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Neuteq Group
Neuteq Group Disciplines

Microfinishing

Precision surface finishing and superfinishing for ultra-smooth tolerances and enhanced component performance.

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Microfinishing
Overview

Microfinishing from Neuteq Group

Microfinishing โ€” also known as superfinishing โ€” is a precision machining process that produces extremely smooth, accurate surface finishes on critical components. Neuteq Group applies microfinishing to surfaces where finish, geometry and dimensional accuracy directly affect performance, fatigue life and reliability.

By removing the microscopic amorphous layer left by conventional grinding, microfinishing dramatically reduces surface roughness, improves geometric form (roundness, cylindricity, flatness) and creates a surface that resists wear, friction and fatigue. The process is widely used on bearing journals, camshafts, gears, seals and hydraulic components.

Our microfinishing capability combines abrasive film technology, controlled pressure and oscillation with in-process measurement to achieve consistent, repeatable finishes to specification โ€” batch after batch.

Capabilities

What Our Microfinishing Deliver

Ultra-Precise Surface Finishes

Achieve Ra values well below conventional grinding limits for optimal component performance.

Tight Tolerance Control

Hold geometric form โ€” roundness, cylindricity and flatness โ€” to demanding tolerances.

Enhanced Component Longevity

Smoother surfaces reduce wear and extend fatigue life in service.

Reduced Friction and Wear

Lower friction coefficients improve efficiency and reduce running-in periods.

Advanced Process Technology

Abrasive film, controlled pressure and oscillation with in-process measurement.

Why It Matters

The Benefits to Your Operation

Components that run quieter, cooler and more efficiently
Extended service life through reduced wear and fatigue
Consistent, repeatable finishes verified by in-process measurement
Improved load-carrying capacity and sealing performance
Microfinishing
How We Work

Our Microfinishing Process

1

Requirement Definition

We agree the target Ra/Rz values, geometric tolerances and inspection method.

2

Process Development

Abrasive grade, pressure and oscillation parameters are developed on sample parts.

3

Validation

Finish and geometry are verified against specification using calibrated surface and form measurement.

4

Production

The validated process runs consistently with in-process monitoring.

5

Reporting

Full measurement records support your quality and traceability requirements.

Questions

Microfinishing FAQs

What is the difference between grinding and microfinishing?
Grinding leaves a microscopic amorphous (smear) layer and a relatively rough surface. Microfinishing removes that layer with fine abrasive film under controlled pressure and oscillation, producing a far smoother, more accurate surface with improved geometric form.
What surface finish can microfinishing achieve?
Depending on the base material and geometry, microfinishing typically achieves Ra values from 0.05 ยตm down to 0.02 ยตm, well below what conventional grinding can produce. Exact capability is validated on your parts.
What components benefit from microfinishing?
Bearing journals, camshafts, crankshafts, gear teeth, seal surfaces, hydraulic spools and any critical surface where finish, form and fatigue life matter โ€” particularly in automotive, aerospace and hydraulic applications.
How do you verify the finish?
We use calibrated surface roughness and form measurement equipment, with full records provided to support your quality documentation and traceability requirements.

Ready to Discuss Your Microfinishing Project?

Our engineers are ready to talk through your specific requirements.

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