Vision Laser Marking Machine

Parameter	Specification
Laser Type	Fiber Laser / UV Laser / CO2 Laser Optional
Laser Wavelength	1064nm Fiber Laser / 355nm UV Laser / 10.6μm CO2 Laser Optional
Laser Power	3W-30W UV, 20W-100W Fiber, 10W-100W CO2 Optional
Vision System	High-resolution CCD Camera Vision Positioning System
Marking Speed	Up to 7000mm/s
Marking Accuracy	≤0.01mm
Positioning Accuracy	High precision visual alignment accuracy
Marking Area	50×50mm / 100×100mm / 150×150mm / 200×200mm Optional
Control System	Industrial PC + Vision Software + Laser Marking Software
Supported Codes	QR Code, Barcode, Data Matrix, Text, Logo, Serial Number
Application Mode	Automatic vision recognition and precision marking
Power Supply	100-240V AC, 50/60Hz (compatible with international standards)

1. Product Overview

The Visual Laser Marking Machine is a highprecision automated device integrating CCD visual positioning technology and laser marking technology. It uses an industrial camera to automatically identify product positions, enabling accurate laser engraving and permanent marking without manual calibration.

This CCD laser marking machine is widely applied in industries including PCB circuit boards, semiconductor components, electronic connectors, sensors, medical devices, automotive parts and precision hardware. It serves as a vital solution for laser marking and automated production lines in the electronics industry.

2. Main Advantages

High-definition CCD visual positioning improves marking accuracy for complex and special-shaped workpieces.
Automatically detects product positions to reduce manual operations and boost production efficiency.
Permanent laser marking with wear-resistant, high-temperature-resistant, clear and stable performance.
Supports laser marking of QR codes, laser engraving of barcodes, and product traceability.
Compatible with automated production lines, robots and MES system integration.
Applicable to both metal laser marking and plastic laser marking applications.

3. Application Industries

Widely used in Electronics manufacturing, PCB industry, semiconductor packaging, automotive components, medical devices, hardware products, plastic parts, mobile phone accessories, battery modules, industrial automation and precision manufacturing industries.