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Frequently Asked Questions

The VGEN-ISP-POD fiber laser is used for precision micromachining and marking applications, including high-end marking, thin film scribing/patterning, thin sheet metal drilling and cutting, battery processing, fine engraving, laser texturing, and microstructuring.

The pulse-on-demand capabilities of the VGEN-ISP-POD fiber laser allow the user to control each individual pulse, enabling high resolution raster/image marking and precise micromachining of fine structures.

The VGEN-ISP-POD fiber laser features up to 75 W output power, a wide range of PRR (single shot to 2500 kHz), high peak power up to 25 kW, short pulse width down to 3 ns, fast rise time with low leakage, high pulse energy stability, excellent beam quality, and support for power and PRR on-the-fly, pulse gating/masking, E-Pulse, and CW mode.

The specifications of the VGEN-ISP-POD fiber laser vary depending on the model, but include operational mode (pulsed or CW), wavelength (1060-1070 nm), average output power (20-75 W), repetition rate (single shot to 2500 kHz), pulse width (3-250 ns), max pulse energy (1000 µJ), max peak power (15-25 kW), operational voltage (24 VDC), operating temperature (5-40ºC), dimensions (95 x 195 x 283 mm to 115 x 195 x 283 mm), weight (5.9 kg to 6.6 kg), wall-plug efficiency (>20%), fiber length (200 cm), output fiber collimator (7.5 ±1 mm), beam roundness (>90%), and M² (<1.3).

The advantage of using the VGEN-ISP-POD fiber laser is its exceptional functionality, including pulse-on-demand capabilities, high output power, wide range of PRR, high peak power and short pulse width, fast rise time with low leakage, high pulse energy stability, excellent beam quality, and support for power and PRR on-the-fly, pulse gating/masking, E-Pulse, and CW mode.

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