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Wuhan Zhonghanda Precision Technology Co., Ltd.
Wuhan Zhonghanda Precision Technology Co., Ltd.
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Address: Building 24, Jiangxia Intelligent Manufacturing Industrial Park, Miaoshan Development Zone, Jiangxia District, Wuhan, China
Mobile: +86 18620239215
Phone: +86 21 87941283
E-mall: info@zhdcnc.com

Semiconductor Precision Manufacturing | ZHD Precision

Semiconductor Product Development & Precision Manufacturing

Accelerate innovation for semiconductor equipment, wafer processing systems and microelectronic component platforms with ZHD Precision. We reduce engineering risks and shorten project cycles via certified ultra-precision prototyping, micro machining and large-scale mass production solutions.

  • PARTSemiconductor-grade ultra-precision components
  • DFMDFM feedback within 24 hours
  • ENGInstant quotation & 24/7 professional engineering support
  • QCFull-process cleanroom quality inspection
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Close-up of patterned semiconductor dies on a wafer

Industry reference: patterned semiconductor wafer

Treat contamination behavior as part of the mechanical specification.

Semiconductor equipment parts must connect micro-dimensional control with particle prevention, low-outgassing materials, vacuum surfaces and clean packaging.

Technician inspecting a component through a laboratory microscope
Cleanliness, vacuum and ESD controlInspection reference: microscope-assisted component examination
  1. 01

    Material purity

  2. 02

    Micro machining

  3. 03

    Surface control

  4. 04

    Clean inspection

  5. 05

    Protected packing

Cleanliness, vacuum and ESD control

We support prototype, validation, and production programs for organizations developing demanding industry equipment and components.

Requirements Review

Applicable quality, traceability, and documentation requirements are reviewed before production.

Review a Semiconductor Equipment Part

Machining tolerance

±0.005mm

Cleanroom standard

ISO 14644-1

Release focus

Micro CTQ

Surface Finishes

Technician inspecting a component through a laboratory microscope
Semiconductor quality contextInspection reference: microscope-assisted component examination

Selected surface route

Semiconductor Grade High-Cleanliness Surface Finishes

We deliver standardized semiconductor-grade surface finishes processed in dust-free cleanrooms, achieving low-outgassing, anti-static, zero-particle and high-stability performance, and meeting strict ultra-clean manufacturing standards for chip and microelectronic equipment.

Traceable release packet

Quality Inspection & Compliance Documents

Confirm Required Documentation
D01

Complete Inspection Reports & Global Compliance

D02

Advanced high-precision CMM & CNC VMM full inspection reports

D03

Precision Micro-dimensional Reports (PDR)

D04

First Article Inspection (FAI)

D05

High-purity Material Test Reports & Cleanliness Certificates

D06

Official Certificate of Conformance (CoC)

D07

Full process traceability & micro-precision CTQ real-time monitoring

Quality Certifications

Authorized Certifications & Standard Compliance

Technician inspecting a component through a laboratory microscope
Industry quality contextInspection reference: microscope-assisted component examination

Total delivered projects: 6000+

Request Compliance Support

Selected compliance control

ISO 9001:2015

Professional semiconductor manufacturing quality certification, strict control over micro-dimensional accuracy, ultra-clean production consistency and full lifecycle traceability for core semiconductor equipment components.

Lenovo
FiberHome
Guide Infrared
Raycus Laser
Sangong Laser
Lear APAC

Core Manufacturing Services

Advanced Production Technologies for Semiconductor Components

Automated assembly equipment working over populated circuit boards
Semiconductor process contextProcess reference: electronics board assembly

Selected manufacturing route

3/4/5 Axis Ultra-precision CNC Milling

High-precision multi-axis micro milling for wafer processing parts, vacuum chamber structures and semiconductor core fixtures. Tolerance up to ±0.005mm. Supports complex micro geometric parts, lead time as fast as 24 hours.

Close-up of patterned semiconductor dies on a wafer
Semiconductor operating contextIndustry reference: patterned semiconductor wafer

Material

Stainless Steel

Recommended Process

CNC Micro Machining, Sheet Metal

Core Advantages

High purity, low particle emission, excellent corrosion resistance, non-magnetic

Typical Application Parts

Vacuum chamber parts, wafer fixture bases, cleanroom structural components

Semiconductor Components We Manufacture

Full Range of Custom Semiconductor Ultra-precision Parts We manufacture diversified ultra-precision components made of high-purity metals and special engineering plastics for the semiconductor industry. All products meet micro-level ultra-tight tolerance requirements for core chip manufacturing assemblies, adopting certified low-outgassing, anti-corrosion and high-cleanliness materials, with 100% full inspection via high-precision CMM and automatic testing equipment.

Close-up of a populated printed circuit board and integrated circuits
Semiconductor application contextApplication reference: precision electronics assemblies

Selected component

Wafer Processing & Transmission Components

Discuss a Similar Part

Why Choose ZHD Precision

ZHD Precision has 17 years of in-depth experience in semiconductor equipment prototyping, trial production and mass manufacturing. We serve global semiconductor equipment manufacturers and microelectronics suppliers, delivering ultra-precision components that comply with the strict cleanliness and tolerance standards of the semiconductor industry. Our digital manufacturing workflow realizes seamless transition from CAD drawings to high-purity, high-precision physical parts.

Close-up of patterned semiconductor dies on a wafer
Semiconductor industry contextIndustry reference: patterned semiconductor wafer

Selected manufacturing control

Semiconductor-grade Standard Operation

Follows the highest semiconductor clean manufacturing specifications to ensure ultra-high precision, low particle emission and operational stability for core wafer processing and chip manufacturing systems.

Review a Semiconductor Equipment Part

Representative Applications

Representative project details can be reviewed according to application, material, process, inspection, and confidentiality requirements.

Close-up of a populated printed circuit board and integrated circuits
Semiconductor application referenceApplication reference: precision electronics assemblies

Confidential project review

Review a representative semiconductor program through its actual engineering context.

Request a Relevant Project Example
R01

Review dimension

Application

R02

Review dimension

Critical risk

R03

Review dimension

Material and process

R04

Review dimension

Inspection evidence

R05

Review dimension

Confidentiality

Q: What quality certifications do you have for semiconductor equipment manufacturing?
A: Yes. Our factory is fully certified to ISO 9001:2015 quality management system and complies with ISO 14644-1 cleanroom manufacturing standards. All semiconductor parts are produced under ultra-clean environment with full production traceability.
Q: What production services do you provide for semiconductor parts?
A: We offer one-stop ultra-precision solutions including 5-axis micro CNC machining, precision die casting, cleanroom sheet metal, anti-static injection molding, rapid prototyping and mass production for semiconductor equipment components.
Q: Can you provide PPAP, FAI and other semiconductor standard documents?
A: Absolutely. We can supply complete PPAP (Level 1-5), First Article Inspection (FAI), high-purity material reports, micro-dimensional inspection reports and other semiconductor compliance files as required.
Q: What is your typical lead time for semiconductor prototypes and mass orders?
A: Ultra-precision prototypes can be finished within 3–5 working days. For mass production, the lead time depends on micro-precision complexity and quantities, normally 7–15 working days.
Q: What materials are commonly used for semiconductor equipment parts?
A: We process high-purity stainless steel, aluminum alloy, titanium alloy, PEEK, PMMA/PC, medical-grade silicone and other semiconductor-grade low-outgassing, anti-static materials.
Q: What surface treatments for semiconductor parts can you do?
A: We support semiconductor-grade treatments including ultra-fine mirror polishing, high-purity anodizing, anti-static coating, electropolishing, ultra-clean blasting and vacuum degassing.
Q: What precision can your semiconductor CNC parts achieve?
A: Our ultra-precision machining tolerance can reach up to ±0.005mm. All micro critical dimensions are inspected by high-precision CMM and VMM to meet semiconductor ultra-high assembly standards.
Q: Do you accept custom semiconductor parts based on customer drawings?
A: Yes. We accept custom ultra-precision manufacturing according to your 2D/3D CAD drawings or samples. Our engineers will also provide free micro-precision DFM optimization suggestions.
Q: Can you produce core parts for wafer and chip manufacturing equipment?
A: Yes. We have rich experience in manufacturing wafer transmission parts, vacuum chamber components, chip testing fixtures and other core semiconductor equipment precision parts.

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