DSM Additive Manufacturing

Solutions for a smarter world

Our rapidly changing world faces massive market dynamics. Industries are merging with the electronics industry to offer connectivity and mobility. Advanced technologies in automotive, appliances and electrical markets are transforming how people live, work and commute—inspiring people to live safer, healthier and more convenient lifestyles. Technologies are evolving, and while the future of mobility and connectivity is exciting, companies face challenges in staying up to date with materials innovations and in choosing the right solution for their latest design challenges. Partnering with an agile materials-expert enables them to realize faster first-time-right designs while benefiting from the latest materials innovations.

At DSM, we offer our customers a combination of application expertise, design support, materials innovation and a broad materials portfolio with global support and security of supply. This allows our customers peace of mind and security in selecting the right materials for their applications with speed and agility. As a global top-3 supplier in polyamides, high temperature PAs and elastomers, we are a preferred partner of many leading multinationals, with a strong track record in the automotive and electronics industries: Nine out of ten cars and nearly every electronics device contains a DSM material.

Contact us now to explore how our experts and products can serve you best in selecting the right material solutions for your design challenges.

DSM Additive Manufacturing

Urmonderbaan 22, Geleen, Netherlands


MGA Network

member since 01.12.2018

Membership Motivation

At DSM Additive Manufacturing, we draw on over 25 years’ experience in 3D printing technologies, performance materials and deep application expertise to help manufacturers rethink the way they design products to manufacture tomorrow. Our goal is to unlock the full potential of additive manufacturing and help accelerate the adoption of 3D printing, creating brighter lives for all through both sustainable high-performance materials and processes.

Network Contribution