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Diode Pumped Lasers OPOs

DPSS Lasers with average power of up to 100 W

InnoLas DPSS lasers offer excellent cost-performance-ratio, high availability, simple handling and straight forward design. State of the art technology with optimum performance – perfect for all applications demanding high average power or long lifetime operation.

SpitLight DPSS lasers offer low to moderate average power systems, reaching from 3 to 250 mJ infrared laser pulse energies at a standard repetition rate of 100 Hz.

The SpitLight EVO series is heading for the high power region, starting at 150 mJ up to 1000 mJ pulse energy. The EVO is also offering higher repetition rates.

SpitLight DPSS Compact

* small footprint for limited space
* moderate cost
* diode technology

SpitLight DPSS 250

* medium average power (25W)
* very good size-to-power ratio
* special options available

SpitLight DPSS EVO

* high pulse power
* high repetition rates
* high average power system (up to 100W)
* good size-to-power ratio

SpitLight DPSS DRY

* no internal / external water cooling
* all-in-one: Integrated power supply
* low voltage supply input
* wide temperature range

DPSS Multi-Pulse Lasers

InnoLas DPSS Lasers combine high peak energies in a compact and rugged housing. The double rail DPSS housing archives 2 x 130mJ at 532nm and 100Hz for each rail double pulses are also available.

 

Features:

  • Pulse to pulse tunable OPOs with wavelength ranges from 410 to 2500 nm and repetition rates up to 200 Hz
  • High pulse energy in each spectral region due to diode-pumped Nd:YAG laser at 355 nm or 532 nm
  • Stable mechanical and optical setup in a compact monolithic housing containing both laser and OPO
  • Spitlight GUI software, including wavelength calibration, to control the whole device
  • Remote client interface over TCP / IP for easy software integration
  • Many Accessories like spectrometer, attenuator, energymonitor are available

Options

  • internal energy monitor
  • internal spectrometer
  • fiber coupling
  • fast automatic attenuation
  • UV version available
  • higher energy models available