Precision Manufacturing for Demanding Industries

TOPS Precision supports custom metal and plastic components for automotive, automation, robotics, medical equipment, aerospace equipment, electronics, communications, energy and industrial machinery applications. Specialized consumer hardware can also be reviewed. The drawing, end use and qualification requirements determine suitability; listing an industry does not imply every regulated application is approved.

TOPS offers in-house CNC machining, die casting, sheet metal fabrication and plastic injection molding. Milling, turning, multi-axis machining, EDM, grinding and secondary operations are reviewed according to the component. The selected process must fit geometry, material, tolerances, volume, surface requirements and inspection.

Yes. TOPS manufactures custom metal and engineering-plastic parts using suitable machining, casting, fabrication or molding routes. Specify the exact alloy or resin grade and condition. Wrought and cast alloys, or machined and molded polymers, are not automatically interchangeable.

Aerospace equipment, robotics, automotive development, medical equipment and industrial machinery can use 5-axis machining for complex multi-face features and tool access. The number of axes alone does not guarantee accuracy. The drawing, datum strategy, workholding and inspection method determine the appropriate route.

Yes. TOPS can review automotive and EV mechanical components such as housings, shafts, brackets, thermal-management parts and fixtures. Provide drawing revisions, material, production quantities and quality requirements. Customer-specific approval and automotive qualification requirements must be agreed before manufacture.

Aluminum, titanium, stainless steel and suitable steels are common candidates depending on weight, strength, corrosion, wear and temperature requirements. Robotics may also use engineering plastics for suitable low-mass or wear applications. Specify the grade, condition, material evidence and qualification requirements rather than selecting by material family alone.

Yes. TOPS supports prototypes, pilot and low-volume batches, and repeat production according to the reviewed manufacturing route. Approved drawings, material, inspection and production responsibilities are confirmed for each stage. Tooling economics and forecast demand determine whether a process change is appropriate.

Industrial parts are inspected against agreed drawing characteristics and the project quality plan using suitable CMM, optical measurement, micrometers and gauges. Material verification, first article, in-process and final checks are specified as appropriate. Sampling, 100% inspection, report formats and traceability are agreed rather than assumed.

Yes. Material certificates, first article and dimensional reports, RoHS documentation and CoC can be included where specified and applicable. Confirm deliverables at quotation. XRF may support appropriate alloy screening but does not replace every material test or certificate. Specialist industry approvals are separate from ISO 9001:2015 quality management.

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