TEM Messtechnik GmbH
Booth number: 4105-60
About us
We stabilize your laser!
TEM Messtechnik is a renowned specialist in the field of optical measurement and laser control systems. Our products measure and actively stabilize laser properties such as beam pointing, wavelength, power, rep. rate and others. Whenever you seek help to control your laser, you will benefit from our flexibility and versatility. Should none of our standard products meet your needs, our team will create a customly tailored solution for you.
Address
Grosser Hillen 38
30559 Hannover
Germany
E-mail: info@tem-messtechnik.de
Phone: +49 511 5108963-0
Internet: www.tem-messtechnik.de
Products & Services
Services: Development of Optical Measurement and Laser Stabilization Systems
Scientific Consultation Products:
Aligna and Aligna: Automated Laser Beam Alignment and Stabilization
Lasy: Stabilized & Tunable Diode Laser
iScan: Interferometric Frequency Control for Tunable Lasers
LaseLock: Universal Laser Stabilization
NoiseEater: Laser Intensity Stabilization
FiberLock: Automatic Single Mode Fiber Coupling
CoSy: Compact Saturation Spectroscopy
PulsePicker: Repetition Rate Reduction System
Photo Diode Amplifiers
Diode Laser Drivers
Aligna – Automated Laser Beam Alignment and Stabilization
- self learning parameter settings - modular system, control of up to 4 beams, all wavelengths
- 2D and 4D scanning (position X,Y angle XY)
- compensation of drifts and air fluctuations
- switching of one laser between several applications
- laser/ experiment at different optical tables or rooms
Lasy 633 – Stabilized & Tunable Diode Laser
- iodinereferenced absolute frequency stabilization
- arbitrary, hysteresis-free tuning due to interferometric reference
- large tuning range > 300 GHz ( 0.4 nm)
- high coherence length
- fiber coupling with active stabilization
- USB remote control
FiberLock – Automatic Single Mode Fiber Coupling
Scan-Mode:
- fast scanning of the face of the fiber to help the initial setup
- 3D display of the coupling efficiency - easy optimization due to the decoupling of degrees of freedom
Lock-Mode:
- locking of the fiber coupling to maximum intensity
- search and re-lock functionalities
Noise-Eater-Mode:
- locking of the intensity to a fixed value