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AM or CNC infographic (made by NotebookLM) In medtech, the “best” manufacturing process is rarely the most impressive one. It is the process that delivers the right geometry, performance, quality, and regulatory control at the lowest total risk. That is why the real question is not whether additive manufacturing is better than CNC 5-axis milling. The better question is: Which process fits this specific medical device, and why? Two very different strengths Additive manufacturi

We are delighted to be part of Dental Bern again in 2026. Visit us in Bern and discover how metal additive manufacturing can sustainably increase the efficiency of your laboratory processes. As a sneak peek, you will gain exclusive insights into how we live and continuously advance digital dental technology in our daily work. We are delighted to meet you in Bern soon!

!SAVE THE DATE! We are delighted to participate in ORTHOMANUFACTURE 2026 on April 22nd and 23rd in Lyon. Join us to discuss additive manufacturing of medical devices and how to innovate with new designs and advanced manufacturing capabilities. Orthomanufacture 2026 in Lyon

3D printing has many advantages for surgical instruments, is it in means of design iterations through rapid prototyping, optimization of specific functions, or even surgeon-specific tools becoming a real, fast and cost-effective possibility. Build plate with instrument components © Swiss m4m Center What was once seen as a niche activity is now a real game-changer for competitiveness. In fact, 3D printing enables the production of surgical instruments from rapid prototyping to

The development of medical devices is nowadays undergoing a significant transformation with the advent of metal 3D printing. Indeed, this cutting-edge technology is revolutionizing the way medical devices are developed, offering substantial time and cost savings through rapid prototyping . Moreover, metal 3D printing provides a seamless transition to serial production, making it an invaluable option for developing innovative medical devices. Hip Cup prototyping activities A N

Imagine holding a perfectly tailored titanium implant in your hand — designed according to clinical needs, engineered for bone integration, and delivered sterile, ready for surgery. Sounds futuristic? At Swiss m4m Center, it’s reality.

Partner with the Swiss m4m Center to transform spine device manufacturing with metal additive manufacturing. We support you from prototyping to serial production using high-performance machines, helping you develop faster, optimize designs, and create cost-effective, complex implants with short lead times.

Removable Partial Denture Computer Tomography Discover Our New Study on Dental Framework Porosity. An exciting step forward for dental...

In the rapidly evolving landscape of modern dentistry, dental laboratories are in a unique position to be at the forefront of innovation...

We offer mechanical engineering students from hftm the opportunity to print self-designed bottle openers that exploit the advantages of...

In the 1990s, dental models and prostheses from a 3D printer were experimented with for the first time. A short time later, the first...

Additive manufacturing opens up new dimensions for customized medical devices, because the technology allows to print complex geometries...

3D printing has many advantages for surgical instruments, is it in means of design iterations through rapid prototyping, optimization of...

Well, it is definitely not… For companies, it is hard to master every aspect of a new technology such as 3D printing. Enormous...

Did you know, our project manager Reto Nardini, who is responsible for the validation of our 3D printers, is no rookie in additive...

Let us introduce our latest team member joining the AM family. Leander Flury is a polymechanic, he completed his apprenticeship as the ...