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China Top-grade CNC Machining Service Supplier

Junying has more than decades of experience in CNC manufacturing services in China and can offer one-stop service (CNC machining parts & CNC machining prototype) for our OEM customers. All processes are carried out through hundreds of advanced CNC Machining machines, lathes, and other manufacturing facilities, ranging from blasters to Ultra Sonic washing machines. Junying CNC Machining Center not only has advanced equipment but also have a professional team of experienced engineers, operators and inspectors to make the customer’s design come true.

Junying offers the following CNC Machining services for our customers:

  1. ● Solid Works, Inventor and Mastercam capabilities
  2. ● Quick turn prototyping
  3. ● Machine simulation
  4. ● Supporting design for manufacturability
OUR Services
OUR INDUSTRIES
  • Cars
  • Motorcycle
  • Machinery
  • Airplanes
  • Bullet train
  • Bicycles
  • Watercraft
  • Robots
  • Oil&Gas Control Systems
  • Medical devices
  • Sinal receiving devices
  • Optical devices
  • Camera&Photo
  • Sporting equipment
  • Beauty
  • Lighting
  • Furniture
  • Electronic
  • Scientific Equipment
  • Sporting
  • Semiconductor
Precision Compatible Materials(Custom)
WHY CHOOSE US
  • Comprehensive CNC design software and skilled engineer enables sample to be done within 7-10 days
  • Complete set of inspection equipment & quality control makes excellent CNC Machined products
  • A fine shipping process and good supplier guarantee we can always deliver CNC goods on time
  • From prototypes to end parts, upload your CAD files, fast and professional quote in 1-24 hours
  • Wide-ranging capabilities for designing prototypes or massive manufacturing end use CNC parts
  • Advanced CNC machining techniques (drilling, turning, milling) process a variety of metal & plastic materials
Guide
  • Different Types of Gears and Their Applications | What is Gear & Understanding Common Gears | CNCLATHING

    Different Types of Gears and Their Applications | What is Gear & Understanding Common Gears | CNCLATHING

    The critical component of a transmission device is the gear within it. Gears are a type of commonly used mechanical parts, CNC machining service is one of the solutions of gear manufacturing. We have introduced the gear cutting process before. In this article, we are going to talk about what is gear as well as different types of gears and their applications. What is Gear? - Understanding Gears ......

    2020.10.22
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  • Engineering Drawing Abbreviations and Symbols – Technical & Mechanical Design Symbols | CNCLATHING

    Engineering Drawing Abbreviations and Symbols – Technical & Mechanical Design Symbols | CNCLATHING

    You may easily identify the abbreviation KG and CM, do you know the meaning of CYL and EQUI SP on a CNC design? These abbreviations used in engineering drawings along with symbols to specify the details and characteristics of the drawing instead of the full word, which terms are commonly used? Here we collected the standard engineering drawing abbreviations and symbols to provide help for users. Why Use Abbreviations and Symbols in Engineering......

    2020.10.21
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  • Rivet Hole Size Chart & How to Determine the Rivet Size | CNCLATHING

    Rivet Hole Size Chart & How to Determine the Rivet Size | CNCLATHING

    In various fastening applications, riveting is often chosen because of its light weight & high firmness, low cost, easy installation, high durability and reliability. In order to assemble the parts correctly, hole preparation is critical. In this article, follow us to understand the rivet sizes and dimension details, including how to express and determine it, as well as the standard rivet hole size chart for reference. Rivet Sizes ......

    2020.10.14
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  • Types of Rivets and Their Uses – Rivets Definition, Types and Applications | CNCLATHING

    Types of Rivets and Their Uses – Rivets Definition, Types and Applications | CNCLATHING

    Rivets are one of the most classic fasteners used in mechanical applications, their permanency and firmness make them different from other fastening components. To suit varying requirements, there is a wide range of rivets are designed for different styles. What are the different types of rivets and their uses? Here are introductions to each category of the rivet with details involving their construction, installation, and applications. ......

    2020.10.12
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  • Guide to Straightness – Straightness Definition, Measurement & Difference Between Flatness and Parallelism | CNCLATHING

    Guide to Straightness – Straightness Definition, Measurement & Difference Between Flatness and Parallelism | CNCLATHING

    Straightness is an important term to determine whether a CNC machining part conforms to the required specification. What is straightness and how to measure it? In this article, we outline the surface straightness definition, GD&T symbol, expression, measurement and difference between flatness and parallelism. What is Straightness - H......

    2020.10.9
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  • CNC Tutorial for Beginners – How to Get into CNC Machining Process | CNCLATHING

    CNC Tutorial for Beginners – How to Get into CNC Machining Process | CNCLATHING

    The biggest advantage of the CNC machine is its automatic machining based on the programming sequences, which largely saves time and improves efficiency, as well as reduces mistakes during the manufacturing. How does CNC machining process work and how to get into CNC machining for hobbyists? Hope the following CNC tutorial for beginners can bring you closer to the technique. ......

    2020.9.29
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