FAIRBANKS SCALES INC.

Fairbanks Scales Inc. specializes in the calibration, maintenance, and repair of industrial and precision weighing systems, with deep expertise in scale manufacturing and metrology services for mission-critical government operations. The company provides end-to-end support for heavy-duty, non-laboratory scales, including installation, NIST-traceable calibration, preventive maintenance, and system diagnostics for environments requiring high accuracy and regulatory compliance. Their technical proficiency spans mechanical and electronic scale systems, load cell integrity testing, and adherence to federal weighing standards, ensuring operational reliability in defense logistics, treasury asset management, and industrial weighing applications. A key differentiator is their focused specialization in Fairbanks-branded equipment, enabling proprietary diagnostics and rapid resolution of system-specific issues without reliance on third-party parts or protocols. The contractor maintains a consistent presence with the Department of Defense and the Department of the Treasury, delivering mission-critical scale services that support inventory control, material handling, and compliance with federal procurement and audit requirements. For DoD, work includes calibration of heavy scales used in munitions and vehicle weighing; for Treasury, services focus on precise weighing of financial assets such as coils and tubing, aligning with EO 14042 compliance mandates. Primary industry focus lies in NAICS 333997 (scale and balance manufacturing) and 333998 (miscellaneous general purpose machinery manufacturing), reflecting a niche positioning as a precision weighing systems integrator rather than a general equipment vendor. The firm operates as a small business with no federal certifications, headquartered in Overland Park, Kansas, serving federal agencies nationwide through on-site service teams and calibrated field support units. Their market position is defined by technical specificity, equipment lineage expertise, and reliability in high-stakes weighing environments.