Grinding

High Dimensional and Form Accuracy

Grinding is the decisive step for us whenever precision is not only required, but expected. Whenever milling or turning reach their limits, grinding provides the final refinement – quite literally. This is where surfaces, fits, and tolerances are produced that you can rely on. And that is exactly what we stand for: reproducible quality, clearly defined processes, and results that perform reliably in real-world applications.

For us, grinding is not “rework,” but a standalone manufacturing process of the highest importance. Whether single parts, prototypes, or series components – we evaluate every workpiece individually, analyze all requirements, and choose the optimal strategy. This is how technology becomes true functionality.

Grinding in Practice: Precision You Can Measure

Grinding determines whether a component will run, seal, carry loads – or fail. That’s why we rely on structured processes, modern technology, and experienced specialists who don’t just operate grinding equipment, but master it.

Before machining, we evaluate every component:

What tolerances are required?
What surface quality is necessary?
What material is being used?
What is the production volume?

Based on this, we define the machining strategy, grinding wheel, feed rate, infeed, and cooling. Our goal: a stable process that delivers consistent quality from the first part to the last.

Overview of Processes

Depending on geometry, tolerance requirements, and material, we apply different grinding methods:

Cylindrical Grinding

For rotationally symmetrical parts such as shafts, bushings, and bearing surfaces. Roundness, dimensional accuracy, and surface finish are critical here.

Surface Grinding

For flat surfaces and precision mounting faces. Ideal where flatness and parallelism are required.

Profile Grinding

For complex contours and maximum precision – often used in tool and mold making.

Fine Grinding

For components that require extremely low roughness and the highest precision.

Each process has its specific purpose – we don’t use “one method for everything,” but exactly the right one for your component.

Surface Quality – More Than Just Appearance

A surface is not good or bad – it is functional. By precisely controlling roughness, we influence:

friction behavior
wear
tightness and sealing capability
noise generation
service life

Our customers don’t decide “by feel,” but by requirement. And we implement those requirements – measurably and transparently.

From Single Parts to Repeatable Series Production

We grind:

single parts
prototypes
small batches
full series

The standard remains the same regardless of quantity. Only the process planning differs: a single part is planned differently than a series. We adapt our workflows accordingly.

Process Reliability Through Experience

Grinding is sensitive. Small errors in infeed, cooling, or wheel selection can have major consequences. That’s why we rely on:

continuous process monitoring
fixed parameters
documented procedures
controlled tool changes
experienced execution

This way, we produce no random results – but reproducible quality.

Quality Assurance During Manufacturing

For us, quality is not checked “after the fact.” It is created within the process.

We rely on:

in-process dimensional checks
surface measurement
documented results
approvals during series ramp-up

This allows us to detect deviations immediately – and react before scrap is produced.

Why Customers Work With Us

Our customers value:

precise execution
consistent quality
solution-oriented thinking
technical consulting
on-time delivery
clear communication

Grinding is a matter of trust – and trust is earned through performance.

Our Commitment

Grinding is not a secondary process for us.
It is the final step toward perfect fit.

This is where “machined” becomes “ready for use.”

Number	Grinding	X	Y	Z
2	Cylindrical Grinding Machines MSC	Ø 1 to 100	Ø 1 to 100	Ø 1 to 100
1	Coordinate Grinding Machines Hauser	400	300	300
4	Surface Grinding Machines ABA ELB Jung	600	350	350