CNC Optical Coordinate Measuring Machine (MERCURY Series)
High-performance fully automatic vision measuring system for precision auto parts inspection and quality control.
Fully Automatic Vision Measuring Machine
The Mercury Series represents a high-performance, fully automatic marble-based coordinate measuring machine with enhanced resolution and accelerated processing speeds. This advanced system enables comprehensive three-axis fully automatic programmable inspection through precise workpiece coordinate system matching and automated measurement execution.
- Memory, learning, and automatic programming capabilities for repetitive workpieces
- Rapid and accurate real-time on-site measurements
- Marble construction providing exceptional stability, durability, and low maintenance
- Optimal balance of precision, efficiency, and long-term reliability
- Core quality control solution for high-volume manufacturing of complex precision components
About MEAXPERT (MXP)
MEAXPERT (MXP) comprises passionate metrology professionals with over a decade of industry experience, dedicated to developing accurate, reliable, fast, and affordable vision measurement systems.
Our Mission
We believe in simplicity and transparency, offering clear pricing and terms for vision measurement systems and services without lengthy negotiations. Choosing Meaxpert means choosing clarity and efficiency.
Innovation and Development
Substantial investment in technology R&D supported by dedicated software and hardware teams. Continuous hardware improvements through weekly R&D meetings enhance stability, efficiency, and usability. Software development focuses on specialized modules for various sub-industries, simplifying applications and addressing industry talent shortages.
Commitment to Quality
Pursuing perfection through meticulous attention to detail from surface finishing to individual components. Quality commitment includes rigorous material inspections, stringent process control, thorough reliability testing, and precise calibration before shipment.
