Medical Device Components Manufacturing & Assembly

Medical device assembly is the process of combining individual components into finished or semi-finished medical products or modules. It can include mechanical fastening, cable and connector integration, over-molding, ultrasonic welding, labeling, inspection, and functional testing. For OEMs, the goal is consistent quality, traceability, and reliable performance across prototype, pilot, and production volumes.

Marcus can support a wide range of precision medical device components, including machined metal parts, plastic molded parts, electro-mechanical modules, sensor housings, connector-based assemblies, and hybrid sub-assemblies. Capabilities also extend to surface finishing, plating, and packaging support, allowing customers to source multiple component types and assembly stages through one manufacturing partner.

Yes. Marcus supports low-volume prototypes, pilot builds, and high-volume OEM production through dedicated semi-automated assembly lines and in-house manufacturing resources. This allows customers to validate designs, refine manufacturability, and then scale into repeatable production without changing suppliers, which helps reduce delays, qualification effort, and communication gaps during product launch.

Marcus operates under IATF 16949:2016 and ISO 9001 certified processes. In addition to these certifications, the company applies structured quality methods such as DFM, APQP, PPAP, and FAIR where required. Inline inspection, advanced metrology, and functional testing are used to verify dimensional accuracy, assembly integrity, and performance before shipment.

Yes. Marcus provides electro-mechanical assembly services that combine mechanical components with electronic elements into tested modules. Typical operations include cable crimping, connector integration, switch and sensor housing assembly, and in-line electrical testing. This is especially valuable for medical products that require both precise mechanical fit and dependable electrical performance in the final assembly.

Marcus operates more than 20 in-house CNC machining centres with 3, 4, and 5-axis capability, including turn-mill and drill-tap centres. Critical features can be machined to tolerances of ±0.005mm where required. Custom jigs, CAD-driven toolpaths, and defined datums help maintain positional accuracy across production runs, which is important for mating faces, bores, threads, and sealing surfaces.

Yes. Marcus provides in-house surface finishing and treatment options including plating, anodising, powder coating, blasting, polishing, and related pre-treatment processes. For precision and medical-oriented applications, electroless nickel plating is available for uniform coverage on complex geometries. Finished parts can be validated through salt spray, coating thickness, and adhesion testing, with batch certificates supplied.

A single-source partner helps reduce supplier handoffs, simplify project management, and improve consistency across tooling, machining, finishing, and assembly. Instead of coordinating multiple vendors, OEMs can manage one integrated workflow with aligned quality controls and documentation. This often shortens lead times, lowers logistics complexity, and makes it easier to move from development into stable production.