Description
The ZONESUN ZS-LMC2 is a fully automatic vision guided laser marking machine designed for precision marking by combining CCD camera recognition with automatic laser positioning. The integrated 6.3 MP vision camera detects the workpiece and determines the target marking location before processing, reducing manual fixture positioning and making the system suitable for applications involving multiple parts, variable positions, or products requiring precise marking alignment.
The machine provides adjustable marking speeds. Multiple laser configurations are available including different laser types, power levels, lenses, and marking areas, allowing the system to be configured according to specific materials, products, and marking requirements.
Technical Specifications
- Model: ZS-LMC2
- Voltage: 110V / 220V
- Laser Type: 1064nm Infrared, Blue Laser, CO₂ Laser, CO₂ Excimer Laser, UV Laser
- Laser Power: 5W / 10W / 15W / 20W / 30W / 40W / 50W
- Marking Speed: 1000–3000 mm/s
- Marking Depth: 0.5–2 mm
- Processing Accuracy: ±0.01 mm
- Camera Resolution: 6.3 MP
- Lens: Focal length 16mm; 6MP
- Marking Area: 50×50, 70×70, 100×100, 102×102, 110×110, 150×150, 160×160, 174×174, 175×175mm (and others)
- Positioning System: CCD vision positioning
- Working Platform: Automatic marking platform
- Machine Weight: 80 kg
- Package Dimensions: 120 × 90 × 150 cm
CCD Vision Positioning System
The CCD vision system detects the workpiece and identifies the target marking position for accurate laser processing.
Laser Marking Area
The laser marking system marks the target area after vision positioning, supporting precise and consistent processing of compatible workpieces.
Automatic Marking Platform
The motion platform positions and transfers compatible workpieces through the vision detection and laser marking area.
Vision & Laser Marking Software
The integrated software supports image recognition, marking position adjustment, artwork setup and marking parameter control.
Compact Cabinet Design
Integrates the laser system, motion-control components and electrical hardware into a compact machine structure.
Why Choose the ZS-LMC2?
✅ CCD Vision Positioning — Automatic Workpiece Recognition & Target Detection: 6.3MP CCD camera automatically captures the workpiece image, identifies the required marking position, and guides the laser to the correct target location — reducing dependence on manual alignment, dedicated fixtures, and precise manual product placement for each workpiece
✅ ±0.01mm Processing Accuracy — Precise Consistent Marking Placement: Specified ±0.01mm processing accuracy supports precise, repeatable laser marking placement on compatible workpieces, making the ZS-LMC2 suitable for applications requiring consistent marking position across production batches with variable or irregular workpiece placement
✅ 1000–3000 mm/s Marking Speed — High-Speed Laser Processing: Adjustable marking speed from 1000 to 3000 mm/s provides efficient laser processing throughput for logos, text, serial numbers, barcodes, QR codes, and traceability information, with actual speed depending on the selected laser configuration and marking application requirements
✅ Multiple Laser Types — Infrared, Blue, CO₂, CO₂ Excimer & UV: Configurable with 1064nm infrared, blue, CO₂, CO₂ excimer, or UV laser sources across power levels from 5W to 50W, allowing the ZS-LMC2 to be selected and configured according to the specific material, required marking depth, and marking effect for each application
✅ Flexible Marking Areas — 50×50mm to 175×175mm & Beyond: Multiple marking field configurations from 50×50mm up to 175×175mm (and other configurations) accommodate different workpiece sizes and marking content requirements — logo marking, full-label text, data matrix codes, and multi-element traceability layouts across different product formats
✅ Automatic Marking Platform — Integrated Workpiece Handling: Motion platform positions and transfers compatible workpieces through the CCD vision detection zone and laser marking area in sequence, supporting an automated marking workflow from workpiece loading through finished marked output without manual repositioning between detection and marking stages
✅ Vision & Laser Marking Software — Centralized Setup & Control: Integrated software supports image recognition configuration, marking position adjustment, artwork and content setup, and laser parameter control from one interface — simplifying changeover between different marking tasks, product types, and content layouts without external software or complex parameter management
✅ Compact Integrated Cabinet — Laser, Motion Control & Electrical in One Unit: Compact cabinet design integrates the laser system, motion-control components, vision hardware, and electrical components into one self-contained workstation, reducing installation footprint and simplifying setup compared to systems requiring separate laser, controller, and vision hardware enclosures
Ideal Applications
QR Code & Barcode Laser Marking: Automatic CCD vision-guided laser marking of QR codes, 2D data matrix codes, linear barcodes, and other machine-readable identification codes on compatible products, components, and packaging — particularly suitable where workpieces are not placed in exactly the same position each time and vision guidance is required for consistent marking placement
Serial Number & Traceability Marking: Precision ±0.01mm vision-positioned laser marking of serial numbers, batch codes, date codes, and other variable traceability information on compatible workpieces for manufacturing traceability, product identification, and anti-counterfeiting applications requiring permanent, machine-readable marking
Logo & Brand Marking: Vision-guided laser marking of brand logos, model names, certification marks, and other fixed or variable graphic content on compatible products, components, and packaging materials — with multiple laser type, power, lens, and marking area configurations selectable according to the target material and required marking appearance
Multi-Part & Variable Position Workpiece Marking: CCD vision positioning is particularly suited for applications where multiple parts, batch-loaded workpieces, or products without precise fixture positioning require automatic target recognition before laser marking — reducing fixture dependence and manual alignment requirements for consistent marking across variable workpiece placements
Flexible Material Laser Marking: With selectable 1064nm infrared, blue, CO₂, CO₂ excimer, and UV laser sources at 5–50W power levels, the ZS-LMC2 can be configured for marking on metals, plastics, coated surfaces, glass, ceramics, and other compatible materials — with suitable laser source, power, and lens selected and confirmed against actual product samples before production configuration
