We deliver the Plug & Play
polymer powder for your 3D printer

Your experts for the production of qualified plastic powders for laser sintering (SLS)
and high speed sintering (HSS)

Big international brands use our materials

About us

Founded in 2014 as a spin-off from the University of Duisburg-Essen, AM POLYMERS GmbH has globally gained high reputation as a specialist in plastic powders for SLS and HSS processes.

Thanks to the tremendous know-how of our team, we have all stages of the production chain under our control. If necessary, we can tailor materials for your application.

With our powder materials we meet your requirements while maintaining easy processing.

Due to this fact we produce batch-to-batch consistent powder materials resulting in parts with particularly high-quality properties.

Your efforts for running-in our products on your machines are significantly reduced. Hence you deliver customer parts within a few days!

Our philosophy: "Plug & Play" instead of "Plug & Pray"!

Dr. Holger Ulland - Chief EXECUTIVE OFFICER

First experience gained during 10 years in FMCG and packaging industry.

Broad experience in managing start-ups on C-level from different fields of high tech and materials since 2005.

Patent inventor in packaging, thermoelectrics and printed electronics.


Excellent knowledge in material & process development for laser sintering since 2007

Leadership functions in technical committees for plastics in additive manufacturing at the VDI and DIN

Co-founder of AM Polymers

Core competence that pays off

AM Polymers GmbH sells and supplies the most diverse powder bed fusion material portfolio of thermoplastic powders for additive manufacturing (SLS & HSS) under the brand name ROLASERIT®.

  • 22 years of experience in laser sintering process

  • 11 years of competence in production and optimization of high quality plastic powders

  • All from one hand: In-house production from the base polymer to the ready-to-use plastic powder

"Plug & Play" not "Plug & Pray"

Our materials can be applied on your AM machine without significant efforts. You use a new material and instantly receive high quality parts.

  • Tailored for your application
  • Easy implementation
  • Short running-in times

What differentiates us

Thanks to our In-house production we can guarantee and control quality in all production steps, even in detail.

  • High batch-to-batch consistency through qualification tests on our own various systems and in the laboratory

  • External analysis and ingredient certificates according to VDI, DIN, ISO regulations or according to REACH, ROHS, ECO PASSPORT by OEKO-TEX®

  • AM system engineering advice and direct suppor

What our customers say

Ralf Deuke


Creabis GmbH

“With the products from AM Polymers, we have succeeded in developing new customer groups and considerably expanding our product portfolio.

The excellent technical support from AM Polymers should be mentioned in particular."

Kai Kegelmann

Managing Director

Kegelmann Technik GmbH

"Kegelmann Technik has been working with AM Polymers since the very beginning as beta customer.

The team's many years of knowledge about the AM process are visible in material development.

Quick response times on customer requests are to be mentioned.

We are pleased to continue on this path with AM Polymers."

Case Study


Airway management is one of the fundamental parts of the emergency medicine curriculum, both in medical students and paramedic students. However, many young doctors and paramedics lack sufficient training in the correct handling of these devices. Due to the high purchase price, many universities and rescue service schools are not able to keep different types of video laryngoscopes ready for teaching at all times.


With AM Polymers GmbH ROLASERIT® PP-01 material, based on Polypropylene with high ductility, a stable, almost realistic imitation can be printed that nearly corresponds to a video laryngoscope in both haptics and handling. The price per part is below 2% of the cheapest commercial available video laryngoscope.


98% cost reduction for video laryngoscope for emergency training purposes