Powering Your Batch Precision

  • Higher Throughput
  • Faster Cycle Times
  • Stable Accuracy
  • Labor Reduction
  • Lower Cost Per Unit
  • Consistent Quality

 

Zhongyi CNC Machinery

Member of Cixing Group, listed on Shenzhen Stock Exchange (300307)
6000+

Annual Installations

Proven large-scale production capacity.
20000㎡

Manufacturing Facility

Industrial-scale factory in Dongguan.
6

R&D Engineers

Focused on multi-spindle platform optimization.
4

Testing Engineers

Dedicated to machining validation.
2021

Multi-Spindle Focus

Dedicated exclusively to multi-head platforms.
Avg.34

Management

Young, engineering-driven leadership team.
10+

Installation Engineers

On-site commissioning and training support.
90+

Skilled Assembly Workers

Experienced in precision equipment assembly.

Why Choose Zhongyi

1

Only Multi-Spindle

We build only multi-spindle CNC platforms.
Your batch efficiency becomes our single mission.

2

Higher Output

Parallel spindles increase parts-per-hour significantly.
Achieve more production with the same workforce.

3

Faster Payback

Lower cost per part through parallel machining.
Shorter cycles accelerate ROI for your line.

4

Stable Precision

Granite structure supports long-run accuracy.
Repeatability stays consistent across full-shift production.

5

Fit Your Parts

2/4/5/6 spindles matched to your products.
We configure spacing, tooling, and process strategy.

6

Proven Support

Send drawings; we validate machining results.
You decide with measurable proof, not promises.

Project Validation & Delivery Process

Delivery Standard

Equipment delivery is defined by one condition:
The machine must consistently produce the approved finished part.

Core Principle

Capability is proven through finished parts.
Precision is demonstrated, not promised.

  • Step1Define the Finished-Part Standard

    Clients submit finalized drawings or physical samples, supported by material specifications, tolerance requirements, surface standards, and production targets. These inputs establish the exact finished-part benchmark the platform must consistently achieve.

  • Step2Engineering Capability Assessment

    We conduct a structured machining feasibility review based on the defined benchmark. Spindle configuration, layout strategy, tooling approach, and cycle planning are determined to match the required part performance.

  • Step3Real Machining Validation

    Test parts are machined strictly according to the provided drawings or reference samples. Dimensional accuracy, surface condition, and process stability are measured under controlled conditions.

  • Step4Sample Confirmation

    The physical sample and inspection data are reviewed by the client. Only validated results proceed to equipment manufacturing. No assumptions. No shortcuts.

  • Step5Platform Manufacturing

    The machine is built according to the validated configuration and confirmed machining parameters. Assembly, calibration, and internal inspections ensure repeatability of the approved finished part.

  • Step6Production-Level Trial

    Before release, full-speed trial machining is conducted. Stability and consistency are verified under production-like conditions.