What we do - METLAB services
METLAB helps companies answer questions.
Sometimes companies want to test a design. More often they have questions about materials in a sub-component or parts received from a supplier. We work with our customers to develop a cost-effective and timely testing solution that will provide the data and analysis to answer those questions. We can test to the ASTM standard of your choice or work with you to develop a custom test plan. Testing is done right and on time.
Our CNC Machine shop can assist with specimen preparation and help you with your fixture for custom test setup.
Destructive Testing
METLAB can help you with capturing images at all observation angles at up to 2500x magnification with our digital microscope. We can apply real-time measurements as we go. Our laser microscope is especially good at non-contact surface profiling and 3D measurement. The depth of field on our laser microscope is comparable to SEMs, proving high-definition and ultra-depth examination in real color.
METLAB can help you with capturing images at all observation angles at up to 2500x magnification with our digital microscope. We can apply real-time measurements as we go. Our laser microscope is especially good at non-contact surface profiling and 3D measurement. The depth of field on our laser microscope is comparable to SEMs, proving high-definition and ultra-depth examination in real color.
Non-Destructive Testing
Sometimes companies want to test a design. More often they have questions about materials in a sub-component or parts received from a supplier. We work with our customers to develop a cost-effective and timely testing solution that will provide the data and analysis to answer those questions. We can test to the ASTM standard of your choice or work with you to develop a custom test plan. Testing is done right and on time.
Measured thickness of thin films Examined corrosion in copper pipes Imaged and profiled water filters Evaluated placement of electronic components Performed surface profiling on dash boards Imaged nano indentations on composites Measured wear on mated components Mapped transparent coating on semiconductors Evaluated surface of rubber gaskets Measured coating thickness on fishing line Evaluated surface roughness on polished parts Imaged indentations in biomass material