EMVISION DELIVERS ON RAMAN -SPECTROMETERS, PROBES & ACCESSORIES

Whether in the lab or the operating room, Raman systems optimized for integration with high performance Raman spectrometers and probes offering high throughput, high signal to noise ratios, sub-second integration times and repeatable measurements connection-to-connection

our products

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SPECTROMETERS

EmVision offers 2 models of spectrometers: the high performing HT Spectrometer, and the more compact CS Spectrometer 

 

PROBES

Designed to optimally integrate into our spectrometer, EmVision offers 3 standard probes: the Raman Lensed Probe, the Raman Endoscopic Probe and the Multi-spectroscopy Probe

ACCESSORIES

In addition to EmVision’s patented keyed multi-fiber connector, we offer other Raman system accessories



OUR SERVICES

CUSTOM DESIGN

Originally a custom probe designer and builder for laboratories and medical, EmVision continues today to provide market-leading engineering design and manufacturing innovation of both probes & accessories 

NEW VENTURES

Commonly after realizing EmVision’s capabilities, customers will approach us with the prospect of working together to build a Raman system or solution, and EmVision welcomes this opportunity to work with a limited number of customers 

Featured Product

CS Spectrometer

The CS Spectrometer is EmVision’s latest addition to their spectrometer product line.  The CS is one-third smaller than the HT, and similarly integrates to our probes for high throughout, high signal to noise and short integration times.

Featured Article

Journal of Biomedical Optics, February 2019

“Integration of a Raman spectroscopy system to a robotic-assisted surgical system for real-time tissue characterization during radical prostatectomy procedures”, M. Pinto, K. Zorn, et. al.  Utilizes EmVision’s HT Spectrometer and Raman Endoscopic Probe.

“EmVision took the time to understand our application, which was really just an idea when we first started talking.  The build quality of the final product was outstanding.  The out-of-band blocking and light collection characteristics of the probe are major reasons why Diffuse In Vivo Flow Cytometry works.”

mark niedrE, Dept of Bioengineering
Northeastern university