Lab Chip Technologies
Lab Chip Technologies™ is dedicated to designing and developing devices and systems for cellular and molecular analysis in biology, medical diagnostics, and environmental testing. They focus on creating simple, disposable, rapid, and sensitive testing solutions, including multi-level virus testing for COVID-19, portable cytometry analyzers, lab-on-chip systems, and point-of-care diagnostic devices. Their approach involves microfabrication, optical detection, and innovative spectral detection methods to improve flow cytometry and diagnostic capabilities. The company aims to be a leader in virus testing and microfluidic solutions, collaborating with industry partners to shorten time-to-market and enhance healthcare and environmental monitoring.
Industries
Nr. of Employees
small (1-50)
Products
Portable lab-in-a-box flow cytometer (prototype)
A compact flow cytometry instrument prototype using microfabrication and integrated optical detection intended for rapid cellular analysis in field or point-of-care settings.
Disposable microfluidic lab-on-chip for multi-strain viral testing
A disposable microfluidic test designed to detect multiple viral strains in small biological samples, configurable for antigen or serological (antibody) assays and compatible with smartphone image capture.
Microfluidic chips for cell and tissue culture and environmental testing
Micro/optofluidic chips designed for cell and tissue culture experiments and for environmental sample testing applications.
Portable lab-in-a-box flow cytometer (prototype)
A compact flow cytometry instrument prototype using microfabrication and integrated optical detection intended for rapid cellular analysis in field or point-of-care settings.
Disposable microfluidic lab-on-chip for multi-strain viral testing
A disposable microfluidic test designed to detect multiple viral strains in small biological samples, configurable for antigen or serological (antibody) assays and compatible with smartphone image capture.
Microfluidic chips for cell and tissue culture and environmental testing
Micro/optofluidic chips designed for cell and tissue culture experiments and for environmental sample testing applications.
Services
Project-based design, prototyping and fabrication of polymer and silicon-based microfluidic/optofluidic devices for biological, clinical and environmental applications.
Development and optimization of antigen and antibody agglutination assays and other biochemical assays for use on disposable microfluidic platforms with image-based readout.
Design and characterization of integrated optical detection systems, including spectral/wavelength sensing methods optimized for reduced component count and full visible-band coverage.
Access to polymer microfabrication and silicon micromachining processes, thin-film deposition (PECVD, sputtering) and metrology services for device manufacturing and characterization.
End-to-end prototyping and verification services including optical/electronic integration, functional testing with fluorescence particles and performance characterization.
Integration of image capture (smartphone) workflows, local image analysis and secure transmission of results to centralized systems for monitoring, evaluation and tracing.
Project-based design, prototyping and fabrication of polymer and silicon-based microfluidic/optofluidic devices for biological, clinical and environmental applications.
Development and optimization of antigen and antibody agglutination assays and other biochemical assays for use on disposable microfluidic platforms with image-based readout.
Design and characterization of integrated optical detection systems, including spectral/wavelength sensing methods optimized for reduced component count and full visible-band coverage.
Access to polymer microfabrication and silicon micromachining processes, thin-film deposition (PECVD, sputtering) and metrology services for device manufacturing and characterization.
End-to-end prototyping and verification services including optical/electronic integration, functional testing with fluorescence particles and performance characterization.
Integration of image capture (smartphone) workflows, local image analysis and secure transmission of results to centralized systems for monitoring, evaluation and tracing.
Expertise Areas
- Microfluidics and lab-on-chip systems
- Flow cytometry and cell analysis
- Point-of-care diagnostics
- Optical detection and spectral analysis
Key Technologies
- Microfluidics
- Flow cytometry
- Optical spectroscopy (visible-band spectral detection)
- Waveguide and integrated optics