Industries We Serve
Our three core application areas are automotive parts, NEV charging gun & energy storage terminals, and medical devices — supported by precision electronic components and industrial machinery parts. Each industry brings different materials, tolerances and production realities — here is how we approach them.
One Process, Many Applications
CNC machining is a general-purpose manufacturing method, but the parts it produces differ dramatically by industry. A connector for an electronics enclosure and a shaft for an industrial drive have little in common beyond the fact that both start from a solid block of material and a drawing.
The sections below outline the typical components, materials and machining requirements we encounter for each application area. These are representative examples based on common project types — every inquiry is still reviewed against your specific drawing before we quote.
Automotive & Transportation
Small, repeatable functional components for vehicle and transport systems.
Transportation systems demand parts that are reliable in volume, consistent from piece to piece, and often exposed to vibration, fluids or temperature changes. We produce functional components rather than safety-critical structural assemblies.
Typical Parts
Fittings, bushings, sensor housings, brackets, adapters and small threaded components used in engine bays, sensor modules and fluid systems.
Common Materials
Aluminum (6061-T6, 7075-T6) for weight-sensitive parts; brass and free-cutting steel for fittings and connectors; stainless steel (304/316) where corrosion resistance is required.
Machining Requirements
- Repeatability across batches — consistent dimensions from first to last part.
- Clean threading and sealing surfaces for fluid-carrying components.
- Moderate tolerances on functional features, tighter control on mating surfaces.
- Optional surface finishing such as anodizing or passivation for corrosion protection.
Industrial Machinery
Structural and motion components for equipment builders and machine shops.
Industrial equipment spans a huge range of part sizes and functions — from large structural plates to small hardened wear parts. These components are usually judged on fit, function and service life rather than appearance.
Typical Parts
Structural plates and frames, fixture bodies, locating shafts, spacers, gears blanks, guide rails and wear components such as slides or bushings.
Common Materials
Carbon and alloy steel for strength and wear; cast iron or steel for structural bases; aluminum where weight matters; engineering plastics (POM, PA) for low-friction or non-marring surfaces.
Machining Requirements
- Flatness and squareness control on mounting and mating faces.
- Bore and shaft accuracy for moving or rotating assemblies.
- Larger stock removal for structural parts, fine finishing for contact surfaces.
- Wear surfaces may need hardening or a compatible finish (subject to process availability).
NEV Charging Gun & Energy Storage Terminals
High-current conductive components connecting chargers, vehicles and battery systems.
Charging and energy storage systems depend on terminals that carry high current safely and repeatedly. We machine the conductive heart of these systems — from charging gun contact pins to battery module connection terminals — with a dedicated engineering technology research center for high-current charging gun terminals.
Typical Parts
Charging gun contact pins and sleeves, high-current terminals, energy storage connector terminals, busbar connectors and custom conductive fittings for battery modules and packs.
Common Materials
Brass and copper alloys for conductivity; tellurium copper and beryllium copper where spring properties or higher performance are required; plating (silver, nickel, tin) arranged per project requirements.
Machining Requirements
- Consistent contact geometry for reliable mating and low contact resistance.
- Swiss-type turning for slender pins and high-volume repeatability.
- Surface finish and cleanliness suited to subsequent plating processes.
- Batch consistency verified with profile projector and contour measurement.
Electronics & Communications
Enclosures, thermal parts and connectors for electronic assemblies.
Electronic enclosures and components must protect circuitry, manage heat and sometimes provide shielding or conductivity. Dimensional precision and clean surfaces matter more than mechanical load.
Typical Parts
Enclosures and lids, heat-sink interfaces and heat-dissipation plates, connector bodies, panel brackets and mounting frames for PCBs and modules.
Common Materials
Aluminum for enclosures and heat paths; brass and copper for conductive connectors; stainless steel for EMI-sensitive or durable housings.
Machining Requirements
- Flat sealing faces for enclosures that must keep out dust or moisture.
- Threaded inserts or precision tapped holes for panel assembly.
- Thermal contact surfaces finished for good heat transfer.
- Anodizing or plating for appearance, insulation or corrosion protection.
Medical Devices & Bone Screws
Micro-precision components for surgical instruments and orthopedic applications.
We apply our precision electronics and miniaturized manufacturing experience to medical devices — producing small, complex, burr-sensitive parts where consistency directly supports surgical reliability. Specific quality and documentation requirements are agreed per project.
Typical Parts
Bone screw type components, spinal and orthopedic hardware blanks, surgical instrument parts, dental device components and other micro-precision turned parts.
Common Materials
Medical-grade stainless steel (e.g. 316L) and titanium alloys per drawing specification; material certificates arranged according to project requirements.
Machining Requirements
- Swiss-type turning for small, slender threaded parts with tight feature control.
- Burr-free threads and clean flanks verified under magnification.
- Ultrasonic cleaning and careful handling before packaging.
- Inspection documentation arranged per the agreed quality plan.
Custom Engineering Applications
Project-based components that do not fit a single industry label.
Many inquiries are one-off or low-volume engineering components — prototypes, fixtures, research hardware or replacement parts with no standard category. These are evaluated individually against the drawing.
Typical Parts
Project-specific brackets, fixtures, prototypes, replacement components and assemblies defined entirely by your CAD model.
Common Materials
Selected per project from aluminum, steel, stainless steel, brass, copper or engineering plastics — matched to function, not a fixed catalog.
Machining Requirements
- Full review of geometry, tolerances and material before any commitment.
- Flexibility on process — milling, turning or combined operations as needed.
- Prototype-to-production path when the design is validated.
- Clear communication on what is and is not feasible for the factory.
Industry-Specific Questions
Common questions about machining parts for different applications.
Yes — medical device components including bone screw type parts are one of our core tracks, produced on Swiss-type lathes with project-specific quality agreements. Certification and documentation requirements are confirmed during quotation for each project.
We can suggest materials based on your functional requirements (strength, corrosion, weight, conductivity), but the final grade is confirmed against your drawing and availability. We will not assume a material you have not specified.
Tolerances are always evaluated per project from your drawing. General mechanical and automotive hardware typically needs consistent fit; robotics and electronics may need tighter datums. Send the drawing for a review.
Availability depends on the factory's actual service scope. Please share your estimated quantity so we can confirm whether prototype, small batch or repeat production is suitable.