Description
The ZONESUN ZS-LMC2 Automatic Vision-Guided Laser Marking Machine combines CCD camera recognition with automatic laser positioning. The 6.3 MP vision camera detects compatible workpieces and identifies the target marking position before processing, helping reduce dependence on precise manual placement or dedicated fixtures.
Different laser sources, power levels, lenses and marking fields are available for different materials and marking effects. Typical content includes logos, text, serial numbers, batch codes, QR codes and barcodes. The final laser configuration should be selected after confirming the actual material and sample-marking requirement.
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 |
Performance note: The original parameter values above are retained unchanged. Actual speed, depth, accuracy, contrast and marking field depend on the selected laser source, power, lens, material, surface and marking content. Sample testing is recommended.
CCD Vision Positioning
The camera detects compatible workpieces and locates the target area before marking, which is useful when parts are presented in variable positions.
Laser Marking Area
After vision positioning, the laser processes the configured target area. Field size and marking effect vary with the selected lens and laser source.
Automatic Marking Platform
The motion platform transfers compatible workpieces through vision detection and laser marking, reducing manual repositioning.
Vision & Laser Software
The software supports image recognition, position adjustment, marking-content setup and laser parameter control.
Integrated Cabinet
The laser, vision, motion-control and electrical components are integrated into one workstation.
Best-Suited Applications
The ZS-LMC2 is best suited to projects where automatic workpiece recognition and position compensation are important. Typical content includes logos, serial numbers, batch codes, dates, QR codes, barcodes and traceability information.
Material suitability depends on the selected laser source. Metals, plastics, coated surfaces, glass, ceramics and other materials can require different wavelengths, power levels and lenses.
Vision-Guided vs Fixed-Position Laser Marking
| Vision-Guided | Camera recognition locates compatible workpieces before marking, reducing dependence on exact fixture positioning. |
|---|---|
| Fixed-Position | Usually relies on a fixture or consistent part position and can be simpler when every workpiece arrives in the same location. |
Before Ordering
- Workpiece material and surface treatment
- Product dimensions and clear photos
- Required marking content and sample artwork
- Required marking area
- Desired marking effect: surface color change, engraving or other result
- Required cycle speed
- Whether parts arrive in random or fixed positions
- Required voltage
- Whether sample marking tests are required
Frequently Asked Questions
Why use CCD vision positioning?
It allows the system to recognize compatible workpieces and locate the marking target before processing, which can reduce fixture dependence for variable-position parts.
Can one laser source mark every material?
No. Laser wavelength and power must be matched to the material and required effect.
Is ±0.01 mm guaranteed for every application?
No. It is the original processing-accuracy specification. Actual results depend on the complete laser, vision, lens, material and setup combination.
Can it mark QR codes and serial numbers?
Yes, compatible marking content can include QR codes, barcodes, text, serial numbers and logos.
How should I choose the laser type?
Send the material, surface treatment, marking content and desired result. Sample testing is recommended before the final source and lens are selected.
