Pendar Technologies LLC
Developer of compact spectroscopy platforms and laser systems for non-contact chemical identification, materials analysis, and investigational clinical spectroscopy. The company focuses on integrating hardware (including tunable mid-infrared laser arrays), embedded analytics and user-facing software to enable rapid, standoff chemical detection, laboratory Raman analysis, and research-grade resonance Raman measurements for clinical research.
Industries
N/A
Nr. of Employees
small (1-50)
Pendar Technologies LLC
30 Spinelli Place, Cambridge, MA 02138, USA
Patents
Methods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-12339165-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-11885681-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-11300448-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-10921187-B2
View Details
Methods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-12339165-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-11885681-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-11300448-B2
View DetailsMethods and devices for standoff differential Raman spectroscopy with increased eye safety and decreased risk of explosion
US-10921187-B2
View DetailsProducts
Handheld standoff Raman analyzer
Portable short-range standoff Raman analyzer for rapid chemical identification at short distances and through common barriers; designed for field use by first responders and security personnel.
Robot integration kit for spectroscopy
Integration kit and interface for mounting spectroscopy instruments on unmanned ground vehicles and robotic platforms to enable remote chemical detection.
Laboratory Raman and QA/QC configurations
Bench- or microscope-configurable Raman systems for laboratory process monitoring, materials identification, and incoming inspection workflows.
QCL array-based infrared laser modules
Tunable mid-infrared laser modules based on monolithic QCL arrays for IR spectroscopy and directed-power IR applications.
Investigational resonance Raman clinical probes and oximetry research tools
Research-stage resonance Raman spectroscopy tools and probe concepts intended for in-vivo measurement of mitochondrial redox state and peripheral microvascular oxygenation (investigational use only).
Handheld standoff Raman analyzer
Portable short-range standoff Raman analyzer for rapid chemical identification at short distances and through common barriers; designed for field use by first responders and security personnel.
Robot integration kit for spectroscopy
Integration kit and interface for mounting spectroscopy instruments on unmanned ground vehicles and robotic platforms to enable remote chemical detection.
Laboratory Raman and QA/QC configurations
Bench- or microscope-configurable Raman systems for laboratory process monitoring, materials identification, and incoming inspection workflows.
QCL array-based infrared laser modules
Tunable mid-infrared laser modules based on monolithic QCL arrays for IR spectroscopy and directed-power IR applications.
Investigational resonance Raman clinical probes and oximetry research tools
Research-stage resonance Raman spectroscopy tools and probe concepts intended for in-vivo measurement of mitochondrial redox state and peripheral microvascular oxygenation (investigational use only).
Services
Design and integration of laser, optics, spectrometer, and software into compact field or lab instruments.
Support for pilot programs, government and first-responder field validation, and operational testing of standoff spectroscopy systems.
Provision of firmware/software updates, spectral library expansion, and reporting/customization features for deployed instruments.
Design and integration of laser, optics, spectrometer, and software into compact field or lab instruments.
Support for pilot programs, government and first-responder field validation, and operational testing of standoff spectroscopy systems.
Provision of firmware/software updates, spectral library expansion, and reporting/customization features for deployed instruments.
Expertise Areas
- Standoff Raman spectroscopy
- Quantum cascade laser array development
- Spectral data analytics and machine learning
- Opto-mechanical and laser system integration
Key Technologies
- Raman spectroscopy
- Resonance Raman spectroscopy
- Quantum Cascade Laser (QCL) arrays
- Tunable mid-infrared laser sources
News & Updates
Participation in a handheld standoff chemical detection pilot program with a U.S. Army research command and the Department of Homeland Security to expand threat libraries and validate field capability.
Designation of an authorized training facility and integration of standoff Raman detection into CBRNE first-responder training programs.
Received a Stage II START grant to support commercialization and ramp-up of handheld standoff Raman instruments; referenced in communications about in-house manufacturing.
Received a Stage I START grant to expedite product introduction and commercialization.
Industry article discussing advances in Raman detection and referencing the company's standoff handheld Raman approach and optics/software advantages.
Recognition for a standoff handheld Raman detection product in the safety & security category.
Participation in a handheld standoff chemical detection pilot program with a U.S. Army research command and the Department of Homeland Security to expand threat libraries and validate field capability.
Designation of an authorized training facility and integration of standoff Raman detection into CBRNE first-responder training programs.
Received a Stage II START grant to support commercialization and ramp-up of handheld standoff Raman instruments; referenced in communications about in-house manufacturing.
Received a Stage I START grant to expedite product introduction and commercialization.
Industry article discussing advances in Raman detection and referencing the company's standoff handheld Raman approach and optics/software advantages.
Recognition for a standoff handheld Raman detection product in the safety & security category.