ZONESUN ZS-LMC2 Automatic CCD Vision Positioning Laser Marking Machine

ZONESUN ZS-LMC2 Automatic CCD Vision Positioning Laser Marking Machine

Description

The ZONESUN ZS-LMC2 Automatic CCD Vision Positioning Laser Marking Machine combines camera-guided recognition, precision laser marking, and automatic material positioning in one integrated workstation. The CCD vision system automatically detects workpieces and identifies the target marking position, reducing manual alignment and positioning requirements. With marking speeds of 1000–3000 mm/s and processing accuracy of ±0.01 mm, the system can be configured with different laser sources, powers, lenses, and marking areas to suit various marking applications.

Parameter

• Machine Model: ZS-LMC2
• Laser Type: 1064 nm Infrared Laser, Blue Laser, CO₂ Laser, CO₂ Excimer Laser, UV Laser
• Marking Speed: 1000–3000 mm/s
• Marking Depth: 0.5–2 mm
• Voltage: 110 V / 220 V
• Processing Accuracy: ±0.01 mm
• Camera Resolution: 6.3 MP
• Lens: Focal Length 16 mm; 6 MP
• Camera Bracket & Lens: Thermal Laser: 80 × 100; Infrared (excluding visible light)
• Marking Area: 50 × 50 mm, 70 × 70 mm, 100 × 100 mm, 102 × 102 mm, 110 × 110 mm, 150 × 150 mm, 160 × 160 mm, 174 × 174 mm, 175 × 175 mm, etc.
• Laser Power: 5 W / 15 W / 10 W / 20 W / 30 W / 40 W / 50 W
• Machine Weight: 80 kg
• Package Dimensions: 120 × 90 × 150 cm
• Positioning System: CCD Vision Positioning
• Working Platform: Automatic Marking Platform

Key Features

• CCD Vision Positioning System: The CCD camera detects the workpiece and automatically identifies the required target position for accurate laser processing.
• Precision Laser Marking System: Performs laser marking on the target area after vision positioning for precise and consistent processing of compatible workpieces.
• Automatic Marking Platform: Positions and transfers compatible workpieces through the vision detection and laser marking area for automated processing.
• Vision & Laser Marking Software: Integrated software supports image recognition, marking position adjustment, artwork setup, and laser parameter control.
• 6.3 MP CCD Camera: High-resolution camera provides visual information for automatic workpiece detection and target-position recognition.
• Multiple Laser Options: Supports 1064 nm infrared, blue, CO₂, CO₂ excimer, and UV laser configurations according to the required application.
• Flexible Marking Area: Multiple marking fields are available from 50 × 50 mm up to 175 × 175 mm, plus other configurations depending on the selected optical setup.
• Compact Cabinet Design: Integrates the laser system, motion-control components, and electrical hardware into one compact workstation.

The document identifies CCD Vision Positioning System, Laser Marking Area, Automatic Marking Platform, Vision & Laser Marking Software, and Compact Cabinet Design as the main machine features.

Benefits

• Automatic Vision Positioning — CCD recognition automatically locates the required marking area and reduces dependence on manual alignment.
• ±0.01 mm Processing Accuracy — Supports precise positioning and laser marking for applications requiring consistent marking placement.
• 1000–3000 mm/s Marking Speed — Provides efficient laser processing, depending on the configured laser and actual application.
• Reduced Fixture Dependence — Vision-assisted positioning reduces reliance on precise manual product placement or dedicated fixtures.
• Flexible Laser Configuration — Multiple laser sources, powers, lenses, and marking areas can be selected according to the material and required marking effect.
• Versatile Marking Content — Can be configured for logos, text, serial numbers, barcodes, QR codes, and traceability information.
• Automatic Workpiece Processing — The motion platform works together with CCD detection and laser marking for a more automated workflow.
• Integrated Machine Design — Vision recognition, laser marking, motion control, and electrical hardware are combined into one workstation.

Application

Ideal for precision laser marking of logos, text, serial numbers, barcodes, QR codes, and traceability information on compatible workpieces. The CCD vision positioning system is particularly suitable for applications where products require automatic recognition and accurate marking without relying heavily on manual positioning or dedicated fixtures.

Suitable materials and actual marking effects depend on the selected laser source, laser power, lens, marking area, and product sample, so the specific machine configuration should be selected according to the customer's actual material and marking requirements.

Why Choose the ZONESUN ZS-LMC2?

✅ CCD Vision Positioning — Automatic Target Recognition: The CCD vision system captures the workpiece image and identifies the required marking position automatically, reducing dependence on manual alignment and improving positioning consistency.

✅ ±0.01 mm Processing Accuracy — Precise Marking Position: The ZS-LMC2 provides a specified processing accuracy of ±0.01 mm, supporting applications where precise positioning and consistent marking placement are important.

✅ 1000–3000 mm/s — High-Speed Laser Processing: The marking system operates at approximately 1000–3000 mm/s, depending on the selected laser configuration and actual marking application.

✅ 6.3 MP CCD Camera — Detailed Visual Recognition: The machine is equipped with a 6.3 MP camera to provide image information for workpiece detection and marking-position recognition.

✅ Automatic Marking Platform — Integrated Workpiece Handling: The motion platform positions and transfers compatible workpieces through the vision detection and laser marking area, supporting automated marking operation.

✅ Multiple Laser Options — Flexible Material Compatibility: The system can be configured with 1064 nm infrared, blue, CO₂, CO₂ excimer, or UV laser sources according to the required marking application.

✅ Multiple Marking Areas — Flexible Processing Range: Available marking fields include 50 × 50, 70 × 70, 100 × 100, 102 × 102, 110 × 110, 150 × 150, 160 × 160, 174 × 174, and 175 × 175 mm, among other configurations.

✅ Vision & Laser Software — Centralized Marking Setup: Integrated software supports image recognition, position adjustment, artwork setup, and laser parameter control, simplifying setup for different marking tasks.

✅ Traceability Marking — Logos, Codes & Product Information: The system can be configured to mark logos, text, serial numbers, barcodes, QR codes, and traceability information, supporting identification and product-tracking applications.

✅ Integrated Automatic Process — From Recognition to Marking: The ZS-LMC2 combines Workpiece Positioning → CCD Vision Detection → Target Position Recognition → Laser Marking → Finished Output into one integrated marking workflow.

Ideal Applications

Logo Marking: Suitable for automatically locating compatible workpieces and applying logos at the required target position.

Text & Product Information: Ideal for marking compatible text, specifications, model information, and other product identification content.

Serial Numbers: Suitable for variable serial-number marking where accurate positioning and product traceability are required.

QR Codes: Can be configured for QR-code laser marking on compatible products and packaging components.

Barcodes: Suitable for barcode marking used in product identification, inventory, and traceability applications.

Traceability Codes: Ideal for manufacturing environments requiring permanent product identification and traceability information.

Irregularly Positioned Workpieces: CCD recognition is particularly useful when compatible products are not placed in exactly the same position each time, as the vision system can identify the target marking location before laser processing.

Products Requiring Reduced Fixture Dependence: Suitable for applications where manufacturers want to reduce reliance on dedicated positioning fixtures or precise manual alignment.

Customized Material Applications: The machine can be configured with different infrared, blue, CO₂, CO₂ excimer, or UV laser sources, but suitable materials and marking effects should be confirmed according to the actual product sample and selected laser configuration.