One Accountable Partner
Quote, process planning, tooling, finishing, inspection and delivery are managed in one production flow.
One partner for custom part production
SinoCMI brings molding, casting, forging, MIM, sheet metal, welding, finishing, inspection and sub-assembly into one managed workflow for prototype, pilot and mass production programs.
One coordinated supplier means fewer handoffs, a clearer process route and better control over material, finish, inspection and delivery.
Quote, process planning, tooling, finishing, inspection and delivery are managed in one production flow.
We match part geometry, material and volume to injection molding, casting, forging, MIM, sheet metal or welding.
Material choice and surface finish are reviewed early so the part performs and looks right at release.
Parts can be delivered as finished kits, sub-assemblies or packed batches with inspection records.
Choose the process that fits the geometry, quantity, material and production target of the part, then keep the entire route under one program.
Repeatable plastic components with stable geometry, surface texture, color and finish requirements.
Metal cast components for housings, brackets, structural shapes and production parts with complex geometry.
Strong metal parts for load-bearing applications, high durability and production programs that need reliability.
Precision metal injection molded parts for small, intricate forms and compact production features.
Enclosures, brackets, covers, frames and formed components for industrial and consumer products.
Fabricated metal assemblies that combine cut, formed and welded parts into complete production units.
Managed production route
A one-stop production model keeps routing, tooling, finish selection, assembly and inspection together. That makes it easier to move from quote to production without losing control of cost, lead time or quality.
Beyond core forming and fabrication, these supporting services help production projects stay organized, traceable and ready for shipment.
Workholding and checking tools that support repeatability, production efficiency and stable assembly.
Combine multiple parts into usable kits or sub-assemblies before shipping to the next stage or end user.
Deburring, polishing, anodizing, passivation, plating, powder coating and painting for function or appearance.
Batch control, labeling, packing and export-ready shipment support for production programs.
Review drawings, reduce manufacturability risk and align material, tolerance and finish choices before release.
Inspection plans, reporting and measurement tools that keep production aligned with the drawing.
Whether you are at R&D prototype verification, small-batch trial run or mass production stage, we integrate all manufacturing links under one management system. We turn your design drawings into assembly-ready parts without you coordinating multiple factories.
Support 3D printing, low-volume CNC and vacuum casting for design verification. Complete trial samples within days to speed up your product iteration and market launch timeline.
Seamlessly switch from pilot small batches to mass volume production. Optimize tooling and fixture solutions to match your fluctuating order quantity without repeated re-quotation.
Coordinate metal & plastic composite parts, insert molding and hybrid assembly. Unify surface finish standards for mixed-material components to guarantee consistent appearance and assembly fit.
Offer custom labeling, export-standard packaging, customized sub-assembly and batch split delivery. Provide long-term spare parts supply for your post-market maintenance demands.
Material selection and surface finish planning should happen together so the part performs, looks right and still fits the target cost and lead time.
Aluminum, stainless steel, carbon steel, alloy steel, brass, copper, titanium and zinc alloy options support strength, weight and corrosion goals.
ABS, PC, PA, POM, PP, PMMA, PEEK, PTFE and other engineering plastics support insulation, wear resistance and low weight.
Anodizing, passivation, plating, powder coating, painting, bead blasting, polishing, black oxide and marking options can be planned with the part route.
Inspection and documentation
Quality should be defined at RFQ stage, not after the first batch is made. Build dimensional checks, material records and reporting into the production plan from the beginning.
This service is built for teams that need production parts, stable quality and repeatable delivery across multiple technical industries.
Functional components, brackets, housings, trim parts and production hardware for vehicle programs.
Frames, mounts, end-effectors, motion parts and structural components for automated systems.
Instrument housings, precision parts, fixtures and assemblies for medical device programs.
Lightweight structures, mounts, enclosures and fast-turn production parts for aerial platforms.
Machine brackets, rails, covers, modules and assembly parts for industrial automation lines.
Workholding, checking tools and production aids for repeatable manufacturing and assembly.
Enclosures, frames, heatsink parts and detail components for electronic products.
Traceable parts, prototypes and mission-critical production components with documentation support.
A clear process flow helps buyers move faster and gives engineers enough information to recommend the right production route.
| Stage | SinoCMI Support | Project Output |
|---|---|---|
| 1. RFQ Review | Receive CAD files, drawings, quantity, material, finish, tolerance and inspection requirements. | Complete project scope |
| 2. DFM and Process Planning | Recommend the best route across molding, casting, forging, MIM, sheet metal, welding and assembly. | Process plan and quotation |
| 3. Tooling and Sampling | Confirm tooling, sample parts, finish samples and first article requirements. | Approved sample stage |
| 4. Production and Finishing | Run the batch, apply surface treatment and prepare sub-assemblies if required. | Production-ready parts |
| 5. Inspection and Delivery | Complete final inspection, reports, packing and shipment arrangements. | Qualified parts delivered |
Share your drawings, material, quantity, tolerance and surface finish requirements. SinoCMI will review the design, recommend a process route and provide DFM feedback before production.
Use these resources to compare processes, define materials and finishes, and prepare a clearer RFQ for production.
Industrial & academic technical whitepaper analyzing kinematics of Swiss-type CNC lathes, friction and thermal behavior in sliding guide bushings, multi-channel overlapping control in Swiss CNC, thermal error modeling of high-speed Swiss spindles. ISO/IATF certified micro machining factory delivers kinematic calibration, thermal compensation & friction suppression for medical/EV micro slender components.
Comprehensive engineering whitepaper covering design for manufacturing (DFM) for Swiss turning, micro CNC Swiss turning supplier best practices, high L/D ratio CNC turning design rules, size effect in micro Swiss turning mitigation strategies. ISO/IATF certified micro component manufacturer delivers DFM, tolerance & material guidelines for medical, EV, aerospace miniature parts.
ISO 9001 & IATF 16949 certified supplier offering full 5-axis CNC machining services, precision 5-axis CNC milling, aerospace 5-axis CNC machining, medical device 5-axis CNC machining. Single-setup complex component manufacturing, DFM support, rapid prototyping & mass production. Get free quote within 24h at customparts-mfg.com.
A: SinoCMI is a premier one-stop production partner in China, offering fully integrated manufacturing services that include plastic injection molding, precision forging, die/investment casting, custom sheet metal fabrication, Metal Injection Molding (MIM), and fixture design under one ecosystem.
A: Partnering with SinoCMI eliminates the hassle of managing multiple vendors. We handle everything from casting and forging to injection molding and final assembly, providing a streamlined, single-point-of-contact workflow that reduces logistics costs and communication errors.
A: Yes, SinoCMI features a dedicated in-house tooling and fixture workshop. We design and build custom manufacturing jigs, inspection fixtures, and precision molds to ensure seamless production, strict quality control, and optimized cycle times for all your parts.
A: SinoCMI offers advanced Metal Injection Molding (MIM) services ideal for complex, high-volume small components. Our MIM process achieves up to 98% theoretical density, delivering excellent mechanical properties for medical devices, consumer electronics, and firearms components.
A: SinoCMI provides comprehensive metal forming solutions, including high-pressure die casting, investment casting (lost wax), sand casting, as well as hot and cold precision forging. We work with aluminum, steel, magnesium, zinc, and copper alloys to meet diverse industrial needs.
A: Absolutely. SinoCMI provides fully finished components by combining our heavy casting or forging capabilities with advanced in-house precision CNC machining. This ensures all critical dimensions, threads, and tight tolerances meet your exact engineering specifications.
A: Yes, SinoCMI specializes in custom plastic injection molding, including multi-cavity tooling, overmolding (plastic over metal or plastic over plastic), and insert molding. We utilize a wide range of materials from standard PP and ABS to high-performance PEEK and engineering resins.
A: SinoCMI provides full-scale sheet metal fabrication, featuring high-precision fiber laser cutting, CNC bending, punching, stamping, robot welding, and hardware insertion. We efficiently process stainless steel, carbon steel, aluminum, and galvanized sheets.
A: Yes, hybrid assemblies are a core strength of SinoCMI. We can fabricate the sheet metal chassis, mold the plastic faceplates, produce the internal brackets via stamping, and deliver a fully assembled, retail-ready enclosure directly to your facility.
A: SinoCMI applies a unified, strict ISO 9001:2015 certified quality management system across all production lines. Whether it is a forged steel part or a molded plastic component, each batch undergoes standardized APQP/PPAP protocols, material tracking, and final CMM inspections.
A: Yes. Our experienced multi-disciplinary engineering team provides free cross-process DFM reviews. We analyze your structural requirements and volume targets to recommend the most cost-effective method—whether that means converting a multi-part CNC assembly into a single MIM part or a die-casting component.
A: SinoCMI provides lifetime mold and tooling maintenance at no extra cost for ongoing production contracts. Our in-house fixture and tool shop performs regular cleaning, lubrication, and preventive repairs to guarantee consistent part quality throughout the entire lifecycle of your project.
A: SinoCMI provides unmatched agility for hardware startups and SMEs. By anchoring your injection molding, sheet metal, and casting with one vendor, you avoid minimum order conflicts across separate shops, compress your time-to-market, and significantly lower your upfront tooling investments.
A: SinoCMI offers complete contract assembly and packaging services. We integrate custom sheet metal, forged or cast brackets, MIM gears, and molded plastics with third-party electronics or fasteners into final kits, ready for distribution.
A: SinoCMI strictly safeguards customer IP under comprehensive internal security protocols. Because we execute the entire one-stop production within our secure manufacturing ecosystem, your complete product design is never scattered across multiple vulnerable sub-tier vendors.