The CFLS-R2000 is compact CW fiber laser that provide ease of integration into cutting systems for large-scale manufacturing. This 2kW laser features outstanding long-term stability for high-power operations. It has excellent beam quality and can efficiently process medium-to-thick metal plates while achieving superior edge quality. Its excellent back-reflection protection also enables the safe processing of highly reflective material. This makes it a highly versatile tool for cutting and welding applications.
CFLS-R2000
Description
Features & Benefits
- Small footprint – easy integration into systems of different sizes
- Unique combination of innovative optical fibers and advanced laser technologies guarantee longterm stability
- High reliability – enables continuous cutting operations
- Excellent beam quality
- Outstanding back-reflection protection – safe processing of highly reflective materials
- High modulation rate – ensures fast piercing time for efficient metal processing
- 35% wall-plug efficiency – reduces the overall electrical power consumption
- Industrial-grade quality – durability in harsh manufacturing environments
- Easy-to-use, Plug & Play design
- Maintenance-free
- Remote diagnostic software for fast support
- Water-cooled chiller also available
- 2-year warranty
Applications
- Metal cutting & welding
- Additive manufacturing: 3D printing & laser metal deposition
Specifications
Optical
Electrical
Mechanical
Mode of Operation
CW/Modulated
Polarization
Random
Operating Wavelength (nm)
1080 ± 5
Nominal Output Power (W)
2000
Power Stability (%)
± 1
Output Power Tuning Range (%)
10 - 100
Modulation Frequency (kHz)
50 max.
Output Fiber Core Diameter (µm) *
30* / 50
Beam Quality (BPP) (mm x mrad)
< 0.6 for 30 μm | ≤ 2.0 for 50 μm
Operating Voltage (VAC)
350 – 430, 3P
Operating Frequency (Hz)
50 / 60
Power Consumption (W)
6000 max.
Dimensions (W x D x H mm)
482 x 936 x 240
Output Fiber Length (m)
5 m @ 25 μm | 15m @ 50 μm
Cooling Method
Water-cooled
Product Compliance
CE marking available
* Other options may be available upon request.
