Automation Industry
CNC prototyping and on-demand production for the automation industry, supporting the development of automation equipment, mechanical structures, and precision components with tight tolerances and reliable quality.
Verify Certifications On Demand：ISO 9001:2015 | IATF 16949:2016
Why Manufacturing is Critical in the Automation Industry
Automation equipment must operate continuously under load, vibration, heat, and mechanical stress, where even small dimensional deviations can affect motion accuracy and system stability. High-quality manufacturing is therefore essential to ensure precise component alignment, reliable installation of motors and sensors, and consistent performance across production runs. This is why automation manufacturers rely on CNC machining, die casting, sheet metal fabrication, and aluminum extrusion to produce dependable custom parts from prototyping to scalable production.
Why ZH Precision for Automation Industry Manufacturing
We deliver high-precision automation components with consistent quality, advanced equipment, and engineering expertise. Our focus on manufacturability, repeatability, and long-term reliability ensures every part meets strict requirements and supports dependable system performance.
Quality Assurance
Every part is inspected with ZEISS CMM, and detailed reports are provided to guarantee precise geometry, consistent quality, and reliable performance.
Advanced Equipment
We use GROB, GF Mikron, Jingdiao 5-axis, and Haas 4-axis machines, achieving tolerances as tight as ±0.0015 mm for precise, high-quality components.
Engineering Support
Our experienced engineers provide design feedback, DFM analysis, and project oversight to ensure every component is manufacturable, meets specifications, and performs reliably.
Automation Prototyping & New Product Development
Rapid prototyping plays a critical role in the automation industry. Before a system goes into production, engineers must verify mechanical fit, motion accuracy, structural strength, and assembly compatibility.
Rapid Prototyping
Bring your early-stage automation designs to life with prototypes produced strictly according to engineering drawings. This stage allows engineers to verify structural integrity, material suitability, and assembly fit before committing to production tooling. We provide CNC-based prototypes and flexible material options to support rapid design iterations and functional testing.
- Accurate prototypes reflecting final component geometry
- Structural and material validation under realistic conditions
- Rapid iteration to optimize mechanical design
Engineering Validation and Testing
Test functional prototypes to ensure they meet mechanical, structural, and motion requirements. EVT identifies potential weak points, assembly challenges, or material limitations early in the design process. We provide high-precision components and engineering feedback to support iterative improvements and reduce risk before design refinement.
- Verification of load-bearing structures and motion interfaces
- Assessment of material behavior under operational stresses
- Early detection of manufacturability and assembly issues
Design Validation and Testing
Refine and validate your design for assembly efficiency, tolerance alignment, and operational performance. At DVT, we produce prototypes using production-representative processes, allowing engineers to verify fit, function, and manufacturability. Surface finishes and material selections are tested to ensure reliability and readiness for pilot production.
- Optimize assembly workflow and component interactions
- Validate performance under realistic operating conditions
- Ensure manufacturability and production readiness
Production Validation and Testing
Confirm that your design can be manufactured consistently at scale. Pilot production runs at our facilities validate process control, repeatability, and final part quality. Feedback from this stage ensures efficient assembly and reliable production performance before full-scale manufacturing.
- Verify repeatability and quality of production processes
- Confirm assembly efficiency and dimensional consistency
- Identify and resolve remaining manufacturing challenges
Mass Production
Seamlessly transition from pilot testing to full-scale production. We leverage CNC machining, die casting, sheet metal fabrication, and aluminum extrusion to deliver high-precision automation components. Rigorous inspection and process control ensure every part meets structural, functional, and dimensional requirements, providing reliable supply for industrial automation applications.
- Consistent high-quality parts across large volumes
- Tight tolerances and reliable mechanical performance
- Scalable production with engineering support for ongoing improvement
Get a free DFM assessment
Our engineers can evaluate your design and recommend the most cost-effective solution — from CNC machining and die casting to sheet metal fabrication and aluminum extrusion.
Manufacturing Processes for Automation Industry
Automation components require different manufacturing technologies to meet precision, strength, and functional requirements. We offer a full range of processes for prototypes and production parts, ensuring reliability and manufacturability.
CNC Machining
CNC milling and turning produce motion components, brackets, robotic parts, and structural plates with tight tolerances and consistent surface quality.
Die casting
Die casting is ideal for motor housings, control enclosures, and electronic covers, providing consistent dimensions and mechanical strength for high-volume parts.
Sheet Metal Fabrication
Sheet metal fabrication is used for control cabinets, machine covers, mounting frames, and structural panels, offering precision and rigidity.
Aluminum Extrusion
Aluminum extrusion creates lightweight, modular frames and support structures for conveyor systems, robotic cells, and automated lines.
Materials & Surface Finishes
Materials
We provide a wide range of materials, including metals, plastics, and composites.
Surface Treatment
We offer superior surface finishes that enhance part durability and aesthetics for applications requiring smooth or textured surfaces.
Custom Parts for Automation Equipment
ZH Precision produces metal parts for automation equipment, including frames, brackets, mounting plates, motion components, and housings. These parts are installed in robotic systems, assembly lines, and industrial machinery. Every part is made to meet the required dimensions, strength, and surface quality for reliable operation in automated equipment.
- Gearbox Housing
- Motor Housing
- Servo Motor Bracket
- Stepper Motor Housing
- Robot Arm Base Plate
- Actuator Housing
- Transmission Coupling Hub
- Bearing Housing
- End Effector Body
- ensor Housing
- Linear Actuator Mount
- Machine Frame Bracket
- Pulley Hub
- Motor End Cap
- Gear Carrier
- Robotic Joint Housing
- Drive Shaft Housing
- Coupling Adapter
- Timing Pulley Body
- Aluminum Housing Panel
Trusted by Leading Global OEMs
ZH Precision is a manufacturing partner for global OEMs, including Foxconn, Airspan, Oracle, Juniper Networks, Alnan, and SAGERAN. With established capabilities, consistent quality, and responsive engineering support, we are a reliable supplier in the automation industry.
Extensive Industry Experience
Communications Industry FAQ
Find answers to the most common questions about our telecom component manufacturing capabilities.
A. We produce RF housings, antenna brackets, filter cavities, heat sinks, enclosures, and other precision metal parts for 4G/5G communication equipment.
A. Our tolerance performance is tailored to the manufacturing process, and here are the specific achievable ranges:
- CNC machining: It can stably control the tolerance within ±0.003–0.008 mm. This precision is fully capable of meeting the production needs of key RF and communication parts, avoiding problems such as poor assembly or signal interference caused by size errors.
- Die casting: As a high-efficiency forming process, its tolerance is generally ±0.02–0.1 mm. It is mainly used to produce large structural parts of communication equipment, which can well balance production efficiency and the basic dimensional requirements of parts.
If you have special precision needs, we can combine the two processes to adjust the tolerance to the required level.
3. Yes, we provide fast prototypes based on your 2D/3D files through CNC machining, deburring and cleaning, secondary precision machining, surface finishing, and proper protection before shipping.
A:Yes. We offer free DFM checks to ensure proper heat dissipation, structural stability, and manufacturability for communication components.
A: Aluminum alloys (6061, 6063, A380, ADC12), brass, stainless steel, and other RF-friendly metals depending on weight, strength, and thermal requirements.
