Ivy MIR nanosecond laser
Main product specifications:
- Compact
- All-in-one
- Air-cooled or optionally water-cooled
- Turn-key 24/7 operation
- Easy to integrate
Pulse duration <3 ns*
Pulse energy 25 μJ
Wavelength ~2800 nm**
Pulse repetition rate 1.5 kHz
Beam quality M² <1.1
**Various emission lines are available in the range 2670 to 2920 nm.
The Ivy is the first all-in-one mid-infrared laser on the market with pulse duration in the range of a few nanoseconds, hitting the sweet spot for processing materials with high water content.
O-H bonds are excited on a time scale significantly faster than thermal diffusion, leading to very precise and efficient material modification with minimal collateral damage.
The short pulses and high peak powers in the range of multiple kW enable applications like high resolution mass spectroscopy, trimming of photonic integrated circuits, modification of semiconductors in the bulk or mid-infrared photothermal microscopy and many more.
The Ivy can be operated in the master mode using the internal clock and providing the user a trigger signal from the internal photodiode, or in slave mode, where the laser is triggered externally.
Typical pulse measured with 1GHz detection bandwidth
Baobab high-energy MIR nanosecond laser
Main product specifications:
- Compact
- All-in-one
- Air-cooled or optionally water-cooled
- Turn-key 24/7 operation
- Easy to integrate
Pulse duration <2.5 ns*
Pulse energy 1.3 mJ
Wavelength 2720 ± 20 nm
Pulse repetition rate 1.5 kHz
Beam quality M² <6
The Baobab is a compact all-in-one high-energy mid-infrared laser with pulse duration in the range of a few nanoseconds.
Ideal for processing materials with high water content like tissue, with virtually no scar formation and rapid healing. Furthermore, the Baobab efficiently removes plastics and modifies medium-bandgap energy semiconductors.
*longer pulses available on request
The Baobab has internal fast gate and amplitude control capabilities. The laser can be equipped with a multimode fiber output.
Typical pulse measured with 1GHz detection bandwidth