About Us

Shenzhen ZHXING Co., Ltd. was Established in 2003, the Factory Covers An Area of More Than 25,000 Square Meters and more Than 100 Employees.

Specialized in the Development and Production of Precision Parts for Various Industries.

Collaborate With Customers To Design and manufacture Complex Parts With a range of processing equipment.

We operate with 30 high precision CNC machining centers including 3-axis, 4-axis, and advanced 5-axis machines, alongside over 80 Swiss type lathes, more than 30 laser cutting machines, and 110+ P4 automatic lathes. This powerful combination of equipment gives us exceptional flexibility and scale in manufacturing.

The facility is equipped with advanced testing instruments, including Zeiss CMM, image measuring instruments, two-dimensional and 2.5-dimensional measuring devices, salt spray testers, Rockwell and Vickers hardness testers, X-ray film thickness testers, and more.

Products are Widely used in Aviation, High-Speed Rail, Medical, Automotive, Yacht, Precision Testing Instruments, Industrial Equipment, Photographic Equipment, Optical Equipment, etc.

Relying on A Strict Quality Management System, and An Advanced and Perfect Production Process, the Company Can Accurately Provide Reliable Technical Support for Customers.

With Rich Professional Experience and Technological Strength, It Continues to Innovate, from Product Design to Parts Production with An Attitude of Excellence, to Provide Customers With Performance Products.

And with an excellent reputation and service, are favored by customers at home and abroad.

Quality is paramount to us. Our unwavering commitment to the strictest quality standards ensures you receive dependable components. You benefit from fewer defects, reduced downtime, and increased profitability.

Our precision components are essential in numerous industries, such as aviation, high-speed rail, medical, automotive, yacht, precision testing instruments, industrial equipment, photographic equipment, and optical equipment.

You gain access to components that not only meet but exceed industry standards, enhancing your product performance and reliability.

With our unwavering dedication to excellence, from product concept to final production, we are your trusted partner for project success.

We are more than a supplier; we are your reliable partner in achieving superior performance, efficiency, and reliability. Choosing us means embracing precision engineering excellence.

Our Misson

Founded in 2003, we are a trusted ally to businesses across diverse industries. With our vast 25,000-square-meter facility and a dedicated team of over 100 professionals, we are your preferred choice for precision components.

Our cutting-edge machinery is the cornerstone of our reputation, consistently delivering unparalleled precision. It results in seamless operations and improved performance for our clients.

Recognizing the importance of time in the fast-paced industrial landscape, we excel in meeting tight project deadlines. You can rely on our on-time delivery and project success.

Our commitment to innovation and quality has earned us an impeccable reputation for delivering products that elevate your projects and drive success.

FAQ

1. How Much Does CNC Turning Cost?

Our online CNC machining services cater to various industries, including automotive, aerospace, medical devices, electronics, and consumer goods.

For a general idea of CNC turning costs typically cost around $8-$16 per hour to operate. To get a precise estimate tailored to your project requirements, feel free to request a quote.

With improved technologies and extensive expertise in CNC machining, ZHXING Hardware produces high-quality and cost-effective metal/plastic custom CNC turned components with high precision guaranteed for your innovative projects.

2. What parts are ideal for CNC turning?

While capable of processing square and hexagonal-shaped materials, the CNC turning process is best for tubular and circular shaped raw materials, including the following:

Inner and outer cylindrical surfaces

Inner and outer conical surfaces

Grooves, threads & rotational molding surfaces

Modern CNC turning machines are capable of handling different tools, spindles, and speeds. With various cutting tools available, CNC turning machines can create different parts with complex geometries. Generally, CNC turning is popular for making parts with the following criteria:

Rotary parts with the high precision requirement

Rotary parts with good surface roughness

Super precision parts with ultra-low surface roughness

Rotary parts with complex surface shapes

Rotary parts with horizontal machining

Parts with some special types of threads

Overall, CNC turned parts are widely used in the field of machine manufacturing, aerospace, automobile part manufacturing, and service factories.

3. CNC turning and CNC milling, what's the difference

n contrast, CNC Milling utilizes rotating cutting tools that move against the stationary workpiece. This process is versatile and can create a wide range of shapes, including flat surfaces, complex contours, and intricate designs. CNC milling is particularly effective for machining irregular and flat surfaces, making it suitable for parts that require detailed features and precision. If you’re looking for more complex machining solutions, you can opt for CNC milling China, which is ideal for creating intricate designs and precision parts with rotating cutting tools.

4. What's the difference between CNC lathe and CNC center?

A CNC lathe specializes in turning operations, efficiently producing cylindrical parts through processes like turning, facing, and threading. In contrast, a CNC turning center is an advanced machine that expands on the capabilities of a CNC lathe. In addition to facing, threading, and knurling, it can perform drilling, boring, reaming for precise holes, and even milling to create complex shapes.

5. How many axis are there in CNC turning?

Z-axis: This axis represents the spindle’s rotation and is aligned with the length of the workpiece. It allows for longitudinal movement along the length of the part being machined.

X-axis: This axis is perpendicular to the Z-axis and allows for radial movement, enabling the cutting tool to move in and out from the center of the workpiece to adjust the diameter.