MARITIME and Oil &GAS

Core advantages of CNC machining of Marine and oilfield parts: dual-phase stainless steel/titanium alloy precision milling for deep-sea high pressure, surfacing welding tungsten carbide to strengthen the wear resistance of drilling tools, IP68 grade sealing structure processing, support corrosion resistance, high pressure components rapid prototyping to mass production.

Aerospace

Aerospace and UAV parts foreign trade with high precision ±0.005mm, multi-axis linkage processing complex surface capabilities, titanium alloy, nickeloalloy and other special materials to meet the lightweight thin-wall structure processing needs, support rapid prototyping solutions to ensure part consistency and reliability under extreme condition.

Medical

Jupaicnc With ISO13485 we are able to meet the complex construction needs of minimally invasive devices, custom rapid prototyping and mass production services. We provide fast response times at every stage of the manufacturing process, rigorous substance validation and strict quality control to ensure fast delivery of aseptic processing.

Energy

Core advantages of CNC machining of renewable energy parts: high-carbon steel/aluminum alloy five-axis topology optimization to reduce weight 30%, laser cladding weather-resistant coating up to ASTM B117 standards, wind power blades, energy storage components, surface accuracy ±0.1mm, support rapid prototyping of photovoltaic brackets and precision machining of energy storage components.

Robotics

The core advantages of CNC machining of robot and automatic parts, ±0.005mm precision fit high dynamic load structure, multi-axis linkage to achieve precision joint and harmonic reducer processing, to meet the lightweight, low inertia, jupaicnc through ISO 9001 certification, support rapid mass production of industrial sensor components.

AutomoTIVE

Jupaicnc has extensive experience in the prototyping and manufacturing of automotive parts through IATF 16949, including servicing leading automotive companies such as BMW, Aston Martin, Bentley, Ford, Tesla, Magna, etc. We utilize rapid prototyping techniques to produce high-performance physical prototypes that can be designed and built to pass some of the most rigorous validation and testing procedures.