Description
The f201 CO2 Laser is a cutting-edge solution designed for high-speed label kiss-cutting, offering exceptional performance and reliability. With its 10.2 μm wavelength configuration, this laser expands the range of target materials to include polypropylene-based films, which are commonly used for adhesive labels. The f201 is engineered to deliver excellent power output and stability, ensuring consistently high-quality results with every run. This makes it an ideal choice for OEMs and integrators looking to build high-speed labeling and packaging systems.
Engineered by Synrad, the f201 CO2 Laser is a high-performance tool crafted for demanding industrial environments. Its excellent power and divergence stability make it suitable for a variety of applications, including kiss-cutting multi-layer materials, scoring and perforating flexible packaging materials, and thin film welding. The laser's fully integrated design minimizes size and weight, making it perfect for mounting on robotic arms, high-speed cutting systems, or full integration onto flatbed cutting systems.
The f201 CO2 Laser is designed with user convenience in mind, featuring simple interfaces for water-cooling and control signals. Its three-point Metric/English mounting system minimizes integration time for OEMs and system integrators. Additionally, the standard gas purge maintains internal optic integrity even in harsh environments, while water cooling enhances electronic component efficiency and extends the laser's lifetime.
With more than 200 Watts of average power, the f201 CO2 Laser is robust and reliable, making it suitable for high-speed cutting and drilling applications. It is particularly effective in cutting and sealing the edges of the newest high-tech fabrics, allowing for strategically placed surface treatments that enhance breathability, ventilation, or heat retention. The laser's digital control and exceptional power stability enable detailed cuts and on-the-fly changes, reducing production downtimes associated with traditional die pattern change-overs.
f201 CO2 Laser for High-Speed Drilling and Cutting
Specifications
| Gas Medium: | CO2 |
|---|---|
| Wavelength: | 10.6 um |
| Output Power: | 200 W |
| Mode Quality (M^2): | <1.3 |
| Beam Diameter: | 4.5 mm |
| Beam Divergence (Full Angle): | 4 mrad |
| Polarization: | Linear |
| Cooling: | Water-to-Air |
| DC Input Voltage: | 96 VDC |
| Wavelength Option 1: | 10.2 μm |
| Wavelength Option 2: | 10.6 μm |
| Output Power: | >200 W |
| Power Stability (typical, After 3 Min.): | +5% |
| Minimum Flow Rate: | 2.0 GPM, <60 PSI |
| Coolant Temperature: | 18 - 22° C |
| Maximum Heat Load: | 4000 W |
| Maximum Current: | 36 A |
| Power Stability (cold Start): | +7% |
| Operating Frequency: | 0 - 100 kHz |
| Rise Time: | <150 μs |
| Polarization: | Linear (Horizontal) |
| Ellipticity: | <1.3 |
| Divergence (full Angle): | 4.0 mrad + 0.2 mrad |
| Beam Diameter: | 4.5 mm + 0.1 mm |
| Beam Quality (M2): | <1.3 |
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Features
- Consistent High Quality: The f201 offers excellent power output and stability, providing consistently high-quality results run after run.
- Versatile Laser Processing: Ideal for OEMs and integrators building high-speed labeling and packaging systems.
- Power Stability: Excellent for kiss-cutting multi-layer material, scoring, perforating flexible packaging material, and thin film welding.
- Compact Design: Fully integrated laser/RF design minimizes size and weight, perfect for mounting on robotic arms or integrating onto flatbed cutting systems.
- Easy Integration: Simple interfaces to water-cooling and control signals, with a three-point Metric/English mounting system to minimize integration time.
- Durability: Standard gas purge maintains internal optic integrity in harsh environments, and water cooling enhances electronic component efficiency and longevity.
- Robust Performance: More than 200 Watts of average power for high-speed cutting and drilling applications.
- Advanced Fabric Cutting: Cut and seal edges of high-tech fabrics, with options for surface treatments like breathability, ventilation, or heat retention.
- Recommended Applications: Excels at acrylic cutting, delivering smooth, polished edges in a single pass.
- High-Speed Scoring: 200 Watts average laser power delivers precise scoring at high speed, ideal for flexible packaging production lines.
- Digital Control: Enables on-the-fly changes, reducing production downtimes associated with traditional die pattern change-overs.
Applications
- High Speed Label Kiss-Cutting: The 10.2 μm (or 10.6 μm) wavelength configuration expands the range of target materials to include polypropylene-based films, commonly used for adhesive labels. The f201 has excellent power output and stability that provide consistently high-quality results run after run. The f201 now offers a wider range of laser processing capabilities for OEMs and integrators building high-speed labeling and packaging systems.
- High performance CO2 laser engineered with excellent power and divergence stability for demanding industrial environments:
- Excellent power stability for kiss-cutting multi-layer material, scoring and perforating flexible packaging material, and thin film welding.
- Fully integrated laser/RF design minimizes size and weight; perfect for mounting on robotic arms, high-speed cutting systems, or full integration onto flatbed cutting systems.
- Simple interfaces to water-cooling and control signals, with three-point Metric/English mounting system minimizes integration time for OEMs and system integrators.
- Standard gas purge to maintain internal optic integrity even in harsh environments, and water cooling for higher electronic component efficiency and longer lifetime.
- Cut and Seal Edges: Cut and seal edges of the newest high-tech fabrics with the f201. Add strategically placed surface treatments for breathability, ventilation, or heat retention, all with the same system.
- Recommended Applications: The f201 excels at acrylic cutting, delivering smooth, polished edges in a single pass. Digital control, exceptional power, and divergence stability enable detailed cuts, with change-on-the-fly capability.
Frequently Asked Questions
What materials can the f201 CO2 laser process?
What is the power output of the f201 CO2 laser?
How does the f201 CO2 laser maintain stability and performance?
What are the cooling requirements for the f201 CO2 laser?
What is the wavelength configuration of the f201 CO2 laser?
What are the recommended applications for the f201 CO2 laser?
What is the beam quality and diameter of the f201 CO2 laser?
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