Testing Exercise Platform

Our Testing exercise platforms integrate high-rigidity structural frames, precision linear guides, high-performance servo drives, and advanced optical encoders to achieve ±0.5µm positioning accuracy and ±0.1µm repeatability. Designed for seamless integration with vision systems, laser scanners, and tactile probes, our motion platforms feature ultra-low vibration, fast settling time (≤50ms), and programmable motion profiles to ensure precise, reliable positioning for 100% quality inspection and measurement.

● Custom Testing exercise platform engineered to your exact application requirements and CAD specifications

● Sub-micron positioning accuracy (±0.5µm) with nanometer-level repeatability for critical inspection tasks

● Ultra-low vibration design with active damping for high-resolution imaging and measurement

● Seamless integration with vision systems, laser scanners, and NDT equipment

● ISO 9001:2015 certified manufacturing with full quality control and traceability

Key Features & Core Advantages

High-Stability Mechanical Design

Our Testing exercise platform feature high-strength aluminum alloy or granite bases with integrated vibration isolation systems for exceptional stability during high-resolution inspection. The symmetric structural design minimizes thermal drift and ensures uniform load distribution, while the precision-machined components maintain parallelism and perpendicularity within 3 arcseconds for optimal inspection accuracy.

Advanced Motion Control System

Integrated with high-performance servo motors, precision ball screws or linear motors, and absolute optical encoders (1nm resolution), our inspection stages deliver smooth, precise motion with sub-micron accuracy. The proprietary motion control software includes path optimization, vibration suppression, and real-time error compensation for fast, stable positioning during inspection cycles.

Seamless System Integration

Every Testing exercise platform is designed for easy integration with vision systems, laser scanners, tactile probes, and NDT equipment. The modular design includes standardized mounting interfaces (ISO 9001 compliant), multiple communication protocols (EtherCAT, Modbus, TCP/IP), and customizable software APIs for fast integration into existing inspection workflows with minimal downtime.

Technical Specifications

Mechanical Specifications

● Base Material: 6061-T6 Aluminum Alloy / Black Granite (00级)

● Guide System: Precision linear roller guides / air bearings

● Drive System: Servo motors with ball screws / linear motors

● Feedback: Absolute optical encoders (1nm resolution)

● Vibration Isolation: Active/passive damping systems

Environmental & Operational Specifications

● Operating Temperature: 18-22°C (temperature stabilization optional)

● Humidity: 30-70% RH (non-condensing)

● Cleanroom Compatibility: Class 1000 (ISO Class 6) standard

● Power Supply: 200-240V AC, 50/60Hz, 1-phase/3-phase

● Control Interface: EtherCAT / Modbus / TCP/IP / Analog / Digital I/O

Inspection Motion Stage Applications

Industrial Quality Control

● Automated visual inspection of automotive components and precision machined parts

● Dimensional measurement and quality control of aerospace components

● Surface defect detection and roughness measurement of metal parts

● 100% inline inspection of electronic components and PCBs

Optical Inspection & Metrology

● High-resolution optical inspection of semiconductor wafers and chips

● Metrology and calibration of precision optical components and lenses

● Microscopic inspection of microelectronics and MEMS devices

● 3D surface profiling and topography measurement systems

Non-Destructive Testing (NDT)

● Ultrasonic testing of critical structural components with precise positioning

● X-ray inspection and CT scanning of electronic assemblies and medical devices

● Thermal imaging and infrared inspection of electronic systems

● Magnetic particle inspection of automotive and aerospace components