BaySpec, Inc.

Tiny Wearable Raman Spectrometers for Direct and SERS Detections for the Real World!

Our GoldenEye is the only Snapshot hyperspectral imager covering from 400-1100nm.

Our Breeze Spectrometer Family offers coverage ranges from 400-2500nm

Our GoldenEye is the only Snapshot hyperspectral imager covering from 400-1100nm.

Mobile Chemical Analysis performed in Challenging Environments, one-push button, Palm-Held Spectro-chemical Analyzer, connect to cloud data base via smart phones.

BaySpec’s OEM systems are ideal for field, in-line or at-line process monitoring in pharmaceutical, biomedical, industrial, agricultural, security, and military marketplaces.

BaySpec works with customers to design and manufacture OEM systems that range from hyperspectral to UV-vis-NIR engines, and from detectors to light sources, and more.

The world’s smartest palm spectrometer for 400–2500 nm operates using one-button. Miniaturized optics make it highly efficient for maximum sensitivity with ultrafast acquisition.

BaySpec introduces BreezeTM, the world’s smartest palm spectrometer for 400–2500 nm. Breeze efficiently provides maximum sensitivity with ultrafast acquisition.

World’s smartest palm spectrometer for 400–2500 nm has one-button operation, miniaturized optics, and high efficiency for maximum sensitivity with ultrafast acquisition.

BaySpec introduces BreezeTM the world’s smartest palm spectrometer for 400-2500 nm with a simple one-button operation, featuring proprietary miniaturized optics.

BaySpec’s Breeze-LTM offers a solution to the global crisis of waste recycling with the world’s smartest one-button palm spectrometer for 1300–2500 nm.

BaySpec's OCI series of hyperspectral imagers represent a new class of imaging sensors covering the 400-1700nm spectral region and ranging from 8 bands to 220 spectral bands.

BaySpec’s newly developed PortabilityTM is the only transportable mass spectrometer using linear ion trap. It comes with multi-interface support allowing ambient and low pressure sampling.

BaySpec’s PeakFinderTM Raman video probe combines a flexible fiber optic probe with microscope objectives allowing sampling down to several microns. Combined with various benchtop Raman spectrometers, the Raman video probe is a unique micro-Raman system available in 532, 785 or 1064nm excitation and various microscope objectives offering unprecedented flexibility and versatility.

The characterization of the active pharmaceutical ingredient (API) and its distribution and physical properties in commercial medicine is necessary in drug research and development process in the pharmaceutical industry. Among various analytical techniques employed for this purpose, Raman spectroscopy is gaining more popularity due to its advantages as non-destructive, non-invasive, fast spectrum acquisition in seconds, high reproducibility, and so on.

BaySpec’s OCI-UAV hyperspectral imagers are ultra-compact, easily deployable, high-performance hyperspectral cameras designed specifically for use on small unmanned aerial vehicles (UAVs), to monitor the details of spatial, temporal, and spectral representation of ground objects.

In addition to fluorescence avoidance, 1064nm Raman reduces stringent sampling conditions necessary at shorter wavelengths. Concerns about low Raman scattering cross-sections can be totally compensated by increased laser power.

Portable 785 nm and 1064 nm excitation wavelength dispersive Raman instruments have proven their worth in materials identification, especially for forensics, pharmaceutical raw materials inspection, and first responders.

While traditional near-infrared Raman systems offer non-contact identification of several explosive substances, they are prone to interfering fluorescence. 1064nm dispersive Raman systems offer reduced interference and higher prediction accuracy.

Early detection of oil conditions can reduce equipment down-time from equipment repairs and allows for optimization of maintenance interval to the lubricant’s ability to protect the equipment. A unique dual NIR and Raman system is utilized for optimized results.

Raman measurement on microscopic inclusions in fluorescent materials requires the ability to measure in small volumes, excellent throughput, and long wavelength excitation such as 1064 nm for fluorescence reduction.

Owing to technological improvements spurred on by the telecommunications boom of the last decade, Raman spectroscopy has become much more accessible to users in all application areas, including agricultural, forensic, pharmaceutical, biomedical, and others.

Biological tissues and other materials often autofluoresce at near-infrared wavelengths, prohibiting Raman acquisition. New, dispersive Raman systems at 1064 nm allow fluorescence-free measurement in similar integration times.

Overcoming fluorescence interference in a variety of samples is achieved by using dispersive 1064 nm Raman excitation instruments.

Overcoming fluorescence background noise in cancerous biological tissue samples achieved by using Dispersive 1064nm Raman excitation instruments.