Explore production-grade metal components engineered for aerospace, robotics, automotive powertrains, and high-performance fluid systems.
Dongguan, Guangdong represents the world's dense epicenter of subtractive precision. Our factory leverages integrated industrial clustering to slash lead times, streamline bill of materials, and ensure micro-inch repeatability.
Within a 15-kilometer radius, Dongguan provides certified raw bar stocks, rapid tooling, wire EDM, custom cutting tools, and ISO-compliant heat-treating operations. This compresses typical supply turnarounds from weeks into hours.
Single-setup 5-axis machining ensures critical datum structures, concentricity, and true position tolerances are strictly maintained without stacked clamping errors. We eliminate compounding fixture variance entirely.
Every component leaves our temperature-controlled metrology lab with complete CMM geometric dimensioning and tolerancing (GD&T) reports, material mill certificates, and spectrometry chemical composition logs.
Modern manufacturing no longer forces a binary decision between 3D printing and CNC milling. TC Precision spearheads hybrid workflows that maximize lightweight topology while guaranteeing sub-micron interfaces.
Standard 1064 nm infrared lasers reflect off pure copper, causing severe micro-porosity and molten spatter. By deploying short-wavelength green lasers (~515 nm), we reach upwards of 99.8% copper density for ultra-conductive thermal cold plates and busbars.
We print complex organic geometries with internal conformal cooling channels, then register them onto high-speed 5-axis CNC machining centers to mill sealing O-ring grooves, precision bearing fits, and high-tolerance tapped holes.
Automated CAD interrogation highlights thin walls, deep cavities prone to tool chatter, and unmachinable undercut geometries prior to production, radically driving down fabrication scrap rates and quote delivery cycles.
Our CNC milling and additive manufacturing workflows are calibrated for high-stress, tight-tolerance operating environments across multiple vertical sectors.
Liquid-cooled inverter housings, busbar copper collectors, and lightweight motor casings with conformal cooling passages preventing thermal throttling.
Lightweight titanium end-effectors, high-modulus planetary carrier gears, robot wrist joints, and carbon-fiber composite jigs with high torque-to-weight metrics.
Monolithic hollow bent pipes, complex turbocharger impellers, and hydraulic valve blocks free from joint solder weakness and vibrational fatigue points.
Bio-compatible Ti6Al4V implants, multi-channel fluidic manifolds, surgical instrumentation chassis, and stainless 316L chemical reaction chambers.
Review our core engineering materials, processing limits, and recommended secondary finish solutions to streamline your Design for Manufacturability (DFM) verification.
| Material Grade | Recommended Process | Tolerance Capacity | Key Industry Application | Mechanical / Thermal Note |
|---|---|---|---|---|
| Pure Copper (C11000) & CuCrZr | Green Laser LPBF5-Axis CNC | ±0.008 mm (Machined) | Induction coils, cold plates, EV busbars | Green light laser avoids melt spatter; thermal conductivity >380 W/(m·K). |
| Titanium (Ti-6Al-4V Grade 5) | LPBF Metal PrintHigh-Speed CNC | ±0.005 mm (Machined) | Aerospace brackets, robot arm bionics | High strength-to-weight ratio. Vacuum stress relief pre-machining mandatory. |
| Stainless Steel (AISI 316L / 17-4PH) | 3/4/5-Axis MillingSLM Print | ±0.005 mm | Hollow manifolds, chemical food housings | Superior acid/corrosion resistance. Post-print passivation eliminates free irons. |
| Aluminum (6061-T6 / 7075-T651 / AlSi10Mg) | Precision CNCLPBF | ±0.005 mm | Avionics chassis, optical mounts, gearboxes | AlSi10Mg for lightweight internal lattices; billet 7075 for structural rigidity. |
| Engineering Gear Alloy Steels (SCM415, 8620) | CNC Mill-TurnGear Hobbing | DIN 6 / AGMA 11 | Planetary gearboxes, robot actuator drives | Case carburized and ground for 58-62 HRC surface hardness with a ductile core. |
We eliminate international sourcing risks through direct English engineering consultations, non-disclosure agreements (NDAs), and transparent milestone traceability.
Upload native 3D models (STEP, IGES, X_T) alongside 2D PDF control drawings clearly defining datum schemes, geometric tolerances, and critical finishes.
Within 2 to 12 hours, receive actionable feedback on process trade-offs, tool overhang clearances, fixture clamp designs, and cost-reduction proposals.
Parts enter automated additive build queues or dedicated 5-axis CNC machining cells, supported by in-process probing and optical monitoring systems.
Vacuum-sealed, corrosion-protected export packaging dispatched via DHL, FedEx, or dedicated door-to-door air freight with complete tracking dossiers.
Direct answers addressing tolerance verification, minimum orders, surface finishes, and hybrid additive strategies.
From multi-axis aerospace components to custom gears and thermal copper assemblies, review our verified product solutions.
Send your STEP / IGES files today for a complete DFM manufacturability assessment, process selection analysis, and competitive factory-direct pricing from Dongguan, China.