Automatic Vision Positioning Fiber Laser Marking Machine

High-Precision Laser Marking Solution with Intelligent Visual Recognition

JUYI Automatic Vision Positioning Fiber Laser Marking Machine integrates advanced fiber laser technology with an intelligent vision recognition system to achieve fast and accurate automatic positioning during the marking process.

Unlike traditional laser marking machines that require manual alignment, this system uses a high-resolution camera to automatically identify product positions, shapes, and marking areas, significantly improving marking accuracy and production efficiency.

Designed for precision manufacturing and mass production, JUYI vision laser marking machines are ideal for applications requiring consistent positioning, high repeatability, and customized marking on small or complex components.

Key Features

Intelligent Vision Positioning System

The integrated vision system automatically detects product position and compensates for placement deviations.

This allows operators to quickly position workpieces without manual adjustment, improving efficiency in batch production.

Advantages:

• Automatic product recognition
• High positioning accuracy
• Reduced manual adjustment time
• Improved production consistency
• Suitable for irregular or multiple-position marking

High-Performance Fiber Laser Source

Equipped with a reliable fiber laser source with a wavelength range of 1060–1070nm, the machine provides:

• Stable laser output
• Excellent beam quality
• Long service life
• Low maintenance requirements

The system delivers permanent and high-quality marking results on various industrial materials.

High-Speed Precision Marking

With a maximum scanning speed of up to 12,000 mm/s, JUYI Vision Fiber Laser Marking Machine ensures efficient processing for high-volume production.

The high-speed galvanometer scanning system provides smooth and precise marking performance.

Fine Detail Marking Capability

The machine achieves excellent marking accuracy with:

• Minimum line width: 0.03 mm
• Marking depth: 0.01–0.2 mm (depending on material)
• Marking area: 110 × 110 mm

Suitable for detailed marking including:

• Logos
• Text
• Serial numbers
• QR codes
• Barcodes
• Product identification codes
• Decorative patterns

Flexible Laser Power Options

Available laser power configurations:

• 20W
• 30W
• 50W
• 100W

Different power levels can be selected according to:

• Material type
• Required marking depth
• Production speed
• Application requirements

Product Specifications

Applications

Jewelry & Precious Metal Manufacturing

Vision positioning technology is especially suitable for high-value products requiring precise marking.

Applications include:

• Gold jewelry marking
• Silver jewelry engraving
• Platinum product identification
• Ring and bracelet customization
• Brand logo marking

Electronic Components

Ideal for small precision components:

• PCB components
• Electronic housings
• Connectors
• Plastic parts
• Micro components

Vision positioning ensures accurate marking even for small or densely arranged products.

Hardware & Industrial Components

Used for:

• Metal parts
• Fasteners
• Tools
• Precision components
• Mechanical parts

Suitable for batch production requiring product traceability.

Customized Product Manufacturing

The vision system enables flexible marking on:

• Irregular products
• Multiple-position components
• Customized designs
• Small-batch production

Why Choose JUYI Vision Positioning Fiber Laser Marking Machine?

✔ Automatic Position Recognition:  The camera system automatically identifies product positions, reducing manual operation requirements.

✔ Improved Production Efficiency:  Fast positioning and high-speed marking significantly increase production capacity.

✔ High Precision & Repeatability:  Ensures consistent marking quality for every product in mass production.

✔ Wide Material Compatibility:  Suitable for metals and laser-compatible plastics.

✔ Customized Industrial Solutions:  JUYI provides customized marking systems according to product size, production requirements, and automation needs.