PEMTec

PEMTec Maschinenbauunternehmen spezialisiert auf die präzise elektrochemische Metallbearbeitung (PECM). PEMTec ist Präzision.

Über PEMTec

PEMTec zählt heute zu den Technologieführern der präzisen elektrochemischen Metallbearbeitung. Als weltweit tätiges Maschinenbauunternehmen hat PEMTec die PECM-Technologie zu einem einzigartigen und serienerprobten Industriestandard weiterentwickelt: dem „Pemmen”. Die Technologie wurde von uns zu einem serienreifen Industriestandard weiterentwickelt und ist die Basis für die eigenen P

räzisions-Maschinen. Wir haben aus unserer Leidenschaft, unsere Profession gemacht. Das Unternehmen wurde 1995 als „PEM Technologiegesellschaft mbH“ gegründet. 2003 kam zudem die PEMTec SNC, mit Standort Forbach in Frankreich, in unmittelbarer Nähe zur deutschen Grenze, als Entwicklungs- und Produktionsstandort hinzu. Der PEMTec-Hauptsitz ist heute in Trier-Konz. Seit 2007 werden weltweit Applikationszentren ins Leben gerufen. Wir sind international ausgerichtet und agieren weltweit. Das PECM-Verfahren und die Technologie haben wir weiterentwickelt und wir nennen es einfach „Pemmen“. Inzwischen ist das Pemmen® ein fester Begriff für die Technologie und für uns deshalb absolut schützenswert. Von Anfang an hatten wir ein bestimmtes Ziel vor Augen: Wir wollten die PECM-Technologie weiterentwickeln, verbessern, bis hin zur Produktion von Standard-Maschinen. Dabei spornten uns die immer weiter steigenden Anforderungen an Form und Qualität der zu produzierenden Werkstücke an. Wie beflügelnd dieser Ansporn war, zeigt sich darin, dass wir heute einer der Technologieführer auf diesem Gebiet sind. Mit von PEMTec produzierten Maschinen werden heute Teile für die Automobilindustrie, Luft- und Raumfahrttechnik, Medizintechnik sowie Münzprägetechnik hergestellt. Wir sind innovativ, bewegen uns im µm-Bereich und selbstverständlich ist unsere komplette Fertigungstechnik QS-überwacht, TÜV-geprüft und die PEMTec SNC nach DIN EN ISO 9001 zertifiziert.

PEM 800 S on its way – Precision redefined for serial productionToday, we shipped our PEM 800 S to a customer, where it ...
22/06/2026

PEM 800 S on its way – Precision redefined for serial production

Today, we shipped our PEM 800 S to a customer, where it will enable burr-free, stress-free machining of complex components for next-generation high-tech products.

Why the PEM 800 S?
- More than 50% faster cycle times compared to conventional methods.
- Simultaneous machining of multiple parts – boosting throughput without compromising precision.
- Zero tool wear – consistent quality, batch after batch.

A big thank you to our team for their dedication in making this possible. Your expertise turns precision into a competitive advantage for our customers.

Is your production limited by machining bottlenecks?
Send us your part’s geometry: we’ll show you how PECM can transform your process.
📩 [email protected] | www.pemtec.de/en

Savez-vous pemmer ?INNOVATION EN USINAGEPropre, sans stress mécanique, sans stress thermique, µ répétable, sans usure de...
10/06/2026

Savez-vous pemmer ?
INNOVATION EN USINAGE
Propre, sans stress mécanique, sans stress thermique, µ répétable, sans usure de l’outil, meilleure productivité…

Découvrez le PECM (Precise ElectroChemical Machining), une technologie révolutionnaire qui redéfinit les standards de l’usinage de précision. Avec le PECM, vous bénéficiez d’un procédé sans contact mécanique, éliminant ainsi l’usure des outils, les bavures et les zones affectées par la chaleur. Résultat : des pièces d’une qualité exceptionnelle, une répétabilité parfaite et une productivité optimisée.

Pour en savoir plus sur la façon dont le PECM peut transformer votre production, prenez contact avec notre expert, Didier GONY.


_________
Do you know pemming?
INNOVATION IN MACHINING
Clean, stress-free, thermally neutral, micron-precise, tool-wear-free, and more productive...

Discover PECM (Precise ElectroChemical Machining), a revolutionary technology redefining precision machining standards. With PECM, you benefit from a contactless process, eliminating tool wear, burrs, and heat-affected zones. The result: exceptional part quality, perfect repeatability, and optimized productivity.

Want to learn how PECM can transform your production? Get in touch with our expert, Didier GONY.

First great days at MACH 2026 🇬🇧Together with our partner Rainford Precision, we’re showcasing PECM (Precise ElectroChem...
22/04/2026

First great days at MACH 2026 🇬🇧
Together with our partner Rainford Precision, we’re showcasing PECM (Precise ElectroChemical Machining) and how it enables burr-free precision, excellent surface quality, and stable processes even for complex geometries and demanding materials.

📍 Stand 6 – 112

If you’re at MACH, come by and take a closer look.

Let’s talk about your applications with our colleague Didier GONY and see where PECM can make the difference.

Most machining problems don’t start with bad design.They start on the shop floor.Tool wear, burr formation, surface dama...
15/04/2026

Most machining problems don’t start with bad design.
They start on the shop floor.

Tool wear, burr formation, surface damage, or unstable results across batches can quickly turn a well-designed component into a production challenge. And beyond technical feasibility, manufacturers are increasingly focused on cost reduction, scrap rate, downtime, and tool cost.

PECM (Precise ElectroChemical Machining) approaches machining differently.
Instead of cutting material mechanically, the material is dissolved anodically in an electrolyte. The cathode shapes the workpiece without mechanical contact, while the dissolved material is continuously flushed out of the machining gap by the electrolyte.

This enables highly stable machining conditions and opens solutions for problems that are difficult to solve with conventional processes.

Here are 10 typical manufacturing challenges PECM can address:
1. Burr formation
Mechanical cutting processes often generate burrs that require additional deburring steps. PECM produces burr-free edges directly in the machining process.

2. Extremely small edge radii
PECM enables burr-free edges with typical edge radii down to about 10 µm. For special applications, cutting edges below 1 µm can be achieved.

3. Mirror-like surface quality
Surface finishes down to Ra 0.015 µm can be achieved directly in the process, often eliminating extensive polishing steps.

4. Tool wear in hard materials
Nickel-based alloys, titanium or hardened steels cause significant tool wear in conventional machining. PECM operates without mechanical tool wear.

5. Heat-affected zones
Mechanical machining generates heat that can alter the material structure. PECM is a cold process without thermal damage.

6. Recast layers and microcracks
Processes like EDM can create recast layers or microcracks. PECM produces stress-free surfaces without such layers.

7. Complex geometries
Fine features, microstructures and intricate geometries can often be machined in a single process step.

8.Process chains with multiple finishing steps
Roughing, finishing and polishing can often be combined in PECM, reducing the number of downstream operations.
Typical feed rates illustrate the process stages:
Roughing: up to 5.0 mm/min
Finishing: 0.1 – 0.5 mm/min
Polishing:

Manufacturing Efficiency Beyond Cycle TimeEfficiency is not just about speed.It is about stability, predictability, and ...
08/04/2026

Manufacturing Efficiency Beyond Cycle Time
Efficiency is not just about speed.
It is about stability, predictability, and rework avoidance.
Unstable processes create hidden costs:
rework, inspection loops, unplanned stops.
PECM provides a stable, wear-free process with reproducible results.
Fewer finishing steps. Less inspection effort. Consistent quality.
Efficiency improves when variability disappears.

With burr-free edges, extremely small edge radii, and Ra < 0.015 µm, PECM combines precision with productivity.
This directly improves throughput and equipment utilization.

📩 Exploring more stable and efficient machining processes?
We’re happy to exchange on where PECM makes sense.
https://pemtec.de/en/

Next stop: Veldhoven 🇳🇱We’re excited to be part of the Manufacturing Technology Conference on April 23, 2026 at the NH E...
08/04/2026

Next stop: Veldhoven 🇳🇱
We’re excited to be part of the Manufacturing Technology Conference on April 23, 2026 at the NH Eindhoven Conference Centre Koningshof.
We will be showcasing PECM (Precise ElectroChemical Machining) and how it enables burr-free precision, excellent surface quality, and stable processes for demanding applications.

📍 Booth M68

We would like to meet you, exchange ideas, and discuss your current manufacturing challenges.
Nikolas Becker and Didier GONY will be on site and are looking forward to speaking with you.

🤝 Stop by Booth M68 – we’re ready when you are.

Next stop: Birmingham 🇬🇧We’re pleased to announce that PEMTec will be exhibiting at MACH 2026, taking place from April 2...
07/04/2026

Next stop: Birmingham 🇬🇧
We’re pleased to announce that PEMTec will be exhibiting at MACH 2026, taking place from April 20–24, 2026 in Birmingham, UK.

📍 Visit us at Stand 6 – 112
🤝 Our colleague Didier Gony will be available on-site and looks forward to meeting you in person.

MACH is the UK’s premier manufacturing technologies exhibition, bringing together industry leaders, innovators, and production experts from across the globe.
At the event, we will present our PECM (Precise ElectroChemical Machining) technology and demonstrate how electrochemical machining enables burr-free precision, excellent surface quality, and stable processes for complex geometries and demanding materials.

Next stop: Seoul 🇰🇷We’re excited to announce that PEMTec will be exhibiting at the SIMTOS 2026, taking place from April ...
01/04/2026

Next stop: Seoul 🇰🇷
We’re excited to announce that PEMTec will be exhibiting at the SIMTOS 2026, taking place from April 13–17, 2026 at KINTEX.
SIMTOS is one of Asia’s leading manufacturing technology exhibitions, bringing together global industry leaders, innovators, and production experts.

At the event, we will present PECM (Precise ElectroChemical Machining) and discuss how electrochemical machining enables burr-free precision, excellent surface quality, and stable processes for complex geometries and demanding materials.
📍 Visit us in Hall 2, Booth 02C615

🤝 If you’re attending SIMTOS as well, let’s connect. We look forward to exchanging ideas and exploring new applications together.

Where PECM Makes the DifferenceNot every process needs PECM.But some processes depend on it.Complex geometries, fine fea...
26/03/2026

Where PECM Makes the Difference
Not every process needs PECM.
But some processes depend on it.

Complex geometries, fine features, burr-free edges with extremely small edge radii, and hard-to-machine materials often push conventional machining to its limits.
PECM is contactless and wear-free.
Geometry complexity and material hardness have little influence on process stability.

Burr-free edges with edge radii down to 10 µm, cutting edges below 1 µm for special applications, and Ra < 0.015 µm enable designs that are difficult or impossible to realize mechanically.
Multiple parts can be machined in one setup.
Machining time per part goes down. Consistency goes up.

📩 Curious how PECM can elevate your production? Let’s connect.
https://pemtec.de/en/

Adresse

6 Rue Jules Verne, Eurozone
Forbach
57600

Heures d'ouverture

Lundi 07:00 - 17:00
Mardi 07:00 - 17:00
Mercredi 07:00 - 17:00
Jeudi 07:00 - 17:00
Vendredi 07:00 - 17:00

Téléphone

+33387130900

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