We make every effort to maintain the high quality of our products through easurement and management of unfinished products, die parts as well as finished products.
A 3D Optical Scanner is used to measure workpieces by performing three-dimensional scanning using structured light or laser technology.
The system captures highly detailed surface geometry and dimensional data of an object without physical contact (non-contact measurement).It enables precise digital reconstruction of the object’s shape and is commonly used for reverse engineering, dimensional inspection, and quality analysis.
A CNC Video Measuring System is an automated optical measurement system controlled by Computer Numerical Control (CNC) technology.
It is designed to measure dimensions, verify accuracy, and inspect surface features at sub-micron precision using a non-contact optical method.
This system is particularly suitable for small and complex components, such as:
– electronic components
– semiconductor wafers
– plastic parts
– automotive components
– medical devices
A Coordinate Measuring Machine (CMM) is used to inspect the dimensional accuracy, geometric features, and spatial positions of complex parts with micron-level precision.
The system uses a probe to touch or scan the surface along the X-axis, Y-axis, and Z-axis, enabling precise three-dimensional measurement.
Measurement results can be compared directly with CAD models, allowing efficient quality control (QC) and verification of GD&T (Geometric Dimensioning and Tolerancing) standards.
A Surface Plate Calibration Machine is used to calibrate granite or cast-iron surface plates, which serve as precision reference platforms in dimensional metrology.
The system measures surface flatness with high accuracy and is commonly used to verify compliance with international standards such as:
– ISO/IEC 17025
– JIS (Japanese Industrial Standards)
An Electronic Calibration System is used to verify, adjust, and compare measurement values of electrical measuring instruments against reference standards to ensure accuracy and traceability.
A Torque Calibration Machine is used to verify, adjust, and certify the accuracy of torque measuring tools, such as:
– torque wrenches
– torque screwdrivers
The system measures the actual torque applied and compares it with the indicated value on the instrument to ensure compliance with required standards.
This calibration process helps maintain production quality, measurement reliability, and operational safety.
Intelligent Dimensional Measurement System (2D/3D Vision Scanning)
An intelligent dimensional measurement system utilizing 3D optical scanning or vision-based measurement technology.
The system employs high-resolution imaging cameras combined with controlled illumination to measure the dimensions and geometry of components in both 2D and 3D with high speed and precision.
It is particularly suitable for small and complex components, enabling simultaneous measurement of multiple parts within a short time.The system delivers micron-level accuracy and can detect dimensional deviations efficiently.
Measurement is performed using a non-contact method operators simply place the parts on the stage and initiate the measurement with a single command, eliminating the need for physical contact with the workpiece.
A Coordinate Measuring Machine (CMM) is a high-precision dimensional inspection system used to measure the size, shape, and spatial position of complex components along the X, Y, and Z axes.
The system utilizes a probe to detect the surface of the workpiece, enabling accurate three-dimensional measurement and inspection.
CMM systems are widely used in quality assurance and inspection processes, including the verification of Geometric Dimensioning and Tolerancing (GD&T) parameters.
They are particularly suitable for large and geometrically complex parts used in manufacturing industries.The measurement results can be compared directly with CAD models or engineering specifications to verify whether the manufactured component complies with the required design standards.
CMM systems provide extremely high measurement accuracy, making them essential tools for precision manufacturing and quality control (QC).
A Coordinate Measuring Machine (CMM) is a high-precision dimensional inspection system used to measure the size, shape, and spatial position of complex components along the X, Y, and Z axes.
The system utilizes a probe to detect the surface of the workpiece, enabling accurate three-dimensional measurement and inspection.
CMM systems are widely used in quality assurance and inspection processes, including the verification of Geometric Dimensioning and Tolerancing (GD&T) parameters.
They are particularly suitable for large and geometrically complex parts used in manufacturing industries.The measurement results can be compared directly with CAD models or engineering specifications to verify whether the manufactured component complies with the required design standards.
CMM systems provide extremely high measurement accuracy, making them essential tools for precision manufacturing and quality control (QC).
A Coordinate Measuring Machine (CMM) is a high-precision dimensional inspection system used to measure the size, shape, and spatial position of complex components along the X, Y, and Z axes.
The system utilizes a probe to detect the surface of the workpiece, enabling accurate three-dimensional measurement and inspection.
CMM systems are widely used in quality assurance and inspection processes, including the verification of Geometric Dimensioning and Tolerancing (GD&T) parameters.
They are particularly suitable for large and geometrically complex parts used in manufacturing industries.The measurement results can be compared directly with CAD models or engineering specifications to verify whether the manufactured component complies with the required design standards.
CMM systems provide extremely high measurement accuracy, making them essential tools for precision manufacturing and quality control (QC).
A Measuring Microscope is a high-precision optical metrology instrument used in industrial inspection and measurement applications.
It integrates high-magnification optical lenses with a precision movable stage, allowing accurate measurement in 2D or 3D coordinates (X, Y, Z).
This instrument is suitable for dimensional inspection of small components and detailed surface analysis, such as gears and other precision parts.
Used for dimensional measurement of workpieces, including both plastic and metal parts.This is a 3-axis (X, Y, Z)
non-contact measuring system.
Used for dimensional measurement of workpieces, including both plastic and metal parts.This is a 3-axis (X, Y, Z)
contact measuring system.
Used for dimensional measurement of workpieces, including both plastic and metal parts.This is a 3-axis (X, Y, Z)
non-contact measuring system.
Used to perform tensile and compression tests on workpieces in order to determine whether the material meets the specified strength requirements.This test is classified as destructive testing.
Used for dimensional measurement of workpieces, including both plastic and metal parts. This is a 2-axis (X, Y)
non-contact measuring system.
