ Operating Modes: Pattern 1: X movement followed by Z movement Pattern 2: Z movement followed by X movement Pattern 3: Simultaneous X and Z movement ○ Number of Repetitions: 1 time or more ○ Movement Range: Based on mechanical stroke ○ Maximum Recording Time: 60s * Depending on the frame rate of the high-speed camera ○ Start of Recording: Start trigger ○ Stop of Recording: After the specified recording time elapses Upon reaching the specified number of repetitions ● For more details, please contact us or download the catalog.
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Our company started with mechanical design and expanded into hardware design and software design, and based on the technology we have cultivated over many years, we have been developing prototype devices since 1998. We have a wide range of achievements in various fields, including automatic production equipment, testing machines, measuring devices, experimental observation equipment, as well as energy-related, printing-related, and FA equipment.