HUDSON LAB AUTOMATION, INC.

Hudson Robotics Inc. specializes in the design and manufacturing of precision analytical laboratory instrumentation, with a focus on robotic automation systems for high-throughput scientific workflows. Their core capabilities include the development of robotic pipetting platforms, multi-channel liquid handling systems, and integrated laboratory automation solutions tailored for reproducible, error-resistant sample processing. The company leverages advanced mechatronics, embedded control systems, and modular hardware architectures to deliver instruments that enhance accuracy in analytical testing environments. Key differentiators include proprietary robotic actuation algorithms, seamless integration with laboratory information management systems (LIMS), and ruggedized designs suited for demanding federal research and testing facilities. Hudson Robotics has delivered mission-critical instrumentation to both the Department of Defense and the Department of Agriculture. For the DoD, they have provided robotic systems supporting forensic, chemical, and biological analysis in field-deployable or laboratory settings. With the USDA, their work centers on high-precision multi-channel pipettors used in agricultural research, including soil, plant, and pathogen diagnostics. These engagements reflect a pattern of serving agencies requiring validated, traceable, and automated analytical workflows under strict quality control standards. The contractor’s primary focus is NAICS 334516—Analytical Laboratory Instrument Manufacturing—where they engineer scientific equipment for analytical chemistry, bioscience, and environmental testing. Their market positioning is niche but critical, serving government laboratories that demand custom automation beyond commercial off-the-shelf solutions. They operate as a small, privately held business (2L structure) based in Springfield, New Jersey, with no federal certifications on record. Their geographic footprint is centered on supporting federal R&D missions through direct contract delivery, emphasizing engineering agility and application-specific customization over mass production.