EadeTech is a China-based specialty metal machining manufacturer, specializing in high-performance materials such as Titanium alloys, Nickel superalloys, Tantalum, Niobium, Tungsten, and Molybdenum. We provide precision turning services for shafts, rotational components, and tight-tolerance parts used in aerospace, medical, automotive, electronics, and industrial applications worldwide.

Our CNC turning solutions ensure high precision, excellent surface finish, and consistent repeatability, whether you need a single prototype shaft or a small batch of rotational components.

Learn more at https://www.eadetech.com.

Why Precision Turning Matters

Precision turning is essential for rotational components, which are often critical to mechanical systems. Properly machined shafts, spindles, and rotational parts ensure:

• Dimensional accuracy and rotational balance

• Smooth operation and minimal vibration

• High reliability under stress and fatigue

• Optimal fit for assemblies, bearings, and mating parts

At EadeTech, we specialize in hard-to-machine materials, delivering components that meet tight tolerances and demanding surface requirements.

Shafts & Rotational Components

Our expertise includes complex shaft geometries, stepped diameters, keyways, threads, and grooves, as well as rotational components for aerospace, automotive, and industrial applications.

Typical components include:

• Shafts and spindles

• Rotors and impellers

• Axles and pinions

• Couplings and hubs

• Precision rotational assemblies

Table 1: Shaft & Rotational Component Capabilities

Tight-Tolerance Turning

Many applications demand extremely tight tolerances, especially for aerospace, medical, and high-speed industrial components. EadeTech provides:

• Dimensional tolerances down to ±0.002 mm

• Surface finishes as low as Ra 0.05 µm

• Rotational balance for high-speed shafts

• Micro-features, threads, and grooves

Table 2: Tight-Tolerance Turning Specifications

Precision Turning Techniques

1. CNC Turning (Lathe Operations)

   • Multi-axis CNC lathes for complex shaft geometries

   • Support for threads, tapers, and stepped diameters

2. Hard Material Machining

   • Titanium, Nickel alloys, and refractory metals

   • Optimized cutting parameters to reduce tool wear

3. High-Speed Machining & Micro-Turning

   • Achieve high surface finish and tight tolerances for small and thin components

4. Rotational Balance Control

   • Measure and optimize mass distribution for high-speed applications

Table 3: CNC Turning Capabilities for Rotational Parts

Applications of Precision Turning

1. Aerospace

   • Rotational shafts for actuators, engines, and control surfaces

   • High-speed rotors for turbines and pumps

2. Medical Devices

   • Surgical instruments and implants

   • Micro-turning of orthopedic and dental components

3. Industrial Equipment

   • Precision spindles, rollers, and shafts

   • Components for valves, pumps, and compressors

4. Automotive & Electronics

   • High-performance shafts, pinions, and connectors

   • Rotational components for motors and gear systems

Table 4: Applications and Tolerance Requirements

Quality Control & Inspection

EadeTech ensures every turned shaft meets specifications:

• CMM (Coordinate Measuring Machines) for dimensional accuracy

• Surface roughness testers for Ra verification

• Dynamic balancing machines for high-speed rotors

• Thread and groove gauges for micro features

Table 5: Inspection Standards for Precision Turning

Why Choose EadeTech for Precision Turning

• Expertise in Hard-to-Machine Metals – Titanium, Nickel superalloys, Tungsten

• Tight Tolerances & Surface Finish – Ra down to 0.05 µm, ±0.002 mm tolerances

• Rotational Balance Control – Critical for aerospace and high-speed machinery

• Flexible Quantities – From single prototypes to small-batch production

• Global Experience – Aerospace, medical, industrial, automotive

EadeTech ensures ready-to-use, high-precision turned shafts and rotational components, helping clients achieve performance, reliability, and production readiness. Learn more at https://www.eadetech.com.

Table 6: Precision Turning Summary