Sub Nanosecond DPSS (Microchip) Lasers: 532nm, 1064nm & 1535 nm

Microchip Lasers

The 532nm and 1064nm Sub-nanosecond Lasers (Microchip Lasers) are based on a passively Q-switched DPSS laser with pulse length of only a few hundred picoseconds. The high pulse energy and excellent beam quality make them an ideal source for industrial and scientific applications such as Raman spectroscopy, Mass spectrograph, LIBS – Atmospheric detection / Air Monitoring, LIDAR / Laser Ranging, LIPS – Seed Laser, LIMS – Optical Metrology and Non-linear optical measurement.

The pump diode module is integrated in the power supply. These lasers can be operated from external or internal trigger.

Key Features:

• Pulse width <1ns (Min<300ps)
• Pulse energy 3 – 350uJ (Max>2mJ)
• Average power up to 300mW
• Internal and external trigger mode (repetition rate less than 10kHz)
• High repetition rate up to 50 kHz

Applications:

• Raman spectroscopy
• Mass spectrograph
• LIBS – Atmospheric detection, Air Monitoring
• LIDAR, Laser Ranging
• LIPS – Seed Laser
• LIMS – Optical Metrology
• Non-linear optical measurement
• Biohazard detection
• Micro-machining
• Medical, Beauty Applications
• Hair and Tattoo removal
• Two-photon microscopy
• LIBS – Laser Induced Breakdown
• Laser Induced Fluorescence
• Florescence Lifetime Measurement
• Air Monitoring
• Laser Ultrasound Testing
• OPO Pumping Source
• OCT – Scientific Research

Microchip Lasers:

Microchip Lasers for Medical, Beauty Applications:

Eye Safe 1535nm Microchip Lasers