CNC Turning

Understanding the Process

What is CNC Turning?

CNC turning is a computer-controlled subtractive manufacturing process that shapes a rotating workpiece using single-point cutting tools. Unlike milling, the workpiece spins while the tool moves along linear axes (X and Z, with optional C-axis for rotation) to create cylindrical, conical, or curved geometries like shafts, bolts, and bushings.

This process is ideal for producing symmetrical metal and plastic components with high precision. CNC turning machines, including lathes and Swiss-type lathes, feature chucks for holding workpieces, tool turrets with multiple cutting tools, and advanced controllers that ensure consistent, repeatable results even in high-volume production.

Modern CNC turning centers often integrate live tooling and Y-axis capabilities, allowing for milling operations like drilling slots and milling flats in a single setup. This eliminates the need for secondary machining, reduces lead times, and makes CNC turning a versatile choice for both simple prototypes and complex production parts.

±0.01mm High Precision

Ensures stable rotating component assembly.

Live Tooling Integration

Turning + milling/drilling; 30% faster.

Mass-Production Cost-Saving

1000+ units; <2% material waste.

What We Offer

CNC Turning Capabilities

From high-precision cylindrical components to complex multi-feature parts — our CNC turning centers deliver accuracy, consistency, and efficiency at scale.

Precision Turning

High-Precision CNC Turning Services

Designed for tight-tolerance cylindrical components, our turning processes ensure consistent accuracy and surface finish across both prototype and high-volume production.

Typical tolerance up to ±0.01 mm
Excellent surface finish control
Stable batch production capability
Suitable for shafts, bushings, and precision components

Live Tooling

CNC Turning with Live Tooling

Integrating milling and turning in a single setup, our live tooling capability enables complex geometries while reducing secondary operations and improving efficiency.

Milling + turning in one setup
Cross holes, flats, slots, and off-axis features
Reduced setup time and improved precision
Ideal for functional and complex parts

Multi-Axis

Multi-Axis CNC Turning Services

Our multi-axis turning centers enable highly complex parts with minimal setups, delivering precision and efficiency for demanding industries such as medical, automotive, and electronics.

Multi-axis simultaneous machining
Complex geometries in one setup
Tight tolerance capability (±0.01 mm typical)
Ideal for high-precision and small components

Technical Data

CNC Turning Parameter Specifications

Our manufacturing capabilities and precision standards for CNC turned components.

Machining Capabilities

Machining ProcessesCNC Turning, Drilling, Tapping, Threading, Secondary Machining
Part Size RangeBased on part diameter, length, material, and machine capacity
MaterialsAluminum, Stainless Steel, Carbon Steel, Brass, Copper, Titanium, Tool Steel
Surface Finishing Polishing, Plating, Anodizing, Sand Blasting, Brushing

Precision & Quality

Critical Tolerance±0.01 mm for precision turned features
General ToleranceBased on material, part size, structure, and drawing requirements
Surface QualityMachined, polished, brushed, plated, or anodized finishes available
InspectionCMM, optical measurement, and full dimensional reports available

Production & Lead Time

Prototype Lead Time 3 – 7 business days
Production Lead Time 7–15 business days
MOQ 1 piece (prototype supported)
Production TypePrototype, low-volume, and batch production supported

Technical Requirements

File Formats STEP, IGES, STP, DXF, DWG, PDF, STL
Minimum Feature SizeSubject to material, tool access, depth, and part geometry
Threading CapabilityInternal and external threading available
Engineering SupportDFM review and machining feasibility evaluation available

Note: Specifications are for reference only. Final tolerance, lead time, surface finish, and manufacturability depend on material, part design, quantity, and project requirements.

Why Turning Wins

Advantages of CNC Turning

CNC turning delivers unrivaled efficiency for cylindrical components, with tight tolerance control and seamless scalability for both high-volume runs and custom parts.

Exceptional Dimensional Accuracy

Achieve tolerances as tight as ±0.01 mm with consistent part-to-part repeatability across large production runs.

Versatile Material Compatibility

Mills virtually any material — aluminum alloys, stainless steel, titanium, hardened steel, copper, and high-performance plastics.

Complex Geometries in One Setup

5-axis simultaneous milling machines undercuts, compound angles, and free-form surfaces without multiple repositioning steps.

Superior Surface Finish

Achieve surface roughness Ra 0.4–3.2 μm with fine-finishing passes, reducing or eliminating secondary polishing operations.

Make the Right Choice

Why Does Your Project Need CNC Turning?

CNC turning is the cornerstone of cylindrical component manufacturing across automotive, aerospace, medical, and industrial equipment sectors. Here's why engineers rely on it for high-precision, rotational part applications.

20+

Achieve tolerances as tight as ±0.01 mm with consistent part-to-part repeatability across large production runs.

Versatile Material Compatibility

Mills virtually any material — aluminum alloys, stainless steel, titanium, hardened steel, copper, and high-performance plastics.

Complex Geometries in One Setup

5-axis simultaneous milling machines undercuts, compound angles, and free-form surfaces without multiple repositioning steps.

Superior Surface Finish

Achieve surface roughness Ra 0.4–3.2 μm with fine-finishing passes, reducing or eliminating secondary polishing operations.

Our Commitment

Reason For Choosing TY

With the core values of "Strength, Transparency, Professionalism and Reliability", we are committed to providing customers with a comprehensive CNC milling experience — from engineering support to qualified delivery.

Professional

Over 20 years of CNC milling expertise with certified engineers and process specialists.

Process Integration

In-house DFM analysis, fixturing, milling, deburring, inspection and surface finishing under one roof.

OEM Support

Dedicated engineering support from design review to final delivery, with NDA protected.

Prototyping to Mass

Single piece or 10,000+ parts with the same quality, precision and on-time delivery commitment.

Quality Control

CMM inspection, optical measurement and full dimensional reports supplied with every order.

Global Delivery

DDP & DAP shipping to US, EU, AU and beyond. FDA, CE, RoHS compliant parts ready for global market.

Our Process

How We Bring Your Idea to Life

From first inquiry to final delivery — a streamlined, transparent process designed for efficiency.

Inquiry

Send us your drawings, specifications or application requirements.

Analysis

Our engineers evaluate feasibility and suggest optimized solutions.

Quotation

Receive a detailed quote with pricing, lead time and specifications.

Sampling

Prototype samples are produced for testing and confirmation.

Production

Mass production with strict quality control at every stage.

Delivery

Secure packaging, on-time shipment and full after-sales support.

Full-Service Capabilities

Multi-Process Manufacturing Services & Engineering Collaboration = Reliable Delivery

We offer a wide range of machining services — not just milling — under one roof, backed by experienced engineers and a reliable global delivery network.