Load your components
Parts, selected stainless steel pins and the recommended liquid compound are placed in a processing container.
SMALL PARTS. HIGH STANDARDS.
Small burrs.
Big difference.
Bring a better finish to your precision parts. Magnetic pin deburring reaches intricate features, removes light burrs and helps reduce time spent finishing by hand.
Precision parts. Practical process advice.
Built around your componentLight burr removalIntricate featuresBatch processingSurface finishing
01 / THE PROCESS
A small pin.
A smarter finish.
Magnetic deburring uses moving pin media to work around your components — including accessible features that are difficult to finish by hand.
Let the field do the work
A rotating magnetic field drives the pins through the batch. Their contact with the parts removes light burrs and refines surfaces.
Separate. Inspect. Repeat.
Separate the media, rinse and dry the components, then check the finish against your drawing and acceptance criteria.
The right process starts with your part. Material, burr size, feature access and media selection all affect the result. A representative trial establishes a suitable process.
02 / APPLICATIONS
Complex parts.
Considered finishing.
Start with the features you need to finish. Explore common application types, then talk to us about your material and drawing requirements.
EXPLORE BY COMPONENT
Aluminium · Brass · Copper
Stainless steel and other alloys: assess by grade.
PRECISION MACHINING
Finish the features.
Keep the focus on precision.
Explore light burr removal on small turned and milled components. Verify critical edges, dimensions and surface finish during the trial.
Discuss this application03 / YOUR SETUP
A process that fits
your production.
Machine selection starts with your batch, component geometry and required finish. We can discuss the equipment and consumables your application needs.
THE EQUIPMENT
Magnetic deburring systems
Choose a processing area and loading arrangement suited to the size and quantity of your components.
Find your setup ↗THE FINISHING MEDIA
Pins & compounds
Match pin size and process chemistry to the material, burr and smallest accessible feature.
Discuss consumables ↗THE STARTING POINT
Your parts.
A practical assessment.
Bring a representative sample and a clear definition of a good part. Build your decision around the result.
Discuss a sample trial ↗A BETTER-INFORMED DECISION
Is magnetic deburring
right for your parts?
The best finishing method depends on the job. Start with a conversation about what you need to remove — and what you need to preserve.
Talk through your application ↗↗
A useful starting pointSmall precision components with light burrs and features accessible to the selected media.
↗
Worth a closer lookBlind holes, fine threads, magnetic alloys and fragile features require specific assessment.
↗
Consider another processHeavy burrs, large edge radii or inaccessible passages may call for a different finishing method.
What is magnetic pin deburring?
It is a batch finishing process in which a moving magnetic field drives small steel pins against component surfaces. It is used to remove light burrs and improve the finish of suitable parts.
Can it reach internal holes and threads?
Potentially, where the selected pins can enter, move through and leave the feature. Blind holes and intersecting passages need trial inspection for burr removal and retained media.
Which materials can be processed?
Aluminium, brass and copper are common candidates. Stainless steels and other alloys need assessment by exact grade and magnetic behaviour. Share the material specification when you enquire.
Will it change dimensions or round sharp edges?
Any contacting finishing process can affect an edge or surface. Agree critical dimensions, edge limits and roughness requirements before the trial, then measure the results.
How long does a cycle take?
There is no single cycle time for every component. Burr size, material, pin selection and batch loading all matter. Include loading, separation, rinsing, drying and inspection when comparing total processing time.
What should I send for an assessment?
Start with the material grade, approximate dimensions, batch quantity, burr location and required finish. We can then discuss suitable samples and arrange how to share drawings.
05 / LET’S TALK PARTS
Your next step
to a better finish.
Tell us what you make, where the burrs are and what a finished part needs to achieve. Let’s explore the right approach.
SPEAK TO ATM MACHINE TOOLS0118 977 0099 ↗[email protected]
START WITH YOUR APPLICATION
Make the first conversation count.
Include these details in your email:
- Material grade and component dimensions
- Batch quantity and burr location
- Required finish and critical tolerances