Featuring a non-contact laser probe, this machine is suitable for dimensional inspection of complex castings in automotive parts and machinery components, with a measurement accuracy of ±0.01 mm. It supports multi-axis movement and has a maximum measurement range of 1200 x 800 x 600 mm. Equipped with automated measurement software, it generates detailed reports and compares results with CAD models. The intuitive interface supports cloud data storage, meeting the quality control needs of Taiwan’s foundries.

Utilizing high-resolution imaging technology, this system is suitable for non-destructive testing of aluminum alloy and steel castings, detecting defects as small as 0.1 mm. It features automated scanning with multi-angle imaging and a maximum inspection size of 800 x 600 mm. Built-in analysis software marks defect locations and generates reports for quality tracking. Compliant with Taiwan’s radiation safety regulations, it is widely used for automotive and aerospace casting inspections.

The Hardness Tester is designed for testing the material hardness of castings, ensuring mechanical properties meet requirements.

This tester supports Brinell, Rockwell, and Vickers hardness testing, suitable for steel, aluminum alloy, and ductile iron castings. It features a digital display and automatic loading system, with a measurement accuracy of ±0.5%. Supporting multi-point testing and data recording, it facilitates quality analysis. Its portable design is ideal for on-site operation, and a built-in calibration function ensures long-term stability, meeting the material quality control needs of Taiwan’s foundries.

Utilizing high-frequency ultrasonic technology, this detector is suitable for non-destructive testing of stainless steel and aluminum alloy castings, identifying internal defects as small as 0.2 mm. It features a color display with A-scan and B-scan modes, enabling operators to analyze defect locations and sizes. Supporting data storage and USB export, it facilitates quality record-keeping. Its lightweight design is ideal for both factory and field use, widely applied in Taiwan’s aerospace and energy casting inspections.

Utilizing spark emission spectroscopy, this spectrometer is suitable for rapid composition analysis of steel, aluminum alloy, and copper alloy castings, with a detection accuracy of 0.01%. It supports simultaneous analysis of multiple elements, including carbon, sulfur, and nickel, with an analysis time of just 30 seconds. Equipped with a touchscreen and database comparison function, it automatically generates analysis reports. Its compact design is ideal for laboratory and production line use in Taiwan’s foundries, ensuring consistent material quality.