Forensic Analytical Laboratories, Inc.
- customer login
- offices
- small business program
- Phone: (510) 887-8828
Accredited for crystalline silica analysis by FTIR by AIHA-LAP, LLC
-
Licensed for mold analysis by the
Texas Dept of State Health Services -
Accredited for microbial ID and testing on food products by A2LA
Lab Services
Forensic Analytical Laboratories provides a full range of top-quality industrial hygiene and environmental laboratory services that help clients identify, understand, and monitor potential public health hazards and environmental contaminants.
LEARN MOREAccreditations & Proficiency Testing
PROFICIENCY TESTING
Forensic Analytical Laboratories is committed to quality and accuracy. Our three accredited locations follow strict quality control/assurance programs and have demonstrated proficiency in a variety of analytical testing areas.
LEARN MOREA2LA
We are proud to announce that Forensic Analytical Laboratories is now accredited with the American Association for Laboratory Accreditation (A2LA) in the field of
Biological Testing
We now provide microbial indentification and testing on food products, air samples, building materials, bulk samples, environmental samples, water, and unknown biological samples using Biolog.
LEARN MORESilica
In recent years, public awareness of the possible dangers of respirable silica has grown. Methods to detect this material are available and can help workers to plan how best to minimize their exposure. Forensic Analytical Laboratories is proud to announce that we are now accredited to analyze crystalline silica by Fourier transform infrared (FTIR) spectroscopy. Contact us for pricing and turnaround times.
Downloads
Equipment Highlight
Biolog GEN III MicroStation System
Forensic Analytical Laboratories has expanded into food, health and pharmaceutical microbiology. Using the Biolog GEN III MicroStation, a carbon-based identification system, we can identify more than 2500 microorganisms to species. With the capabilities available in all of our microbiology laboratories, we can now identify just about every bacteria you throw at us!
