CNC Machining for New Energy

Precision machined components for renewables, energy storage, and hydrogen systems. RuoChen Precision delivers tight tolerances and reliable supply to support rapid development and scaled production.

Our advantages

Why Choose RuoChen Precision for New Energy

Manufacturers trust us to produce durable, high-performance parts for next-generation energy systems.

  • Quality Control

    ISO-aligned inspection and full traceability ensure parts meet safety and lifetime requirements.

  • Tight Tolerances

    Multi-axis CNC and precision grinding deliver repeatable tolerances for critical assemblies.

  • Engineering Support

    Design for manufacturability (DFM) guidance speeds qualification and reduces unit cost.

  • Reliable Delivery

    Structured production planning and supplier management support on-time deliveries for serial programs.

Application Areas

New Energy Application Areas

    Typical components we machine across renewables, energy storage, and hydrogen technologies.


    • Battery module and enclosure assemblies
    • Busbars, current collectors and electrical connectors
    • Power electronics and inverter housings
    • Heat sink and thermal management plates
    • Hydrogen valves, manifolds and flow components
    • Wind turbine actuator and gearbox parts
    • Solar tracker bearings and mounting hardware
    • High-pressure fittings and sealing interfaces
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application

Typical Parts for New Energy

  • Battery Module Housings

    CNC-milled housings, lids, and internal brackets with integrated cooling channels and mounting features.

    6061-T6 & 7075-T6 aluminum / 304 & 316 stainless
  • Power Electronics Housings

    Precision enclosures and heatsink assemblies for inverters, converters, and charge controllers.

    6xxx aluminum / copper alloys / anodized finishes
  • Hydrogen & Fuel Cell Components

    Manifolds, end plates, and sealing interfaces machined for high-pressure and corrosion resistance.

    316 stainless / nickel alloys / Ti-6Al-4V
process

Our Service Process

  • Blueprint
  • Setup
  • Production
  • Finishing
  • Delivery
  • Blueprint

    Design Review for Energy Systems

    We review housings, manifolds, and structural parts used in battery systems, power electronics, and hydrogen equipment. Our engineers check tolerances, sealing interfaces, and thermal features.

    • Evaluate sealing faces and cooling channels
    • Suggest optimizations to improve manufacturability and heat transfer
  • Setup

    CNC Programming for Thermal & High-Pressure Parts

    We prepare CNC programs and fixtures to machine precise channels, interfaces, and mounting points. Process planning focuses on stable production for both prototypes and early series builds.

    • Toolpaths for complex cooling channels and pockets
    • Fixtures designed to hold long or thin-walled parts securely
  • Production

    Stable Machining for New Energy Components

    Parts for batteries, inverters, and hydrogen systems are machined under controlled conditions. In-process inspections maintain tight control over flatness, sealing surfaces, and connector

    • Multi-axis machining of housings, plates, and manifolds
    • Close monitoring of sealing grooves and flatness
  • Finishing

    Corrosion & Sealing-Oriented Treatment

    Parts receive anodizing, passivation, or nickel plating to protect against corrosion and support long-term sealing performance. Final inspections verify dimensions and surface integrity.

    • Surface treatments matched to battery or hydrogen environments
    • Flatness and surface checks on sealing faces
  • Delivery

    Project-Based Scheduling & Secure Packaging

    We pack new energy components with protective materials and coordinate shipments according to your project milestones, from prototype trials to ramp-up production.

    • Protective foam and dividers for machined housings
    • Delivery planning aligned with build and test phases
Services

Our Machining Capabilities

We provide end-to-end CNC machining services to support your project from prototype to mass production.

Material

Materials & Surface Treatment

We machine a broad range of metals and alloys suited to electrical conductivity, corrosion resistance, and high-temperature service. Standard finishing options meet industry requirements for protection and assembly.

  • Material selection for conductivity, corrosion, and temperature: aluminum, stainless, copper, titanium, nickel alloys.
  • Finishes include anodizing, passivation, electroless nickel, plating, powder coat, and fine polishing for sealing faces.
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