Video Measuring Machine

MERCURY Series CNC Vision CMM with 1-10X Auto-Zoom Lens for Micro-Part Metrology

MERCURY Series CNC Vision CMM with 1-10X Auto-Zoom Lens for Micro-Part Metrology

MERCURY Series CNC Vision CMM: High-precision metrology with 0.5μm resolution, 2.5μm repeatability, and 1-10X auto-zoom lens. Features CNC control, marble base stability, and programmable LED lighting for aerospace, automotive, and electronics micro-part inspection.

VENUS Fully Automatic Stitching Platform with Telecentric LED and Ring Light Illumination

VENUS Fully Automatic Stitching Platform with Telecentric LED and Ring Light Illumination

VENUS automatic stitching platform: ≤3µm accuracy, dual telecentric & zoom lenses, 600x400x200mm range. Eliminates blind spots for large-scale inspection in aerospace, automotive, and electronics.

VENUS Series High-Accuracy Stitching CMM for Large-Scale Quality Control in Production Lines

VENUS Series High-Accuracy Stitching CMM for Large-Scale Quality Control in Production Lines

VENUS Series CMM: High-accuracy stitching vision system with ≤3µm precision, dual-lens optical configuration, and 600x400x200mm measuring range. Ideal for large-scale quality control in aerospace, automotive, and electronics manufacturing.

VENUS Floor-Standing Large-Field Measuring Instrument with ≤3μm Stitching Accuracy

VENUS Floor-Standing Large-Field Measuring Instrument with ≤3μm Stitching Accuracy

VENUS floor-standing large-field measuring instrument with ≤3μm stitching accuracy. Features dual telecentric & auto-zoom lenses, 600x400x200mm range, and eliminates blind spots for aerospace, automotive & electronics inspection.

VENUS Heavy-Duty Floor-Standing Vision Metrology System for Large-Area Seamless Stitching

VENUS Heavy-Duty Floor-Standing Vision Metrology System for Large-Area Seamless Stitching

VENUS vision system offers ≤3µm accuracy with seamless stitching for large parts. Features dual telecentric & auto-zoom lenses, 600x400x200mm range, and 12-month warranty. Ideal for aerospace, automotive & electronics.

VENUS Fully Automatic Large-Travel Stitching System with 200mm Z-Axis for Tall Workpieces

VENUS Fully Automatic Large-Travel Stitching System with 200mm Z-Axis for Tall Workpieces

VENUS automatic stitching system with 200mm Z-axis for tall workpieces. Features dual telecentric & zoom lenses, ≤3µm accuracy, and advanced image stitching for large-part measurement. 12-month warranty.

VENUS Large-Field Optical Stitching System with Dual 20MP and 1.3MP Digital Cameras

VENUS Large-Field Optical Stitching System with Dual 20MP and 1.3MP Digital Cameras

VENUS optical stitching system with dual 20MP/1.3MP cameras delivers ≤3µm accuracy across 600x400x200mm range. Advanced stitching eliminates blind spots for aerospace, automotive & electronics inspection. CNC operation with 12-month warranty.

Automated Large Scale Stitching Vision Measurement System Floor Type

Automated Large Scale Stitching Vision Measurement System Floor Type

Product Description Advanced Stitching Vision Technology Inspired by the celestial continuity of Venus, our VENUS Series stitching measurement systems bridge measurement gaps with seamless data fusion technology. These systems utilize multi-CCD synchronization to capture and precisely stitch localized images from different workpiece regions, creating complete and coherent profiles for accurate segment-based measurement. This advanced stitching capability eliminates measuremen

High-Precision VENUS Floor-Standing System for Large-Scale Stitching in Vision Metrology

High-Precision VENUS Floor-Standing System for Large-Scale Stitching in Vision Metrology

High-Precision VENUS Floor-Standing System for Large-Scale Stitching in Vision Metrology Advanced Optical Stitching Technology The VENUS Floor-Mounted Optical Stitching System represents the pinnacle of macro-scale measurement and inspection technology. Inspired by celestial continuity, this advanced system utilizes multi-CCD synchronization to capture and precisely stitch localized images from different workpiece regions, creating complete, coherent profiles for accurate