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In sintering and welding spots of different sizes are often processed in sequence. Solutions for changing beam
spot size requiring external moving bulk optics, such as zoom collimators, are slow, expensive, result in energy
losses and are prone to optics contamination. The YLR-AM laser allows user to rapidly change beam spot size
from single-mode to ~3-5× larger in diameter from the same laser without any bulk moving external optics. Rapid
switching between two spot sizes at approximately constant fluence results in up to 10× faster printing, reductions
of capital cost and factory floor area. The single-mode core enables copper printing with a low-cost infrared laser.
Specification
| Parameter | YLR-1000/3000-AM | YLR-1000/5000-AM |
| Wavelength, nm | 1075 ± 10 | |
| Operation Mode | CW/Modulated | |
| Maximum Single-mode Output Power, W | 1000 | |
| Maximum Multi-mode Output Power, W | 3000 | 5000 |
| Maximum Modulation Rate, kHz | 50 | |
| Switching ON/OFF Time, µs | <50 | |
| Power Tuning Range, % | 10–100 | |
| Power Stability*, % | ±1 | |
| Single-mode Fiber Core Diameter, µm | 14 | |
| Single-mode Beam Quality, M² | <1.3 | |
| Multi-mode Fiber Core Diameter, µm | 40 and 75 | |
| Multi-mode BPP, mm × mrad | <2.4 and <3.2 | |
| Parameter | YLR-1000/3000-AM | YLR-1000/5000-AM |
| Dimensions (W × D × H), mm | 448 × 801 × 177 | 448 × 780 × 177 |
| Weight, kg | 75 | 80 |
| Supply Voltage 50–60 Hz, VAC | 3-phase, 400–480 | |
| Power Consumption, W | <11.5 | 15 |
Need More Information?
Contact our technical specialists for detailed product information, pricing, and availability.