Optical Test Equipment technology is used to display and evaluate optical radiation with the help of special components and devices. Light can be measured directly or used as excitation to perform measurements, such as in Raman spectroscopy or NIR spectroscopy. Due to the non-contact and fast measurement they provide, these systems are ideally suited for direct measurements during a process (PAT) and for measurements in the laboratory operations. Alongside complete systems and customer-specific solutions, Laser 2000 also offers individual components.
Another field in the area of Optical Test Equipment technology concerns test solutions to overcome challenges in the telecommunications environment. The applications for measurement technology in this field include optical level measurement, OTDRs, OFDR, WDM, inspection of plug end surfaces with microscopes, and bit error and protocol analysis on transmission systems, whether this be within xDSL, Ethernet, SDH, or OTN environments. For measurement technology in laboratories, we offer solutions such as interferometers, RL/IL test solutions, polarization controllers and analyzers, and optical switches.
High speed and accurate colour measurement
Sistema de espectrofluorimetría económico, compacto y versátil . La medida de florescencia de gran calidad en base a combinación de instrumentos estándar como espectrómetros compactos con entrada de fibra óptica
Sustratos para espectroscopía Raman superficial mejorada (SERS: Surface Enhanced Raman Substrates) de alta respuesta y económicos
A high-speed measurement device suited for Luminance, Illuminance and Flicker measurements
Station modulaire dédiée aux applications de mesure 3D sans contact.
SL4-DT Deuterium & Tungsten Licht is a miniature Deuterium and Tungsten-halogen licht source that coverst he 200 1700nm range in a single light source for spectroscopy measurements
Medusa Series smart device controller platform for single device measurements and multiple device measurements and combinations all controlled from one station.
The unique in the linear scanning system BeamScope P8 is the measuring tongue of the detector. To move perpendicular to the beam propagation direction through the beam and thus performs a linear scanning motion.
The FBG-based optical sensors offer an alternative to conventional electrical sensors