nanoplus designs and produces Distributed Feedback Lasers and Fabry-Pérot Lasers at any wavelength between 760 nm and 14000 nm.
The lasers are used for high-precision tunable diode laser absorption spectroscopy in industry and research. Applications include process optimization, oil & gas, environment, safety, defense, health, automotive, space, biotechnology and research.
We support you with several hundred person years in engineering and laser physics. We provide laser solutions and services that are tailored to your specific requirements.
View the nanoplus product spectrum to pioneer your high-performance analytical applications:
DFB Lasers
Utmost detection sensitivity through low threshold CW RT lasers.
Read more about the specifications at various wavelengths.
TOP Wavelengths
Find out which wavelengths are rated top among your peers.
Superluminescent Diodes
Inform yourself about our new nanoplus broadband light sources
Fabry Perot Lasers
Our multimode series for your external cavity applications.
Mid-Infred LEDs
True continous wave mid-infrared LEDs
Packaging Options
Choose the perfect package for your laser - free space or fiber coupled.
Services
Services and customer-specific technology development
nanoplus has more than 20 years of experience in semiconductor patterning and processing. These technological capabilities are available to our customers. They allow them to explore new technologies in their products and tools, or to investigate new device concepts.
Benefit from our know-how for your product development in such fields as
photonics
plasmonics
nanoelectronics and
nanomechanics
Key features of tailored technology development
Rely on our customized solutions and take advantage of:
low cost of ownership
reduced time to market
our experienced optical designers
Please ask us for solving your problem. We design any sub-system and many solutions are already available.
Types of services
nanoplus offers R&D solutions for your specific application:
customized laser development
lithography & nanostructures
semiconductor processing
complex multilayer coating
analysis of material properties
