Intraband LLC’s cover photo
Intraband LLC

Intraband LLC

Research Services

Madison, Wisconsin 55 followers

About us

Working together with the University of Wisconsin-Madison, Intraband has developed new Quantum Cascade Laser (QCL) technologies that enable high-power, high-efficiency, reliable QCL operation with excellent beam quality. These technologies include QCL-design approaches we have used to achieve the highest published CW and peak-pulsed powers from MOCVD-grown QCL single edge emitters. The company also has technologies for surface emitting and coherent arrayed QCLs. Intraband develops QCL technologies for a variety of applications including: defense systems, lasers for research & development, industrial lasers, sensor systems, and medical applications.

Industry
Research Services
Company size
2-10 employees
Headquarters
Madison, Wisconsin
Type
Privately Held
Founded
2007
Specialties
Quantum Cascade Laser (QCL) Technologies and Research & Development

Locations

Employees at Intraband LLC

Updates

  • We are proud of Intraband founders Dan Botez and Luke Mawst and greatful that the UW-Madison Discovery to Product team is supportive of the transition to product.

  • New publication from Intraband:

    View profile for Rob Marsland

    President at Intraband LLC

    I'm so happy that we are finally able to publish this paper on Intraband's collaboration with the NRL, Praevium, and the UW-Madison to demonstrate that free-space laser communication in the MWIR, ~ 4.6-micron wavelength, may be accomplished with dynamic range approaching that achieved at 1.55-micron wavelength thanks to the resonant-cavity infrared detector (RCID) and distributed-feedback quantum cascade lasers. https://lnkd.in/gyt6yEVy

  • Intraband LLC reposted this

    View profile for Suraj Suri

    Research Engineer @ Intraband, LLC | Developing High-Power Mid-Infrared Lasers and Amplifiers

    An experimental validation of our theory was observed in electro-optical characteristics extracted from a preliminary QCL design emitting at 4.6 microns. Though the design was not optimized for carrier leakage suppression, alignment of key wavefunctions in a certain fashion which led to a strong PICT-effect is evident. To the best of our knowledge, this is the second highest front-facet maximum wall-plug efficiency value (19.1 %) reported to date, and the highest value reported for a QCL grown using a MOCVD system. Read our latest publication in nanophotonics for more insights on our work in high-power mid-infrared emitting QCLs, https://lnkd.in/gTT28yXM.

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