A picosecond laser that combines excellent beam quality, stable output, and a compact design.
The "P303 Picosecond Laser" is a picosecond laser that combines excellent beam quality, output stability, and a compact design. By integrating fiber laser technology with LD amplifiers, it achieves a pulse energy of over 200μJ, a pulse width of less than 15ps, and an average output of over 30W. 【Features】 ■ Repetition frequency: 150–1000kHz ■ Beam mode: TEM00 (M2 < 1.3) ■ Compact design ■ Equipped with RS232 and external GATE control ■ Assembled in a clean room environment class 1000 *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
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**Specifications** ■ Wavelength: 1064nm ■ Repetition frequency: 150-1000kHz ■ Pulse width: <15Ps ■ Average output: >30W@1000kHz ■ Average output stability: <2%rms over 8 hours ■ Stability between pulses: <3%rms ■ Beam mode: TEM00 (M2<1.3) ■ Beam divergence angle: <2mrad (Full angle) ■ Beam diameter: ~1.6mm ■ Beam circularity: >90% ■ Pointing stability: <50urad ■ Polarization direction: Vertical ■ Polarization ratio: >100:1 ■ Cooling: Water-cooled ■ Operating ambient temperature: 15-30℃ ■ Storage temperature: -10-50℃ ■ Humidity: 10%-80% (non-condensing) ■ Warm-up time: <10 minutes ■ Operating voltage: 90-260V *For more details, please refer to the catalog. Feel free to contact us with any inquiries.*
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【Applications】 ■ Glass cutting and drilling ■ Cutting of semiconductor-related components ■ Precision machining of metals ■ Cutting and drilling of sapphire ■ Cutting of thin films ■ Other fine processing * For more details, please refer to the catalog. Feel free to contact us with any inquiries.
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Delphi Laser Japan Co., Ltd. engages in equipment sales, equipment development, laser processing, maintenance, and more in the Japanese market. The headquarters, Delphi Laser, is a joint venture between China and Australia, focusing on the development, manufacturing, and sales of laser equipment applied in various high-end industries. In particular, devices equipped with ultraviolet lasers and ultrashort pulse lasers leverage the characteristics of laser microprocessing and are widely applied in the precision microprocessing fields of solar cells, LEDs, LCDs, touch panels, and more.