CNC Turning Services
We provide CNC turning services and can process any metal and other plastic machined parts, providing guidance and support to our customers.
Quality Assurance
ISO 9001:2015 certified to ensure high quality.
Tight Tolerance
Precision control within ±0.010mm.
In-House Workshop
with advanced machinery and experienced team.
Fast Delivery
1 to 10,000 parts in as fast as 3 days.
What is CNC Turning?
CNC turning is a highly efficient CNC machining process that uses linear tool paths on a CNC lathe to remove material from a rotating workpiece to achieve precision machining. The core of the process includes a rotating spindle that clamps the workpiece and a cutting tool mounted on a turret.
At Jeek’s CNC Turning Center, we rely on advanced CNC lathes to machine complex and dimensionally accurate custom parts. Whether it’s rapid prototyping or low-volume production, we can provide high-quality metal or plastic CNC turned parts.
Our turning technology
At Jeek, we have advanced CNC turning technology and an experienced team that can efficiently process a variety of complex metal and plastic parts to meet customers’ stringent requirements for precision and quality. Our services range from rapid prototyping to small batch production, ensuring that each project can be delivered on time. Meet customers’ stringent requirements for precision and quality.
Main areas of Application of CNC Turning Technology
Mechanical Manufacturing
CNC turning manufactures and processes various mechanical parts, including shafts, discs, gears, couplings, etc.
Medical Devices
Many parts in medical devices (such as surgical instruments and diagnostic instrument parts).
Aerospace
Due to the particularly stringent requirements for parts in aerospace, CNC turning only produces key parts of aircraft engines, structural connectors, and other high-performance components.
Automotive Industry
Can process engine parts, transmission system components, axles, and other precision parts.
Electronics and Precision Instruments
Often process precision housings, connectors, and other micro parts.Meet the strict requirements of electronic products for size and tolerance.
Energy and Chemical Equipment
Mechanical components such as pumps and valves in the energy and petrochemical industries often rely on CNC turning for high-precision machining.
Main Processes of CNC Turning
External and internal turning
Machining cylindrical features to ensure dimensional stability. The machined parts can be further processed and have visible tool marks. Common tools: universal turning tools.
End machining
Flat cutting of the end of the workpiece to improve surface quality and dimensional accuracy. Common tools: end machining tools.
Parting and slotting
Separate the part from the workpiece, or cut the groove profile inside or outside the part to create a geometric shape. Common tools: cutting and slotting blades.
Boring and reaming
These processes are used to enlarge or finish existing holes, often applied in the machining of high-precision assembly parts. Common tools used: Boring and reaming tools.
Drilling
The function is to remove material and machine through or blind holes inside the workpiece, often used in a variety of part structures. Common tools: drill bits.
Threading
Precisely cut threads in the internal or external areas of the workpiece to meet the needs of fasteners or mating structures. Common tools: threading tools.
CNC Turning FAQs
CNC turning can process a variety of metal and plastic materials, including aluminum alloys, stainless steel, titanium alloys, brass, copper, engineering plastics, etc. Different materials are suitable for different applications, such as aluminum alloys for lightweight components, while stainless steel is suitable for parts with high corrosion resistance requirements.
The tolerance of turned parts can usually reach ±0.01mm or even higher. The specific accuracy depends on the material properties, tool type and machine tool performance.
CNC turning is mainly suitable for rotationally symmetrical parts, the workpiece rotates, and the tool cuts the material along a specific path; while CNC milling is suitable for complex 3D structures, the tool rotates, and the workpiece is usually fixed or moves a small amount.
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