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China CNC Machining Services

TEAM MFG is one of the best CNC machining factory in China, we equips with 3-axis, 4-axis, 5-axis CNC milling machines, CNC turning machines, and couples with sophisticated grinding and EDM machines to meet the intricate needs of our customers. Besides from mass production, TEAM MFG also offers rapid prototypes and small-batch parts in complex shapes and tight tolerance, we aims to produce high-quality parts efficiently at competitve prices!
Custom CNC Milling

CNC Milling

What is CNC Milling

CNC milling is one of the most commonly used CNC machining method, it is under computer-controlled to create precise parts by removing material from a solid block (metal, plastic, or composite) to create precise parts.

Types of CNC Milling

  • 3-axis milling – simple, cost-effective parts
  • 4-axis milling – adds rotation for complex sides
  • 5-axis milling – complex geometries, undercuts, high precision
Not only for the simple parts, TEAM MFG also has CNC milling capabilites to handle even the most complex shapes and geometries plastic and metal parts with ease.

CNC Turning & CNC Lathe

What is CNC Turning

Differ from CNC milling, CNC turning is used to make round or cylindrical precise parts by removing material from a rotating workpiece with a cutting tool controlled by a computer.

Mill-Turn Machining Capabilites

TEAM MFG equips with advanced Mill-Turn machining center, the machine combines CNC turning and CNC milling in one single setup, we can makes complex geometry parts easily and precisely.
Custom CNC Turning
EDM

EDM (Electrical Discharge Machining)

What is EDM

Comparing to CNC machining, EDM is using controlled electrical sparks to remove material. It is a non-traditional precision machining process. 

Main Types of EDM

1. Wire EDM
 Uses a thin, continuously fed wire as the electrode
 Ideal for cutting complex 2D profiles
 Extremely high accuracy (±0.002 mm possible)
Applications: molds, dies, gears, precision plates
2. Sinker (Ram) EDM
 Uses a shaped electrode (usually copper or graphite)
 Creates deep cavities and complex internal shapes
Applications: injection molds, die casting molds, tooling inserts
3. Fast Hole / Small Hole EDM
 Special EDM for drilling tiny, deep holes
 Hole diameters as small as 0.1 mm
Applications: cooling holes, ejector pin holes, aerospace parts
Besides from parts machining, TEAM MFG is a tooling and molding company, we build many tools for our customers in these 10 years, we fully understand how to process EDM on parts and tooling.

Grinding

CNC Grinding Services

Our CNC grinding services can deliver tight tolerance and excellent surface quality on hardened materials and metal. 
Surface Treatment

Rapid Prototypes & Small Run Production

By utilizing CNC machining to produce rapid prototypes and small-batch production parts, designers can seamlessly connect the product idea concept to full-scale manufacturing easily. 

How to Select the Machining Methods

If you are a designer, you usually have the questions – can this machining method make the geometry I want? What tolerance can it achieve? In order to answer all the questions might have, we list a comparison table here to tell the readers data of those five commonly used machining methods.
 

Process
 
Function
 		 Best For Best Tolerance Surface Material Suitablity Advatanges

CNC Milling
 		 Rotating tool cuts stationary workpiece Complex 3D shapes & surfaces ±0.01 mm or better Good (Ra ~0.8–1.6 μm) Metals, plastics Multi-axis machining, versatile geometry

CNC Turning
 		 Rotating workpiece, stationary cutting tool Cylindrical parts ±0.01 mm or better Very good (Ra ~0.4–1.6 μm) Metals, plastics
Fast and accurate for round parts

Grinding
 		 Abrasive wheel removes very fine material Precision surface finishing ±0.005 mm or finer Excellent (Ra < 0.2 μm) Hardened steel, carbide Ultra-precise tolerances, mirror finish

EDM
 		 Electrical discharges erode material Intricate cavities, sharp corners ±0.01 mm or better Excellent Hardened steel, titanium, conductive materials No tool pressure, sharp internal geometries

Wire EDM
 		 Thin wire cuts through conductive material Thin slots, fine details ±0.005 mm Excellent All conductive metals Cuts very hard materials, no mechanical force, high

Compound Machining Capabilities at TEAM MFG

TEAM MFG offers precision compound machining solutions to the customers all over the world. We combine advanced multi-axis CNC technology with expert craftsmanship to provide tight tolerance plastic and metal parts, flexible production from prototypes to mass production. Fast turnaround at competitive price!
What Is Compound Machining
How Compound Machining Works
Advantages of Compound Machining
Applications of Compound Machining

What Is Compound Machining

Compound machining(people also call it multi-process machining), it refers to:
  •  Performing two or more machining processes on the same machine without the operator needing to move or "re-clamp" the part. The process is benefits to improve accuracy, reducing mistake by handing, and shorten lead-time.
 Combining different machining methods to make a part manufacturing more efficiently and more precisely in a single workflow.

Types of Machines Used


 CNC Turning Centers with Milling Capability – Combines turning and milling.
 5-Axis CNC Machines – Can perform complex milling, drilling, and contouring operations in one setup.
 Multi-Tasking Machines (MTM) – Machines designed specifically for compound operations.
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How Compound Machining Works

Compound machining is an advanced manufacturing process that combines multiple machining operations into a single setup. This method is particularly useful for complex parts that require high precision and multiple types of operations, such as milling, drilling, turning, or tapping. By integrating these processes, compound machining improves efficiency, reduces handling errors, and ensures consistent tolerances.

Key Steps in the Process
1. Design and Planning 
2. Sequential Operations in One Setup
A, Turning & Milling
B, Drilling & Tapping
C, Surface Finishing
3. Tool Changes & Automation 
4. Inspection & Quality Control
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Advantages of Compound Machining

 High Efficiency: Shortening the production time by reducing multiple setups and tool changes that probably by hand .

 Superior Precision: Fewer alignment errors when less repositioning.

 Cost Savings: Streamlined operations means lower labor and fixture input.

 Enhanced Quality: Dimensional accuracy and surface integrity by continuous machining.

​​​​​​​ Ideal for Complex Parts: Perfect for parts and components that requiring intricate geometries.
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Applications of Compound Machining

Compound machining is highly versatile and widely used in industries that demand precision, efficiency, and complex part geometries. By combining multiple operations in a single setup, manufacturers can produce intricate components faster and more accurately.

Key Applications
 Aerospace Components - High-precision parts such as turbine blades, engine housings, and structural components.
 Automotive Parts - Engine components, transmission housings, and suspension parts.
 Medical Devices - Surgical instruments, implants, and prosthetic components.
 Electronics & Electrical Components - Connectors, housings, and precision brackets.
 Industrial Equipment - Pump housings, valves, and molds.
 Prototype & Custom Parts - Rapid production of prototypes with multiple operations in a single setup.
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Why Choose TEAM MFG for Custom CNC Machining Services

Online cnc machining services - You can place your order easily by e-mail/platform.

Quick CNC Quotes

Quickly CNC parts machining quote to speed up your decision-making, and move from idea to MFG without delay.
 

Prototype CNC Machining Services

Transform your concepts into prototypes with speed, enabling a faster path to verify the design and market promotion.

Custom Machined Components

Custom machining solutions that align with your specific project requirements.
 
 

Comprehensive Material Options

Diverities of metals and plastics available, aluminum cnc machining services, stainless steel cnc machining services, etc.

Exceptional Surface Finishes

Series of finishing options to enhance your CNC machined parts' aesthetics and functionality.
 

Quality and Reliability

Our team of engineers, IQC and OQC, backed by rigorous quality control measures, ensures top-notch quality in every single part.

Advanced Machining Facility

Following-up to ISO 9001:2015 and ISO 14001:2015 standards, our facility reflects our commitment to quality and environmental management.

Cost-Effective Solutions

Leveraging design for manufacturing principles, we optimize part designs for manufacturing efficiency, reducing costs for our clients.

Rapid Turnaround

Situated strategically near major shipping routes, we ensure swift manufacturing and delivery of your products.
 

What is CNC Machining

CNC machining is a manufacturing process that imputs computer program into the machine to control the movement of tools, to cut, shape, and from raw materials like metal, plastic, or wood into finished parts.

Key Points of CNC Machining：

 
 CNC = Computer-Controlled: Instead of manual operation, machines follow G-code or M-code instructions created from digital designs (CAD/CAM files).
 High Precision and Repeatability: CNC machines can make complex parts with tight tolerances and repeat the process exactly, thousands of times.
Types of CNC Machines:
 CNC Mills – Cut and drill using rotating tools.
 CNC Lathes – Spin the material while a cutting tool shapes it.
 CNC Grinding – Precise to cut hard metals.
 EDM (Electrical Discharge Machining) – Cuts using electric sparks.

How CNC Machining Works

By learning how CNC machining works, the designers can determine if choose CNC machining as the right process when comparing with other methods like injection molding, 3D printing, pressure die casting. It also highlights the capabilities of CNC, including achievable tolerances, surface finishes, and material options, which sets realistic expectations for part quality. Learning the workflow to know the status of machining, and what next step will be:

1. Design The Part

 
Designers/ Engineers use the 3D CAD software to create a 3D model with exact shape, dimensions, features, and sent it to manufacturers to make it.

2. Convert to Machine Code(CAM)

 
Manufacturers import the CAD file into CAM(Computer-Aided Manufacturing) software, and generates G-code that tells CNC machine what direction, how fast, how deep to cut, and so on.

3. Set-up the Machine

 
The operator secures the raw material (also called a workpiece) onto the CNC machine bed or fixture.
Correct tools (cutters, drills, etc.) are installed in the spindle.
 
 
3. Machine the Part
 
Following up with the G-code, the machine automatically move the cutting tool, and the workpiece. CNC machining operations typically are milling(cutting away material), turning(roating the part), drilling, boring, and more.
4. Finishing
 
After machining, parts may undergo deburring, surface finishing, or heat treatment. Typically, we can see the requirements on 2D drawings remarks.
5. Inspection
 
Final parts are inspected for accuracy and quality using tools like CMMs (coordinate measuring machines).
 
One-Stop Manufacturing Solution

PROFESSIONAL CNC MACHINING COMPANY

From competitive price and strong engineering supports to advanced machinery, strict quality control and flexible production services, TEAM MFG is a CNC machining company what buyers care about most. We are not only machine parts but also help you bring your ideas to life, with confidence and certainty.
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Custom Design Packing

TEAM MFG offers custom packing solutions designed to protect your products during shipping while enhancing their presentation for your customers by brand package and labling.
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In-Housing Assembly

 Better quality control
 Faster response to design changes
 Protection of proprietary designs or technology
 Potentially lower costs for high volumes
 Easier coordination between production and assembly teams.
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On-Demand Machining

 Flexible order quantities – From 1 piece to thousands.
 Fast turnaround – Production starts immediately upon order, reducing lead times.
 Scalable production – Easily move from prototyping to mass production.

CNC Machined Parts Gallery


The best way to choose a CNC machining partner is to see the real works they made! Our machining gallery below shows the actual parts we produced across many different industries. You can see a wide range of metals and plastics parts in complex geometries, fine surface finishes, tight-tolerance components. These images reflect the results of our technical skills and quality as well as the trust from our customers worldwide. Hope these cases can give your inspiration, evaluate our craftsmanship, and build confidence in our ability to meet your CNC machining project requirements.
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High-Quality Materials for CNC Machining

TEAM MFG works with a wide selection of materials, from rapid prototypes, to small batch manufacturing, and the follwing mass production:
  • Metals: aluminum, steel, stainless steel, brass, and copper etc.
  • Plastics: ABS, PC, POM, PMMA, and engineering plastics such as PTFE,PEEK etc.
Depending on each materials’ properties, the customers can have the best one to meet their diverse industrial requirements and design flexibilities. Our engineers can guide you to choose the exactly option for your project and its intended application, we know not only manufacturing but also material selection!
  • Stainless Steel
  • Brass
  • Copper
  • Plastics

CNC Machining Surface Finishes

As one of reliable  china cnc machining service suppliers, TEAM MFG offers a variety of surface finishes for CNC machined parts，
These finishes enhance the appearance, functionality, and durability of your CNC machined parts.
 
aluminum stainless steel steel plastic brass
clear anodized polishing zinc plating plating gold plating
color anodized passivating nickel plating polishing electroplating
sandblast anodized sand blasting Chrome plating sand blasting  
chemical film laser printing oxide black laser printing  
brushing   carburized silk printing  
plating   heat treatment    
painting   painting    
powder coated   powder coated    
laser printing   electroplating    
silk printing        
polishing        
Finishing

QC Inspection


With a combination of advanced measurement tools, completely inspection stages, skillful QC engineers, and a continuous improvement mindset, TEAM MFG ensures every single part is delivered with full inspection at consistent accuracy. We aim to deliver specified parts perform exactly as you expectation every single time!

Diverse Industries We Serve

Our CNC machining expertise extends across various sectors, including Aerospace & Defense, Automotive, Electronics, Energy, and Medical cnc machining services . Each industry benefits from our precise and reliable manufacturing capabilities, particularly in producing safety-critical components. Worldwide Shipment available by our online cnc machining services china.
 

What Our Amazon Clients Say

Many online sellers in Amazon and e-commerce platform realize their ideas through TEAM MFG’s CNC machining services, starting from simple functional prototypes, to the follow complex custom parts, and the end products with precision components, they are happy with what we are offers.

Developing a new product is a long-term commitment, and no one can predict whether it will become a market success. That’s why many Amazon companies choose small-batch production — it reduces upfront costs, lowers risk, and avoids unnecessary inventory. But finding a dependable small-batch manufacturing partner is challenging. Many suppliers are either too expensive, deliver unstable quality, or require long and unpredictable lead times.

TEAM MFG offers high-quality small-batch manufacturing. While we may not be the lowest-cost supplier in China, we consistently deliver the highest value — superior quality, reliable delivery, and competitive pricing that help your product succeed from prototype to production.
 

How to select the right high precision CNC Machining Service Provider?

 A Range of CNC Machining Types
When choosing a service provider, consider the variety of CNC machining options offered, including online CNC machining, CNC milling, and turning services. A broad spectrum of services ensures versatility and the capability to meet diverse production needs.
 Parts Machining Size
Choose a one-stop CNC machining shop who can offer not only medium part cnc machining services but aslo large cnc machining services, which can save your time and energy to manage several suppliers in the meantime.
 Importance of Responsive Communication
Responsive communication is critical in CNC machining. Select services that offer prompt and efficient responses, alleviating any concerns or queries during the manufacturing process.
 Global Reputation and Experience
Opt for CNC machining services with a global reputation and extensive experience. A proven track record in delivering quality products worldwide is a testament to their reliability and expertise. It is also benfical to find the shop who can provide small volume cnc machining services, not just the high-volume, as you may need small-volumes at the beginning to test the market.
 Expertise of Engineers
The proficiency of engineers in operating advanced CNC machinery significantly influences the outcome. Choose services with a team of skilled engineers who can handle complex projects with precision.
 Reliability and Cost-Effectiveness
A reliable CNC machining service ensures timely delivery and offers cost-effective solutions. This aspect is crucial for maintaining budgets and enhancing the profitability of projects.
 Alloy CNC Machining Services
A professiona CNC machining suppliers equipped with accurate facilities that can process varieties metal machining projects,  he can offer aluminum cnc machining services but also titanium cnc machining services. 
 
CNC Machining

CNC Machining Costs in China: Rates & Pro Tips

CNC Machining Costs in China

Typical Hourly Rates
3-Axis Milling: Typically $10–$25 per hour
Turning: Around $10–$15 per hour
EDM / Precision Grinding: About $10-$30 per hour depending on complexity

Cost Drivers & Savings Tips


Key factors influencing cost in Chinese CNC machining include:
 Part complexity and precision requirements
 Material selection and its machinability
 Production volume and economies of scale
 Overhead such as setup, programming, quality control, and facility costs

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Cost Comparison: China vs. Western Market

China offers substantially lower machining costs due to significantly lower labor, material, and operational expenses. In fact, machining in China can cost as little as 20–40% of equivalent costs in the U.S. even after shipping and tariffs are accounted for.

Why China Is Cheaper — Insights from Industry Users

“In China, we would get parts at 1/10th or less than it would cost in North America.”
“Prices are from 1/4 to 1/2 what you would pay in the US.”
“Turnaround was faster—even with air shipment.”
------- From Reddit

These savings are often attributed to:
 Government subsidies and favorable labor costs
 Competitive raw material pricing and streamlined supply chains
​​​​​​​ Massive scale and manufacturing infrastructure

Tips to Reduce Costs

 Simplify part geometry and avoid unnecessary tight tolerances
 Choose cost-effective materials when possible
 Leverage batch production for better per-unit pricing
​​​​​​​ Negotiate or opt for fixed-price quotes when budget-sensitive

CNC Machining FAQs

Horizontal cnc machining services / CNC Milling / CNC Turning / CNC Grinding

  • How to Choose Between 3-Axis, 4-Axis, and 5-Axis CNC Milling


    		Best for Pros Limitations
    3-Axis CNC Milling

    • Flat or relatively simple parts

    • Straightforward profiles, pockets, and holes

    • Components with features accessible from only one side

    • Lower cost per part compared to 4- or 5-axis

    • Shorter setup times for basic jobs

    • Ideal for high-volume production of simpler geometries

    • Cannot efficiently machine features on multiple faces in one setup

    • Complex geometries require multiple setups, increasing lead time
    4-Axis CNC Milling

    • Parts needing features on multiple sides without repositioning

    • Cylindrical or spiral machining (e.g., gears, cams, turbine components)

    • Engraving or machining around a part

    • Can rotate workpiece on A or B axis for side machining

    • Reduces setups vs. 3-axis, improving accuracy and efficiency

    • Good balance between complexity handling and cost

    • Still limited for very complex freeform surfaces

    • More expensive than 3-axis machining
     5-Axis CNC Milling

    • Highly complex, contoured parts (e.g., aerospace, medical implants, high-performance automotive)

    • Multi-face features and undercuts in a single setup

    • Tight tolerances on complex geometry

    • Machine almost any surface in a single setup, reducing error

    • Ideal for lightweight designs requiring strength (optimized material use)

    • Capable of machining deep cavities and intricate shapes

    • Higher cost per hour due to machine sophistication

    • Programming is more complex and requires skilled operators

    Pro Tip:

    If your design requires multiple faces, deep cavities, or complex curves, 5-axis will often save money in total project cost despite higher hourly rates—because fewer setups mean fewer errors and faster completion.
    For simpler parts, 3-axis is the most economical, and 4-axis is the sweet spot for medium complexity.
     

  • How to Calculate CNC Machining Cost Per Hour?

    The cost calculation considers factors like machine operation time, material costs, and labor involved in the machining process.


  • What is CNC Machining Technology?

    CNC machining technology refers to the software and hardware used in CNC machines to accurately fabricate parts based on digital designs.

  • How to Design Parts for CNC Machining?

    Designing for CNC machining involves considering factors like material, tolerances, and the complexity of the part to ensure manufacturability.

  • How Much Does CNC Machining Cost Per Hour?

    The cost varies depending on the complexity of the part, the material used, and the machining time required.

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TEAM MFG is a rapid manufacturing company who specializes in ODM and OEM starts in 2017.

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