CNC Machining for Industrial Equipment

High-volume and prototype CNC machining for industrial components, combining tight tolerances with durable materials. We support pumps, valves, fixtures, and custom machinery parts with consistent quality.

Our advantages

Why Choose RuoChen Precision for Industrial Projects

We deliver durable, precision parts at scale for industrial applications.

  • Quality Control

    ISO-driven inspection ensures consistent tolerances and performance for safety-critical industrial parts.

  • Advanced Equipment

    Multi-axis CNCs and automated cells handle complex geometries and high-volume runs.

  • Engineering Support

    DFM guidance and drawing reviews reduce cost and simplify assembly for production.

  • On-time Delivery

    Order tracking, scheduled production, and supply-chain coordination for reliable lead times.

Application Areas

Industrial Application Areas

    Typical components we machine for industrial sectors, from fluid control to heavy machinery.Typical components we machine for industrial sectors, from fluid control to heavy machinery.


    • Pump housings and impellers
    • Valve bodies and seats
    • Hydraulic manifolds and blocks
    • Gearbox housings and carriers
    • Precision shafts and spindles
    • Couplings and flanges
    • Fixture plates and tooling components
    • Sensor mounts and enclosures
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application

Typical Parts for Industrial

  • Hydraulic Manifolds

    Complex internal passageways machined to tight tolerance for leak-free hydraulic systems.

    316L stainless / 6061-T6 aluminum / 17-4 PH
  • Gearbox Housings

    Rigid housings machined for bearing fits, alignments, and thermal stability.

    4140 steel / A356-T6 aluminum / gray iron
  • Precision Shafts & Spindles

    Turned and ground shafts held to tight concentricity and surface finish specs.

    52100 bearing steel / 17-4 PH / 303 stainless
process

Our Service Process

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

    Application-Focused Drawing Review

    We begin by understanding how your industrial parts work inside pumps, valves, gearboxes, or fixtures. Drawings and 3D models are checked for machinability, seal surfaces, and strength-critical areas.

    • Confirm sealing faces, bearing seats, and load paths
    • Suggest design tweaks to reduce machining time and waste
  • Setup

    Tooling & Process Planning for Industrial Runs

    Our team defines tooling, fixtures, and process routes suited for both small batches and larger production runs. Setup emphasizes stability and flexibility for future repeat orders.

    • Robust fixtures designed for heavy parts
    • Process planning that supports repeatable production
  • Production

    Reliable Machining for Heavy-Duty Parts

    Industrial components are machined on multi-axis centers with stable cutting parameters. We focus on consistent dimensional accuracy, smooth sealing faces, and reliable performance in harsh conditions.

    • Controlled machining for manifolds, housings, shafts
    • In-process checks for critical diameters and surfaces
  • Finishing

    Surface Treatment for Durability

    Parts receive appropriate surface treatments such as anodizing, plating, or shot peening to resist wear, corrosion, and pressure. Final inspection confirms dimensions and finish quality.

    • Protective coatings selected for the working environment
    • Dimensional and visual checks before packing
  • Delivery

    Robust Packing for Heavy Components

    We use reinforced packaging, custom foam, and pallets to protect heavy industrial parts in transit. Shipping is coordinated to match your installation or maintenance schedules.

    • Palletized loads and protective corner guards
    • Clear labeling for fast identification at site
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 wide range of industrial metals and apply finishes for durability and corrosion resistance. Typical treatments include anodizing, plating, passivation, hardening, and precision grinding.

  • Material selection for load, wear, and chemical exposure: stainless steels, carbon and alloy steels, aluminum, brass, bronze, and engineering plastics.
  • Finishing options include anodize, zinc or nickel plating, passivation, shot peen, heat treatment, powder coat, and precision polishing.
Discuss Your Project

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