Model: LC3550JG
Features:
1. High precision: X-Y gantry structure with high-precision screw.
2. Adequate positioning configuration: CCD camera for reading MARK Point to complete graphic contour cuts.
3. Compact yet fully featured: integrates all essential processing modules including unwinding, web guiding, matrix removal and rewinding.
4. Ultra-long processing: solve cutting quality problems when cutting ultra-long graphics with HD camera.
5. Sufficient throughput: 60m/min with X-Y gantry structure.
The Micro-lab Digital Laser Die Cutting System features a compact design with an X-Y gantry CO2 galvo flying mode, combining precise laser processing with fast, dynamic operation in a space-saving format. This configuration supports efficient cutting and marking while maintaining the accuracy and flexibility required for modern post-press production.
The system is equipped with an HD camera for automatic job changeover on the fly. This allows job switching to be carried out automatically during production, helping reduce downtime, minimize manual intervention, and improve changeover efficiency. It is especially valuable for varied jobs, short-run orders, and small-batch production where quick transitions are essential.
Although the LC3550JG occupies a small footprint, it is fully equipped with essential processing units, including:
• Web guider
• Matrix removal
• Rewinding
These integrated functions allow the machine to handle key stages of the workflow—from web guiding and matrix removal to rewinding—within a compact, all-in-one platform.
With its compact design, X-Y gantry CO2 galvo flying mode, HD camera-based automatic job changeover, and integrated web guiding, matrix removal, and rewinding, the LC3550JG is a suitable and ideal option for small-batch production. It offers a practical, efficient, and flexible solution for labs, sample rooms, and small-batch post-press applications.
1. Small-batch customized manufacturing
Perfectly adapted to small-batch customized manufacturing. Unlike traditional mechanical die-cut equipment that relies on expensive custom molds and suffers long mold changeover waiting time, this digital laser system requires no physical cutting dies. You only need to import updated digital artwork files to switch different product styles in minutes. There is no mandatory minimum production volume, supporting trial production, personalized label orders and scattered short-run jobs. It effectively cuts mold costs, reduces material inventory pressure and shortens the delivery cycle for diverse customized small orders.
2. Complicated mini-size graphic cutting
Delivers precise complicated mini-size graphic cutting. Equipped with high-precision laser positioning and fine energy control, the system can accurately carve tiny intricate patterns, thin outlines and delicate hollow graphics on thin films, adhesive labels and composite substrates. It avoids rough edges, fiber burrs and pattern deformation often seen with mechanical die cutting.
3. Consistent long-term cutting quality with tool-free
Blades of traditional dies will dull after long-run production, causing blurred edges and unstable precision. And also, by switching between different graphics simply by modifying digital files, no die mounting, positioning or machine readjustment needed.
4. Easy operation
Operate via Golden Laser Exclusive Software; operators only need to import drawing files and set parameters. Complex fixture adjustment and die installation procedures are completely omitted.
Golden Laser Micro-lab Digital Laser Die Cutters specialize in precision die-cutting of intricate miniature graphics, perfectly suited for prototype sampling and small-batch premium custom creative production. Widely deployed for automated roll-fed production, our laser die-cutting equipment serves countless manufacturers from many different industrial sectors, including, but not limited to:
| Materials | PET, BOPP, PP, TPU, Film, Tape, Paper…… |
| Industries | Printing & Packaging, RFID, 3M Industry, Avery Dennison, Industrial, Automotive, Electronics, Medical... |
|
Labels |
Tapes |
Films |
|
* Printed Labels * PET Labels * Medical Labels * BOPP Labels * Paper Labels |
* Vinyl Tapes * VHB Tapes * Packaging Tapes * Reflective Tapes * Transfer Tapes |
* Transparent Films * Adhesive Films * Lapping Films * BOPP Films * Laminated Films |
|
Automotive |
Electronics |
Stickers |
|
* Car emblems * Protection * Gaskets * Self-adhesive tapes * VHB |
* Protective gaskets * Bonding membrane * Optical films * Self-adhesive tapes * Sensor films |
* Printed Stickers * PET Stickers * Medical Stickers * BOPP Stickers * Paper Stickers |
|
... |
||
|
Models |
LC3550JG |
|
Cutting Area |
350×500mm |
|
Processing Modes |
Roll-to-Roll |
|
Laser Source |
CO2 RF laser |
|
Laser Power |
30W / 60W / 100W |
|
Accuracy |
±0.05mm |
|
Power Supply |
380V 50Hz / 60Hz, Three phase |
|
Dimensions |
2.2m×1.5m×1.5m |
LC3550JG is the a fully standardized model with no optional add-ons pre-designed for it. One key benefit of this setup is streamlined machine manufacturing, which significantly shortens lead times for delivery. Should you have extra processing requirements, feel free to consult us regarding the feasibility of adding specific functional configurations.
For example, we have customers adding a manual slitting at the end of the machine.
1. What type of materials do you plan to process?
- To confirm laser processing compatibility with your products.
2. What working processing size do you require?
- For matching proper machine structure and laser power.
3. Which industry is your business in?
- For sharing similar customer reference cases accordingly.
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