CNC turning Lathe Services

Trendy CNC turning services for prototypes, low-volume runs, and production parts. Backed by advanced CNC turning centers and experienced machinists, we produce simple and complex turned geometries, including features that require live tooling or secondary milling. Whether you need a single prototype or a production batch, we deliver accurate CNC turned parts with fast lead times and consistent quality.

 

 

Al SS CS Br Cu Zn
Aluminum Stainless Steel Carbon Steel Brass Copper Galvanized Steel
plate, round bar and billet plate, round bar and billet plate, round bar and billet plate, round bar and billet plate, round bar and billet sheet and formed profiles
• Lightweight • High strength • Good strength • Good machinability • Excellent conductivity • Basic corrosion protection
• Easy to machine • Corrosion resistant • Cost-effective • Attractive appearance • Good thermal performance • Cost-efficient
• Good corrosion resistance • Durable in harsh environments • Easy to weld and fabricate • Corrosion resistant • Easy to form and process • Good formability
Applications: Applications: Applications: Applications: Applications: Applications:
Housings, panels, brackets, structural parts, automation components Industrial parts, equipment,
enclosures, brackets, outdoor products
Frames, supports, machine parts, welded structures, industrial equipment Fittings, connectors, decorative parts, hardware, precision components Electrical parts, thermal components, connectors, industrial functional parts Sheet metal parts, brackets, panels, enclosures, outdoor applications

 

Surface Finishing Options

The right surface finish can improve appearance, corrosion resistance, wear resistance and service life.

Plastics Materials We Commonly Support

Wide range of engineering plastics for different structural

PEEK PP HDPE HIPS LDPE PBT
High temperature resistance, high strength, chemical resistant Chemical resistant, low density,
easy processing
High strength, chemical resistant, impact resistant High impact, easy processing, cost-effective Flexible, chemical resistant,
good clarity
Dimensional stability, chemical resistant, good electrical properties

 

PPA PAI PET PPS PS PVC
High temperature, high strength, chemical resistant Extreme strength, heat resistant, wear resistant High strength, transparent, chemical resistant Heat resistant, chemical resistant, flame retardant High clarity, easy processing, cost-effective Chemical resistant, flame retardant, cost-effective

 

 

PTFE (Teflon) UPE Bakelite FR-4 PEI
Ultra-low friction, chemical resistant, heat resistant Extreme wear resistance, low friction, impact resistant Heat resistant, electrical insulation, dimensional stability Flame retardant, electrical insulation, high strength orange /withe /black

Tolerances for CNC Machining

With strict adherence to industry tolerances, our CNC machining services ensures consistent accuracy for all CNC machined parts, allowing each component to integrate perfectly.

Item Specification
Maximum Part Size 3000 × 1800 × 850 mm
Minimum Part Size 2 × 2 × 2 mm
Minimum Feature Size ±0.2 mm
Standard Tolerances Metals: ISO 2768‑f
Plastics: ISO 2768‑m
Linear Dimension ±0.005 mm
Hole Diameters ±0.005 mm
Shaft Diameters ±0.005 mm
Edge Condition Sharp edges are broken and deburred by default
Threads and Tapped Holes Accommodate any standard thread size, custom threads available
Lead Time 3‑5 Business Days

Design Guidelines for CNC Machining

Trendy Optimize your parts for cost-effective CNC manufacturing with our design guidelines. Our engineers provide design-for-manufacturability (DFM) feedback before production, helping you move smoothly from prototyping to production.

Section Guideline Item Description Notes / Tips Image Placeholder (Editable)
Page Header Main Title CNC Machining Design Guidelines Page hero title
Guideline 1 Radii Sharp internal corners
will naturally form radii
Ensures smooth corner transitions for CNC parts.
Recommended min internal radius ≥ 1/3 of cavity depth.
Guideline 2 Drill Depth Maximum drill depth ≤ 12 × diameter Beyond 12×D, drill deflection and chip evacuation become problematic. Use peck drilling for deep holes.
Guideline 3 Threads and Tapped Holes Thread depth specifications:
• Φ 1.5–5 mm: 3 × diameter
• Φ ≥ 5 mm: 4–6 × diameter
RapidDirect can produce threads of any specification. Recommend threaded hole depth ≤ 2× nominal diameter for blind holes.
Guideline 4 Undercuts Available undercut profiles:
• Square profiles
• Full radius
• Dovetail profiles
Customizable for specific part geometries. Min undercut width ≥ 1 mm recommended for tool accessibility.
Guideline 5 Text / Engraving CNC Milling:
• Min stroke width: 0.5 mm
• Max engraving depth: 0.1 mm
CNC Turning:
• Uses laser marking technology
Standard text via CNC engraving or laser marking, customizable per requirements. Note: original spec ‘Max width 0.1mm’ corrected to ‘Max depth 0.1mm’ (likely typo).

Industries We Serve

TRENDY Precision CNC Turning Lathe – Redefining the Standards of Precision Machining.

In the high-end manufacturing sector, strict dimensional accuracy is always paramount. Backed by professional turning technology, we produce high-precision rotational parts to meet the demanding specifications across consumer, industrial, medical and automotive industries.

Precision CNC Machining with Guaranteed Quality

Your success depends on reliable parts. Our CNC machining services provide precision machining with a 90% first-pass yield. You can get quality CNC machined parts for both prototypes and production runs.

Why choose US ?

Trendy is a trusted provider of CNC turning services, serving customers across a wide range of industries. Equipped with advanced CNC turning capabilities and a team of seasoned engineers, we deliver reliable solutions covering rapid prototyping all the way to high‑volume, production‑grade CNC‑turned components.

Advanced Machining Technology

Multi‑axis & 5‑axis CNC capability for both simple turned parts and complex 3D milled components.

Strict Quality Control

Full in‑house inspection ensures tight tolerance, smooth surface finish and stable consistency.

Professional Engineering Support

Free DFM review and technical consultation to reduce machining risks and improve manufacturability.

Fast & Reliable Delivery

Quick quotation, streamlined workflow, urgent prototype support and stable mass‑production supply.

Optimized Cost Performance

Smart process planning to reduce unnecessary cost while maintaining high quality.

One‑stop Manufacturing Service

Integrated machining + surface finishing (anodizing, sandblasting, plating, etc.) for assembly‑ready parts.

Resource

Not sure which material is right for your project?

Send us your drawings, sample photos or application details. We’ll help you evaluate the best material based on structure, process, finish, environment and target cost.

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