SAKO ELECTRIC MOTOR REWINDING CORP

SAKO ELECTRIC MOTOR REWINDING CORP specializes in the repair, rewinding, and restoration of industrial electric motors and associated electrical components, serving mission-critical infrastructure across defense and public works environments. Their core technical expertise lies in precision rewind techniques, insulation system rehabilitation, balance correction, and performance testing of AC and DC motors up to high voltage ratings. The company applies industry-standard practices including NEMA and IEC compliance, thermal class evaluation, and winding pattern reconstruction to restore motor efficiency and extend service life. Their differentiation stems from hands-on field service capability and in-house diagnostic testing, enabling on-site assessments and rapid turnaround for degraded or failed equipment in harsh environments. Award history is not available to confirm specific agency engagements, but given the nature of their services, their work likely supports facilities operated by the Department of Defense, U.S. Navy, and federal infrastructure agencies requiring reliable motor systems for pumps, fans, conveyors, and propulsion auxiliaries. Without documented contract data, no consistent agency relationship patterns can be identified. The primary NAICS code 335312 — Electric Motor, Generator, and Transformer Manufacturing and Repair — reflects their focus on electromechanical maintenance rather than new equipment production. They operate in the industrial maintenance and asset lifecycle management vertical, positioning themselves as a technical service provider for mission-critical motor assets where downtime must be minimized. SAKO ELECTRIC MOTOR REWINDING CORP is a small business structured as a 2L entity, with no active government certifications on record. Based in Honolulu, HI, their geographic presence supports Pacific-region federal and military installations, offering localized repair services to reduce logistical delays. Their market positioning centers on reliable, precision-based motor restoration in remote or high-value operational settings.