Laser Type: CO2 laser tube, offering high precision and efficiency.
Laser Power: 450W, suitable for moderate cutting and engraving applications.
Work Area: Large working area (commonly 1300mm x 900mm or 48" x 36").
Cooling System: Water-cooled system to maintain optimal temperature for the laser tube.
Control System: Advanced digital control system for easy and accurate operation.
Software Compatibility: Compatible with software like CorelDRAW, AutoCAD, and Adobe Illustrator for easy design integration.
Laser Head: Adjustable and precise laser head for clean cuts and detailed engravings.
Automatic Focus: Automatic lens focusing system for better precision.
Motion System: High-speed stepper motors for accurate and stable motion.
Precision: Capable of engraving with very fine details and cutting with minimal burrs.
USB/Connectivity: USB port for easy file transfer and remote control operation.
2. Technical Specifications:
Laser Power: 450W CO2 Laser Tube.
Laser Wavelength: 10.6 µm.
Cutting Speed: Varies by material, but up to 30mm/s for wood and acrylic.
Engraving Speed: Up to 800mm/s (depends on material and settings).
Engraving Resolution: Up to 1000 DPI.
Cutting Thickness: Maximum cutting thickness typically up to 15mm for materials like wood, depending on material type.
Minimum Line Width: 0.1mm (for detailed engraving).
Cooling System: Water-cooled (CW-5000 or similar).
Power Supply: AC 220V ± 10%, 50-60Hz.
Operating Temperature: 0 - 45°C.
Operating Humidity: 5% - 95% (non-condensing).
Control System: DSP controller (like Ruida).
Dimensions: Approx. 1800mm x 1300mm x 1200mm.
Weight: Approx. 450kg.
3. Applications:
Woodworking: Ideal for cutting and engraving wood products like furniture, decorations, and crafts.
Acrylic: Commonly used for cutting and engraving acrylic sheets for signage, awards, and displays.
Leather: Cutting and engraving on leather for accessories, wallets, belts, and other fashion items.
Textiles: Cutting fabrics such as cotton, linen, and polyester for garments, home decor, and accessories.
Glass: Engraving on glass surfaces, including trophies, awards, and decorative pieces.
Rubber: For rubber stamp production and other rubber-related products.
Plastic: Ideal for cutting and engraving plastics like PVC and acrylic for signage and custom designs.
Stone: Engraving and cutting stone materials like marble, granite, and slate for plaques and decorative objects.
4. Benefits:
High Precision: Provides fine detail and accurate cutting for intricate designs.
Versatile Material Compatibility: Works well with a variety of materials including wood, leather, acrylic, and fabrics.
Speed and Efficiency: Offers fast engraving and cutting speeds, enhancing production efficiency.
Low Operating Costs: Energy-efficient with low maintenance needs, making it cost-effective for small to medium-scale operations.
User-Friendly: Easy-to-use interface with compatible software ensures quick learning and integration.
Minimal Waste: Laser cutting results in less material wastage compared to traditional methods.
Environmentally Friendly: CO2 lasers produce no pollutants and have minimal environmental impact.
Safe to Use: Equipped with multiple safety features, including protective covers and auto shut-off mechanisms.
Key Benefits of Owning Two Sets of CO2 Laser Machines 450W:
Increased Productivity:
With two machines running simultaneously, you can double your output, making it easier to handle larger projects and tight deadlines.
This is particularly beneficial for businesses that require high-volume production or quick turnarounds, such as in sign-making or custom engraving.
Flexibility in Material Processing:
You can dedicate one machine to specific materials (e.g., one for wood and acrylic, the other for leather or textiles), reducing material contamination and streamlining your workflow.
You can also experiment with different cutting and engraving settings on separate machines to optimize results for various materials.
Reduced Downtime:
Having two machines allows you to continue production on one machine while performing maintenance, troubleshooting, or calibration on the other. This ensures minimal downtime and maintains continuous operation.
Should one machine face a malfunction or need servicing, the second machine can keep your operations running smoothly.
Cost Efficiency:
By operating two machines, you can increase output without the need for additional labor or resources. This makes it more cost-effective in the long run.
The investment in two machines allows for scalability, giving your business more capacity without the need for drastic upgrades or additional equipment.
Backup & Redundancy:
Having a backup machine available ensures that any unforeseen issues with one machine won’t completely halt production. This redundancy is especially important for businesses that depend on laser cutting/engraving as a core part of their operations.
Maximizing the Potential of Your Two 450W CO2 Laser Machines:
Workload Distribution: Assign specific tasks or jobs to each machine based on priority, material types, or required speeds. This allows you to manage multiple projects at once efficiently.
Shared Expertise: You can develop standard operating procedures for both machines, allowing your team to work efficiently and adapt to each machine's particular features while ensuring consistency in results.
Improved Maintenance Scheduling: With two machines, you can schedule maintenance during off-peak hours, preventing any delays in operations. Regular checks can keep both machines running optimally.
