Metal 3D printed bracket with rough printed ribs and machined mounting faces

Illustration

Industrial metal 3D printing. From design to finished part.

Additive manufacturing, heat treatment and precision machining for demanding industrial components.

Discuss your part Explore our capabilities

Titanium

Ti64 (grade 5)

Inconel

IN625 · IN718

Aluminium

AlSi10Mg

Tool steel

MS1

Polymers

PA 2200 · Alumide

Capabilities

More than the printed part.

A printed part is rarely a finished part. We cover design support, printing, heat treatment and machining — so the component you receive is ready for its application.

Tool with internal cooling printed in MS1

Metal additive manufacturing

Titanium, Inconel, aluminium and tool steel on four EOS metal systems.

AM design support

Part review and planning of models for printing and machining.

Polymer additive manufacturing

PA 2200 and Alumide on the EOS FORMIGA P100.

Heat treatment & precision machining

Turning and milling of AM parts to finished interfaces.

Produced parts

Real parts, documented materials.

Explore produced parts

Tool with internal cooling for casting mould

MS1 tool steel

Printed in MS1. Internal cooling channels are built into the tool geometry — a feature additive manufacturing makes possible.

Sensor and engine mount

Alumide

Mount printed in Alumide, an aluminium-filled polyamide, on the EOS FORMIGA P100.

Vacuum valve

PA 2200

Valve component produced in PA 2200 polyamide.

Equipment

Can we produce your component?

Four EOS powder bed systems for metal and polymer, supported by CNC turning and milling. Build volumes up to 300 × 300 × 435 mm.

EOS M280: MS1 tool steel, AlSi10Mg aluminium, Inconel 625, Ti64 titanium grade 5; 250 × 250 × 300 mm
2 × EOS M290: Ti64 titanium grade 5; 250 × 250 × 300 mm
EOS M300: Ti64 titanium grade 5, Inconel 718; 300 × 300 × 435 mm
EOS FORMIGA P100: PA 2200, Alumide; 200 × 250 × 300 mm

Equipment & materials, with datasheets

EOS M300 — four lasers, 300 × 300 × 435 mm

How we work

From part review to quality assurance.

The full process

01
Part review
Contact us and we discuss your part: its function, geometry, material and requirements.
02
Production planning
We prepare a 3D model for printing and a separate 3D model for machining.
03
Printing & post-processing
Our machines print the part, followed by the post-processing it needs — such as heat treatment and machining.
04
Quality assurance & delivery
The part is quality assured before it is delivered to you.

About us

Additive manufacturing experience dating back to 2011.

Our work with AM began within Tronrud Engineering in 2011. In 2022, 3D PRODUCTION AS was established as an independent company, fully dedicated to industrial additive manufacturing.