Billet Compressor Wheels are precision-engineered using advanced Milled from Solid (MFS) technology. We transform high-strength aerospace-grade aluminum into high-efficiency aerodynamic impellers. This process eliminates the internal porosity common in casting, allowing for thinner blade profiles and complex splitter blade geometries that significantly improve airflow and pressure ratios in high-boost applications." class=""> Brief:Unlike traditional cast compressor wheels, our Billet Compressor Wheels are precision-engineered using advanced Milled from Solid (MFS) technology. We transform high-strength aerospace-grade aluminum into high-efficiency aerodynamic impellers. This process eliminates the internal porosity common in casting, allowing for thinner blade profiles and complex splitter blade geometries that significantly improve airflow and pressure ratios in high-boost applications.
Brief:This hybrid-manufactured aluminum humanoid robot joint housing combines SLM 3D printing for an internal diamond lattice core with precision CNC machining for critical mating surfaces. The result is a ultra-lightweight yet extremely rigid component that significantly reduces inertia while maintaining the structural integrity required for high-speed, high-torque movements in next-generation humanoid robots.
Brief:The Dawang Precision Billet Compressor Wheel is a high-performance upgrade for turbocharger systems, machined from solid titanium alloy billet. It delivers superior airflow efficiency, wider surge margin, and significantly higher boost response compared to traditional cast wheels—supporting speeds over 100,000 RPM while reducing weight by 20-30%. Ideal for racing, performance vehicles, and industrial gas turbines, this wheel processes extreme conditions with exceptional durability and balance. Fully machined on advanced 5-axis CNC equipment, each wheel is custom-built to your exact specifications. Blade geometry, bore design, and surface finish are optimized for maximum performance, ensuring perfect fitment and minimal vibration. Dawang turns complex turbo upgrade requirements into reliable, cost-effective solutions. Key Features Applicable Materials: Ti-6Al-4V Titanium (Grade 5), Inconel 718, 7075 Aluminum – lightweight and heat-resistant Blade Design: Backswept/split blades for 15-25% improved airflow and surge margin Bore & Hub: Precision splined bore with threaded retention for secure shaft connection Tolerance & Finish: ±0.005mm tolerance, mirror polish (Ra 0.4), dynamically balanced Custom Dimensions: Diameter 60-200mm, blade count 8-14, fully customizable per drawing
Brief:The Dawang Precision Titanium Fixture is a lightweight, high-strength vacuum jig for precision manufacturing. It features a dense micro-hole array for secure clamping and reinforced structure for stability in aerospace and medical applications. Custom 5-axis CNC machined for superior durability and accuracy. Key Features Material: Ti-6Al-4V Titanium – ultra-light with high corrosion resistance Design: Vacuum holes + precision slots for reliable workpiece holding Tolerance: ±0.01mm for repeatable precision Surface: Mirror polish for clean, low-friction use Applications: Aerospace fixtures, medical jigs, precision machining
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Brief:The Dawang Precision Metal 3D Printed Lattice Structure Component is an advanced lightweight solution manufactured via SLM technology from titanium alloy. It achieves up to 70% weight reduction through optimized internal lattice geometry while delivering superior strength, thermal performance, and stiffness—perfect for demanding aerospace, automotive, and industrial applications. Built directly from your digital designs, each part undergoes topology optimization for maximum efficiency. Dawang makes complex lightweight structures simple, rapid, and cost-effective. Key Features Applicable Materials: Ti-6Al-4V Titanium, AlSi10Mg Aluminum, Inconel 718 – high strength and heat-resistant Lattice Design: Custom gyroid/honeycomb infill for 30-70% weight savings Integration: Built-in mounting flanges and precision holes for seamless assembly Tolerance & Finish: ±0.05mm accuracy, optional polishing or heat treatment Build Size: Custom dimensions up to 300mm, fully tailored to your requirements
Brief:The Dawang Precision EV Charging Gun Assembly is a durable plastic handle and connector housing for new energy vehicles. It offers ergonomic design, GB/T-compliant multi-pin support, and IP55+ waterproof sealing for safe, reliable charging. Precision injection molded for high strength and outdoor durability.
Key Features Material: PA66+GF/PC/ABS – impact-resistant and flame-retardant Design: Ergonomic grip + 7-pin connector with sealing grooves Protection: IP55+ waterproof/dustproof Standard: GB/T 20234 compliant Applications: EV charging guns, fast chargers, public stations
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Brief:The Dawang Precision Medical Gas Control Valve is a biocompatible stainless steel regulator with multiple ports and ergonomic handle for accurate flow management in respiratory and anesthesia systems. Custom 5-axis CNC machined for leak-proof performance and easy sterilization.
Key Features
Material: 316L Stainless Steel – fully biocompatible Design: Multi-port fittings + precision adjustment handle Tolerance: ±0.005mm for reliable sealing Surface: Mirror polish for hygiene Applications: Ventilators, anesthesia machines, infusion systems
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Brief:The Dawang Precision Mold Parts set is designed for Bluetooth TWS earphone injection molds, featuring hardened steel ejector pins, core inserts, and covers for exceptional durability and precision in high-volume production. Custom 5-axis CNC machined for million-cycle performance and perfect cavity fit. Key Features Material: H13/SKD61 Mold Steel – hardened for wear resistance Components: Ejector pins, discs, covers for complete mold support Tolerance: ±0.002-0.005mm for flawless ejection Surface: Mirror polish/chrome plating Applications: TWS earbuds, wearable devices, electronics molds
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