WORLD PRECISION INSTRUMENTS, LLC

World Precision Instruments, LLC specializes in the design, manufacturing, and supply of precision scientific instruments for biomedical and laboratory research applications. Their core capabilities center on the development of electromechanical systems for measuring and testing electrical signals, including laser-based glass pipette pullers, microinjectors with integrated pressure control, and specialized kits for zebrafish microinjection and transplantation. The company demonstrates deep technical expertise in microfluidics, precision motion control, and high-resolution instrumentation for neurobiology, developmental biology, and electrophysiology research. Their systems are engineered for reproducibility and sensitivity, often integrating manual manipulators with programmable pressure delivery mechanisms—key differentiators in demanding experimental environments where sub-micron accuracy is critical. The contractor maintains a strong and consistent relationship with the Department of Health and Human Services, supplying mission-critical instrumentation for advanced life sciences research. Their work supports NIH-funded laboratories and public health research initiatives, delivering calibrated, compliant devices used in cellular manipulation, gene delivery, and behavioral neuroscience. They also serve the General Services Administration through its Federal Supply Schedule, providing standardized laboratory equipment to a broad range of federal research entities. Their primary industry focus lies in NAICS 334515 and 334516, encompassing the manufacture of instruments for measuring electrical signals and analytical laboratory equipment. This positions them as a niche supplier to academic, government, and pharmaceutical research sectors requiring high-precision, non-commercial-grade tools not readily available through mass-market vendors. World Precision Instruments, LLC is a small business based in Saint Petersburg, Florida, with no federal certifications on record. Their market positioning is defined by technical specialization rather than scale, serving federal research communities with tailored, high-reliability instrumentation built for demanding experimental protocols.