From prototype to production, Xinruimei machines tight-tolerance components and delivers complete jigs & fixtures across six industries. Send your drawing — you receive a DFM review and clear quotation support after we review your files.
The same component can play different roles in different machines. Select the closest application to see typical parts, machining processes, material choices and the practical points worth resolving before production.
Core machining and inspection are managed under our ISO 9001 quality system, with selected finishing processes coordinated through qualified partners.
3-, 4- and 5-axis centers for complex prismatic parts, deep cavities and tight-tolerance geometries.
CNC turning for precision shafts, bushings and complex rotational parts.
Fine profiles, sharp internal corners and hardened-steel geometries on suitable parts.
Surface and cylindrical grinding for flatness, parallelism, roundness and fine finishes.
Deep pockets, narrow slots and thin-wall structures with controlled toolpaths.
Design, build, assemble, debug and deliver complete fixture sets, ready to deploy.
Rapid prototypes and low-volume parts for design validation and functional testing.
Anodizing, polishing, sandblasting, powder coating and plating coordinated with external finishing partners and checked against project requirements.
Real photos from our 2,600 m² ISO 9001 facility — rows of calibrated CNC centers, experienced operators, BT tooling prepared at the bench and batch-ready parts on the rack. This is where your drawing becomes a physical component.
A selection of parts we have actually machined for customers — heatsinks, 5-axis enclosures, anodized housings, turned shafts, EV motor housings, brass fittings and precision gears, all running through the same ISO 9001 quality system.
Metals and engineering plastics machined on calibrated equipment, with the surface finish your drawing specifies.
6061, 6063, 6082, 7075 and more — lightweight, corrosion-resistant and thermally conductive, ideal for housings and fixtures.
Carbon, alloy and stainless steel 303 / 304 / 316 — strong, impact-resistant and corrosion-resistant for structural parts.
Brass free-cutting 360 and copper alloys — excellent electrical conductivity, strength and machinability for connectors and fittings.
Engineering plastics POM, nylon, PEEK, PTFE and polyurethane (PU) rubber for low-friction, insulating and wear-resistant parts.
Inspection is planned around drawing requirements using available measurement equipment such as height gauges, optical projectors and microscopes. Incoming, in-process and final checks are applied as required by the project.
A structured, documented workflow — predictable timelines, transparent communication, no surprises.
Submit 2D/3D files, material, quantity, tolerance and target date — confidentiality respected.
Engineering feedback, process planning and quotation support after file review.
Machining with in-process inspection under the ISO 9001 system.
For fixture sets: assembly, debugging and sign-off before shipping.
Final inspection, requested documentation, secure packaging and shipping support.
RFQs are reviewed with manufacturing analysis and practical feedback before quotation.
Typical ±0.01 mm machining tolerance on suitable features, with MTC / COC / FAI and dimensional reports available when specified.
Design, build, assemble, debug and deliver ready-to-deploy jigs & fixtures for your line.
Machining, turning, EDM, grinding, 3D printing, gears and fixture support through one coordinated workflow.
Send us your 2D/3D files and project requirements. Our team will review the details and follow up with engineering feedback or quotation support.
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