FDM 3D Printing

The All-Rounder for Prototypes, Fixtures, and More

FDM is the practical entry point into 3D printing – but it’s far from just for beginners. The process impresses with its cost-effectiveness, ease of use, and robust results. It’s ideal for daily use in the workshop, development, or production.

What Makes FDM Unique?

FDM (Fused Deposition Modeling) is the most well-known and widely used 3D printing technology — and for good reason. It offers the perfect balance of cost efficiency, durability, and material variety. Whether it’s a functional prototype, spare part, or assembly aid, FDM delivers fast, reliable results that stand up to everyday use.

In the FDM process, plastic filament is heated and deposited layer by layer to build a sturdy part. This method is ideal for quickly and affordably producing functional components, models, and technical aids.

Thanks to a wide range of materials — from PLA and ABS to engineering plastics like PC, nylon, or carbon-fiber reinforced filament — FDM is incredibly flexible and versatile.

Economical & Reliable

also for larger quantities

Durable parts

perfect for testing, production, or everyday use

Wide material selection

from standard to high-performance

Ideal for Prototypes, Fixtures, Brackets & More

Typical Applications

Prototyping

Functional testing, concept models, design studies

Production & Assembly

Aids, jigs, tools

Education & Research

Visual models, student projects

Spare Parts & Repairs

Fast and cost-effective solutions

Small Series & Custom Parts

Flexible and tailored

Consumer Goods

Household items, toys, mounts, decorations

Which plastics are used in FDM printing?

From PLA, ABS, and PETG to advanced engineering materials like Nylon, PC, or carbon-reinforced filament – we select the right material based on your application.

How durable are FDM parts?

FDM components are highly robust and well-suited for mechanical applications, fixtures, and functional testing.

How precise is FDM printing?

Precision depends on the selected nozzle diameter and layer height. For most technical applications, the accuracy is more than sufficient.

Is FDM suitable for small series production?

Yes, FDM is ideal for the cost-effective production of small to medium quantities – especially for functional parts.

How complex is the post-processing?

FDM parts can be sanded, drilled, or painted if needed. Visible layer lines are typical but can be smoothed upon request.

CONTACT

Simple. Cost-effective. Built for daily use.

If you need robust results, straightforward handling, and efficient production, FDM is the right choice. Ideal for workshop, development, and manufacturing – reliable, versatile, and proven.

Let’s bring your ideas to life – together!

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