IMPRESS 213
Real deep UV TEM00 beam profile Q-switched solid-state laser Wavelength 213 nm
General description
The IMPRESS 213 system is a high repetition rate solid-state diode pumped Q-switched laser with an emission wavelength of 213 nm. The Gaussian TEM00-mode laser beam is the well-established workhorse for fiber Bragg grating (FBG) production. Other applications are the marking of diamonds and sapphires or similar materials. Due to the very short wavelength of the laser radiation, feature sizes below 1 µm can be accomplished in direct laser writing. The new 2020 revised model includes an integrated high precision massflow regulator for N2 purging, which insures improved lifetime. It is also fully CDRH compliant without external safety accessoires.
Compared to Ar-Ion lasers, the IMPRESS 213 is a real energy saver and can be easily temperature-controlled by a closed cooling system. In combination with the space saving footprint, operation costs are kept at a minimum.
Applications
Fiber Bragg grating fabrication
Diamond marking
Wavelength sensitive processes
Stereo-lithography
Semi-conductor inspection
Replacement of freq. doubled Ar-Ion lasers
Photoluminescence measurements
Outstanding in FBG writing
Extremely fast writing
No Hydrogen loading necessary
Features
Graphical user interface
LabVIEW libraries
Integrated N2 Gas Flow regulator
CDRH compliant
vertical side mounting possible
Product specifications
Model
IMPRESS 213
Wavelength
213 nm
Average power
150 mW
Pulse duration
6-8 ns
Energy per pulse
15 µJ
Repetition rate
1-30 kHz
M²
< 1.6
* Data at 15 kHz pulse repetition rate. Specifications are subject to change without notice due to product improvement.
Typical performance
Typical beam profile
Dimensions laser head
System dimensions (L x W x H), weight
Laser head
395 x 320 x 96 mm³
17.8 kg
Power supply
447 x 440 x 134 mm³
18.0 kg
Chiller
447 x 440 x 134 mm³
12.0 kg
Electrical characteristics
Operating voltage
85-264 VAC
Frequency
47-63 Hz
Power consumption
300 W typ
商品属性 [波长] 213 nm [功率] 150 mW [脉宽] 6-8 ns [重复频率] 1-30 kHz