YLR IPG Fiber Laser Power Source For Laser Cutting And Laser Welding
YLR IPG fiber laser source for laser cutting and laser welding 1000w 2000w 3000w 4000w
Advantages of IPG Fiber Lasers
IPG fiber lasers are the most compact and energy efficient lasers on the market, with added benefits including:
almost maintenance free
Reliable operation even in the harshest industrial environments with extreme vibration, dirt, humidity and temperature changes
Flexible beam delivery supports easy production integration
Widest range of output powers, wavelengths and modes of operation available
High flexibility in selecting operating parameters.
Energy conversion efficiency 5-10 times higher than conventional CO2 lasers
45% to 50%+ electrical-to-optical conversion efficiency exceeds any alternative laser technology
This unrivaled combination of benefits results in maximum productivity and the fastest return on investment, making IPG fiber lasers the industry standard and the customer's choice for many material processing applications.
Optical Characteristics
Item | data |
Central Wavelength Range, nm | 1070 ±5 |
Mode of Operation | CW/ Modulated |
Modulation Frequency, kHz | 0-5 |
Maximum Average Power, kW | 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 14, 15, 20, 25 |
Power Tunability, % | 10-100 |
Power Stability, % | ±2 |
Output Fiber Core Diameter***, μm | 50, 100, 150, 200 |
Beam Parameter Product, mm × mrad | <2.2 @ 50 μm, 2.0 typ. |
<4.0 @ 100 μm, 3.3 typ. | |
<6.0 @ 150 μm, 5.0 typ. | |
<8.0 @ 200 μm, 6.0 typ. |
General Characteristics
YLS-U Cabinet Dimensions (W×D×H), mm | 1-3 kW: 430 × 804 × 568 | |||||||
4-6 kW: 430 × 804 × 702 | ||||||||
7-10 kW: 430 × 804 × 900 | ||||||||
YLS-U Cabinet Weight, kg | 1-3 kW: <140 | |||||||
4-6 kW: <200 | ||||||||
7-10 kW: <250 | ||||||||
YLS-CUT Cabinet Dimensions (W×D×H), mm | 1-5 kW: 780 × 804 × 556 | |||||||
6-10 kW: 1005 × 804 × 556 | ||||||||
12-25 kW: 1005 × 804 × 806 | ||||||||
YLS-CUT Cabinet Weight, kg | 150-440 | |||||||
Supply Voltage, 3-phase, VAC | 400-480 | |||||||
Wall-plug Efficiency, % | >40 |
Application