We build solutions. Together we’ll create answers.
Great products begin with a dream – an idea with the potential to transform a difficult problem into a simple answer. At Wasatch Photonics, we’re run independently and think innovatively, allowing us to work dynamically with you on every step of that journey. You need a partner who understands the needs of your application and your business as a whole, and we deliver with decades of team experience in the design and build of OEM products. Drawing on our best-in-class tools, we create robust, drop-in solutions that speed your time to market and enhance your product performance. If you’re ready to share your vision, we’re ready to help you bring it to life.
- High efficiency optics leveraged by custom in-house VPH grating design & development
- Systems approach to design, including bespoke front-end optics & sample interfaces
- Controlled processes for consistent quality ensure uniform, dependable performance
- Cross-disciplinary applications expertise, with hands-on problem solving & management
- System integration & miniaturization taking you from prototyping to volume manufacture
Our modular, best-in-class products give you the flexibility to quickly prove out and refine your ideas – with access to our applications experts along the way. Designed with the OEM in mind, our products can quickly be distilled to their essentials and integrated to reduce cost & footprint while adding functionality. Let us speed your time to market with a bespoke solution that draws on our engineering strengths.
In-house grating design & manufacture
> Exceptional efficiency, low wavefront distortion, minimal scatter
> Multiple patented VPH transmission grating design techniques
> HD: High transmission, low polarization sensitivity for up to 200 nm
> Dickson: >90% efficiency for narrow bandwidths, s- & p-polarization
> Pulse compression: Max efficiency, excellent uniformity & wavefront
> Custom dispersion, size, AOI and wavelength: 350-2500 nm
> Seasoned engineers mapped to each aspect of system design
> Design, integration and modeling of optical components & systems
> Detector/camera integration, data pre-processing; power, cooling & laser driver circuit design; FPGA & microcontroller programming
> Thermal/vibration management, system integration, industrial design
> Data/image post-processing, GUI design, interface & platform porting
> Highly adaptable transmissive spectrometer benches with diffraction-limited optics for exceptional throughput, SNR, and superior imaging
> Integrated laser/LED light sources, routing, & control circuits
> Custom front-end opto-mechanics for sample interfacing: flow cells, chambers, plate readers, probes, galvo/MEMs-based scanning heads
> Integrated systems: control, cooling, battery power, portable/handheld