CNC Turning & Turn-Mill Machining
PROCESS SCOPE
What Our Turning Capability Covers
Turning is used where the main geometry is generated around a rotational axis. For parts that also include flats, cross holes, slots or off-axis features, turn-mill machining can combine rotational and prismatic features within the same production route.
CNC Turning
External and internal diameter machining, facing, shoulders, tapers and stepped profiles for rotational components.
OD / ID Machining
Control of related external and internal diameters for sleeves, bushings, housings and other fit-related components.
Grooving & Threading
External and internal grooves, undercuts and threads produced according to drawing requirements and applicable thread standards.
Turn-Mill Machining
Turning combined with live-tool milling or drilling for parts that require flats, cross holes, slots, bolt patterns or other non-rotational features.
TYPICAL FEATURES & PARTS
Typical Turned Features and Components
CNC turning is commonly used for parts in which diameter relationships, shoulders, bores and axial features are critical. Typical work includes:
- Shafts, pins and stepped cylindrical parts
- Sleeves, bushings and spacers
- Flanges, rings and connectors
- External and internal diameters
- Bores, counterbores and internal steps
- Grooves, reliefs and undercuts
- External and internal threads
- Tapers, shoulders and controlled-length faces
- Cross holes, flats and milled features on turn-mill parts
PROCESS CONTRO
What We Control During Turning
Rotational components often depend on how multiple diameters and faces relate to a common axis. The machining plan therefore focuses on workholding, datum selection and completion of critical features in stable setups.
致力于人工智能、数字智造深度创新和落地
Concentricity & Runout Relationships
Where several diameters or faces must relate to the same axis, the setup and machining sequence are planned to keep those features referenced as consistently as possible.
Workholding & Part Deformation
Clamping method and force are selected according to wall thickness, length and geometry, particularly for sleeves, thin-wall parts and components that can distort under chuck pressure.
OD / ID Feature Relationships
External diameters, internal bores, shoulders and end faces are sequenced to support the dimensional and geometric relationships specified on the drawing.
Turning-to-Milling Alignment
For turn-mill parts, the relationship between rotational features and cross holes, flats, slots or milled faces is considered when choosing the setup and machining sequence.
CAPABILITY DATA
Capability Snapshot
|
Capability Item |
Details |
|
Maximum Turning Diameter |
Ø500mm |
|
Maximum Turning Length |
1100mm |
|
Bar Capacity |
Ø100mm |
|
Turn-Mill Capability |
Confirm live tooling / C-axis / Y-axis capability as applicable. Do not imply a machine configuration you do not have. |
|
Typical Tolerance |
±0.003mm |
|
Production Range |
Prototype, low-volume and production quantities |
Need a Turned Part With Additional Milled Features?
Send the part drawing, 3D model, material, quantity and critical diameter or runout requirements. We can review whether conventional CNC turning or a turn-mill route is the better fit for the part.
We machine a wide range of metals, engineering plastics, and selected high-performance materials for custom CNC machined parts
Contact Us
Tel: +86-769-38995488-888
Email: rfq@lairun.com.cn
WhatsApp: +86 139 2926 5752
WhatsApp: +86 136 5251 3796
Address: Room 102, 1st Floor, Building 1, No.46, Weimin Road, Dongcheng Street, Dongguan city, Guangdong Province, China