Question 1

What is the difference between turned and milled parts?

Accepted Answer

Turned parts are machined on lathes and are typically cylindrical or round. Milled parts are machined on milling machines and can have complex shapes and features. Turned parts are more cost-effective for round components, milled parts for complex geometries. We provide both manufacturing methods.

Question 2

How do I select the correct material for my application?

Accepted Answer

Material selection depends on application, load, temperature, environment, and cost. Carbon steel for general applications, alloy steel for high strength, aluminum for lightweight, stainless steel for corrosion resistance, and brass for specific applications. We provide material selection guidance based on your requirements.

Question 3

What causes precision part failure and how to prevent it?

Accepted Answer

Common failure causes: overloading, fatigue, corrosion, improper installation, or inadequate maintenance. Prevention: proper sizing, material selection, corrosion protection, correct installation, and regular maintenance. We provide maintenance guidelines with every order.

Question 4

Can you machine custom parts with special features?

Accepted Answer

Yes, we machine custom parts with special features including threads, grooves, holes, slots, and complex geometries. Provide drawings or specifications including dimensions, tolerances, and special requirements. MOQ typically 100-500 pieces for custom parts.

Question 5

What is the difference between standard and precision tolerances?

Accepted Answer

Standard tolerances are typically ±0.1mm to ±0.2mm and are suitable for general applications. Precision tolerances are ±0.005mm to ±0.01mm and are required for high-precision applications. Precision tolerances cost more but provide better fit and performance.

Question 6

How do I calculate the correct part size for my application?

Accepted Answer

Part sizing depends on load, stress, fatigue, and safety factors. For rotating parts, consider centrifugal forces and balance. For static parts, consider load distribution and stress concentration. We provide technical support for proper sizing calculations.

Question 7

What heat treatment options are available?

Accepted Answer

We offer various heat treatments: annealing (softening), normalizing (grain refinement), quenching and tempering (high strength), case hardening (surface hardness), and stress relieving (dimensional stability). Selection depends on material and application requirements.

Question 8

Can you supply complete assemblies?

Accepted Answer

Yes, we provide complete assemblies including all components, fasteners, and mounting hardware. Send us your requirements or drawings for complete assemblies. This reduces assembly time and ensures proper fit and function.

Materials	Steel, Aluminum, Brass, Stainless Steel, Specialty Alloys Various materials for different applications
Tolerance	±0.005mm Precision machined to tight tolerances
Surface Finish	Ra 0.4μm Smooth surface for optimal performance
Diameter Range	1mm to 200mm Standard and custom diameters
Length Range	5mm to 1000mm Standard and custom lengths
Hardness	HRC 45-60 Heat treated for optimal strength
Operating Temperature	-40°C to 300°C °C
Standards	ISO 9001, AS9100, ISO 14001

Precision Turned Parts - Custom Machined Components

Why Choose Precision Turned Parts?

Precision Machining

Custom Manufacturing

Multiple Materials

Surface Finishing

Quality Assurance

Fast Delivery

Technical Specifications

Materials

Available Sizes

Where It's Used

Automotive Components

Industrial Machinery

Aerospace Components

Medical Devices

Electronics Components

Trusted by Industries

Superior Precision Machining

Comprehensive Manufacturing Capabilities

Applications Across Industries

Certifications & Standards

ISO 9001:2015

AS9100

ISO 14001

ISO 13485

Frequently Asked Questions

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