Services
CNC machining of industrial machinery parts
Industrial Machinery Parts Manufacturing Solutions
Why US
Choose our CNC machining of industrial machinery parts
The core requirements for parts manufacturing in industrial machinery and equipment are very clear: reliability, replaceability, and delivery speed. We provide parts manufacturing solutions covering CNC machining, sheet metal processing, and 3D printing for the industrial machinery industry, supporting needs at different stages such as equipment research and development, production operation, maintenance, and upgrades.
Through our multi-process manufacturing capabilities, we can simultaneously cover complex drive components and basic support parts, helping industrial equipment manufacturers and maintenance teams reduce downtime risks and shorten delivery cycles while ensuring functionality and durability.
Why industrial machinery customers choose us
Manufacturing decisions in the industrial machinery industry essentially boil down to controlling three things: downtime risk, delivery uncertainty, and manufacturing costs. We have established a capability system applicable to the manufacturing of industrial machinery components, centered around these three core issues.
Rapid manufacturing reduces equipment downtime losses.
Any idle industrial equipment results in direct economic losses. We offer rapid manufacturing services for the industrial machinery sector, ensuring on-time delivery and rapid assembly of parts.
- Delivery time for CNC machining and sheet metal processing starts from 5 working days.
- 3D printing can be completed in as little as one business day.
- Supports both single-piece ordering and mass production.
- Provides local and global CNC machining services
This model is particularly suitable for replacement parts, emergency repair components, and small-batch customization needs.
Instant quotes and DFM engineering support
In industrial machinery projects, design iterations are frequent and parts are highly complex. We offer instant quotes and DFM (Design for Manufacturing) support to help clients reduce manufacturing risks during the design phase.
- Get parts price and delivery time in seconds.
- Supports price and solution comparison for multiple design versions
- Manage iterative versions of a large number of custom parts
- Receive DFM guidance before manufacturing begins
This process can significantly reduce rework, delays, and unnecessary costs.
Manufacturing capabilities covering both complex and basic components
Industrial machinery often contains both highly complex drive components and standard structural parts. We utilize a combination of various manufacturing processes to meet the processing requirements of parts with varying degrees of complexity:
- Supports parallel CNC machining, sheet metal processing, and 3D printing
- More than 50 metal and plastic materials are available.
- Multiple industrial-grade surface treatment solutions
- Has passed ISO 9001 quality management system certification, and its manufacturing network has multiple professional certifications.
This capability structure allows us to handle complex components and simple support structures simultaneously within the same project without affecting the overall delivery schedule.
Our industrial machinery manufacturing capabilities
The core of industrial machinery parts manufacturing lies not in a single process, but in achieving a stable balance between complexity, cost, and delivery time. Through our combined manufacturing capabilities in CNC machining, sheet metal fabrication, and 3D printing, we support diverse needs for industrial machinery equipment, from prototype development to replacement parts and mass production.
CNC milling is widely used in the production of structural components, fixtures, supports, and functional parts in industrial machinery, balancing precision and cost efficiency.
Processing capabilities and characteristics
- Suitable for both prototyping and mass production.
- Supports three-axis, four-axis and five-axis CNC milling.
- Capable of machining complex geometries and high-strength structures
- Compatible with a variety of metals and engineering plastics
- Delivery time starts from 5 working days.
CNC milling is particularly suitable for manufacturing industrial fixtures, tooling, automated equipment parts, and non-standard structural components.
For shaft-shaped, cylindrical, or rotationally symmetric parts, CNC turning is the most efficient and consistent machining method.
Processing capabilities and characteristics
- Machining using a combination of lathe and power cutting tools
- Suitable for shafts, sleeves, bushings, and rotating parts.
- Supports over 60 types of metals and plastics.
- Contains more than 10 types of aluminum alloys and more than 20 types of steel.
- Delivery time starts from 5 working days.
CNC turning is often used for key parts in transmission systems, connecting components, and motion mechanisms.
3D printing provides the industrial machinery sector with rapid, low-cost verification and customization capabilities, making it particularly suitable for complex structures and non-standard parts.
Supported additive manufacturing processes
- FDM
- SLA
- SLS
- MJF
Machining accuracy and delivery
- Dimensional accuracy ±0.5%, with a lower limit of ±0.15 mm (±0.0059 in).
- More than 25 types of plastic materials and more than 35 colors are available.
- Minimum delivery time: 1 business day
3D printing is often used for prototype verification, assembly testing, and rapid manufacturing of low-load functional parts.
Sheet metal processing is widely used in the frames, shells, supports and protective structures of industrial machinery and equipment, emphasizing structural strength and assembly consistency.
Sheet metal manufacturing capabilities
- Laser cutting, precision bending and post-processing
- Applicable to structural components and protective assemblies
- Tolerances up to ±0.10 mm (±0.004 in)
- Delivery time starts from 5 working days.
Sheet metal processing is suitable for use in conjunction with CNC machining to construct complete industrial mechanical structural systems.
Industrial machinery materials and surface treatment capabilities
Industrial machinery and equipment typically operate under long-term, high-load, or complex environments. The material properties and surface finish requirements of components directly impact the stability and maintenance costs of the equipment. We support a variety of industrial-grade metals and engineering plastics and offer mature surface treatment solutions to meet the performance requirements of different industrial machinery applications.
We can process a variety of metal materials commonly used in the industrial machinery industry, suitable for structural parts, transmission components, fixtures and wear-resistant parts.
- Steel and stainless steel
These materials are widely used in load-bearing structures, transmission components, and high-strength industrial parts, balancing mechanical performance and processing stability.
- Aluminum alloy
Aluminum alloys are suitable for industrial machinery structural parts and automation components where weight and processing efficiency are required.
- Brass and copper alloys
It is commonly used in conductive components, wear-resistant parts, and industrial machinery applications that require high thermal conductivity.
Engineering plastics are an important complement to metals in low-friction, insulating, or lightweight applications.
Thermoplastic engineering plastics
- Polyoxymethylene (POM)
- Polyetheretherketone (PEEK)
- Polyethylene terephthalate (PET)
General polymers
- Polyethylene (PE)
- Polypropylene (PP)
- Polyvinyl chloride (PVC)
These materials are suitable for sliding parts, housings, supports, and industrial machinery parts that require chemical resistance or electrical performance.
To enhance the durability, corrosion resistance, and environmental adaptability of industrial machinery parts, we offer a variety of industrial-grade surface treatment solutions.
Optional surface treatment processes
- Anodizing
- Electroless nickel plating
- Black Oxidation
- Chromate conversion coating
- Powder coating
- Passivation
- Plugin installation
- Other custom post-processing
Surface treatment options can be selected based on the part material, working environment, and service life requirements to ensure a reasonable balance between performance and cost.
Industrial machinery application examples (Use Cases)
Industrial machinery typically consists of numerous components with varying functions, including high-load, continuously operating core parts as well as structural and auxiliary components. Our combined manufacturing capabilities in CNC machining, sheet metal fabrication, and 3D printing support a wide range of industrial machinery applications.
Motion and transmission system components
Motion and transmission components are the foundation for the stable operation of industrial machinery and equipment, and have high requirements for dimensional consistency and durability.
Typical parts
- Shafts and sleeves
- Transmission connecting parts
- Sliding and support components
These parts are typically manufactured using CNC turning or CNC milling to ensure stability and replaceability during long-term operation.
Conveying and transporting system components
In conveying, transmission, and production line equipment, structural stability and assembly consistency are particularly critical.
Application scenarios
- Conveyor belt related structural components
- Brackets and mounting components
- Protective and guiding components
These parts are mostly manufactured using sheet metal processing or CNC machining, and are treated with appropriate surface treatments to improve wear resistance and corrosion resistance.
Industrial clamps, tooling and positioning devices
Fixtures and tooling directly affect the efficiency of industrial machining and assembly, and are key to improving production consistency.
Typical applications
- CNC machining fixtures
- Assembly positioning fixture
- Testing and calibration tools
These parts typically require high dimensional accuracy and repeatability, making them suitable for highly stable CNC machining processes.
Automated equipment and system components
Automated equipment has high requirements for the precision, reliability and assembly compatibility of its components.
Applicable parts
- Structural components of automated equipment
- Functional support and mounting components
- Motion module components
By combining CNC machining and sheet metal processing, the dual requirements of automated systems for structural strength and assembly efficiency can be met.
Replacement parts and equipment maintenance support
During long-term operation of industrial machinery, the delivery speed of replacement parts directly affects the equipment downtime.
Application characteristics
- Small batch or single-piece customization
- Rapid delivery requirements
- Highly compatible with existing equipment
We can quickly manufacture replacement parts that meet requirements, helping customers reduce downtime and maintain equipment operating efficiency.
Prototyping and Engineering Verification
During the development or modification phase of new equipment, prototypes and verification parts are used to test the structure, assembly, and function.
Typical uses
- Structural and assembly verification
- Functional test parts
- Design iterative prototype
By combining 3D printing with CNC machining, multiple rounds of verification can be completed in a short period of time, reducing design risks.
Frequently Asked Questions
We ensure that industrial machinery parts meet usage requirements through quality management systems, manufacturing process control, and testing mechanisms.
- The manufacturing process operates under the ISO 9001 quality management system.
- Standardized procedures are adopted for key processing and testing steps.
- Implement key control over important dimensions and functional features.
- All parts are manufactured and relevant data is recorded within a controlled process.
This approach ensures that parts are stable and repeatable in actual operation, rather than just meeting the results of a single inspection.
Machining accuracy depends on the part type, manufacturing process, and material selection. Common capability ranges are as follows:
- CNC machining: suitable for high-precision functional and structural parts
- Sheet metal processing: tolerances up to ±0.10 mm (±0.004 in)
- 3D printing: Dimensional accuracy approximately ±0.5%, with a lower limit of ±0.15 mm.
Before manufacturing, we determine the achievable precision range based on the part's intended use and assembly requirements to avoid unnecessary processing costs.
Industrial machinery projects typically involve the design of critical structures and equipment.
We implement multi-layered data protection measures within our manufacturing platform and partnership network:
- Design documents are only for manufacturing the specified project.
- Controlled access and permission management
- Strict data usage and storage standards
Ensure that customers' design data and intellectual property are effectively protected during the manufacturing and delivery process.
If any parts are found to be non-compliant with the confirmed specifications, we will handle them according to the established procedures:
- Review design documents and manufacturing records
- Analyze the causes of the problem and identify the responsible parties.
- Rework, remake, or other remedial measures may be taken depending on the circumstances.
Our goal is to ensure that delivered parts meet established technical requirements and are usable, rather than simply completing the delivery.