Swiss m4m
Swiss m4m Center is a technology company dedicated to advancing patient care through certified, high-precision 3D printing for the MedTech and Dental industries. Founded in 2019, it offers comprehensive expertise in additive manufacturing, from design to certified production, supporting innovation and regulatory compliance. The company collaborates with research institutions, clinical partners, and industry leaders to develop and produce medical devices, implants, surgical guides, and dental appliances, leveraging advanced technologies and materials to improve surgical outcomes and patient care.
Industries
Nr. of Employees
small (1-50)
Products
Patient-specific titanium implants
Custom-designed titanium implants (examples: orbital plates, reconstruction plates, fixation plates) manufactured via metal additive processes and delivered with traceable documentation.
Custom polymer surgical guides
Patient-specific polymer guides produced by high-resolution photopolymerization processes to support precise surgical execution.
Metal dental frameworks and orthodontic appliances
Dental components such as removable partial denture frameworks, expanders and retainers manufactured in cobalt-chrome or titanium using additive manufacturing.
Orthopedic and spinal implants (prototypes and serial)
Examples include hip cups, spinal cages and trauma plates produced by metal additive manufacturing and post-processed for clinical use.
Patient-specific titanium implants
Custom-designed titanium implants (examples: orbital plates, reconstruction plates, fixation plates) manufactured via metal additive processes and delivered with traceable documentation.
Custom polymer surgical guides
Patient-specific polymer guides produced by high-resolution photopolymerization processes to support precise surgical execution.
Metal dental frameworks and orthodontic appliances
Dental components such as removable partial denture frameworks, expanders and retainers manufactured in cobalt-chrome or titanium using additive manufacturing.
Orthopedic and spinal implants (prototypes and serial)
Examples include hip cups, spinal cages and trauma plates produced by metal additive manufacturing and post-processed for clinical use.
Services
DfAM consulting, feasibility studies, topology optimization, CAD/data preparation, support planning, material and process selection, and prototyping support.
Serial and prototype production of medical and dental components using metal and polymer AM with integrated post-processing and quality control in an ISO 13485 environment.
Development and execution of qualification and validation strategies (feedstock qualification, IQ/OQ/PQ, PFMEA, validation master file, SPC) for additive manufacturing processes.
Integrated service from patient-specific design to certified manufacturing of metallic implants and polymer surgical guides for clinical use.
Production of dental frameworks, removable dentures and orthodontic devices in cobalt-chrome and titanium with multiple finishing levels and rapid in-house turnaround.
Design and manufacture of surgical instruments using metals and polymers, combining AM with CNC machining and surface treatments to produce ready-to-use instruments.
DfAM consulting, feasibility studies, topology optimization, CAD/data preparation, support planning, material and process selection, and prototyping support.
Serial and prototype production of medical and dental components using metal and polymer AM with integrated post-processing and quality control in an ISO 13485 environment.
Development and execution of qualification and validation strategies (feedstock qualification, IQ/OQ/PQ, PFMEA, validation master file, SPC) for additive manufacturing processes.
Integrated service from patient-specific design to certified manufacturing of metallic implants and polymer surgical guides for clinical use.
Production of dental frameworks, removable dentures and orthodontic devices in cobalt-chrome and titanium with multiple finishing levels and rapid in-house turnaround.
Design and manufacture of surgical instruments using metals and polymers, combining AM with CNC machining and surface treatments to produce ready-to-use instruments.
Expertise Areas
- Medical device additive manufacturing
- Design for Additive Manufacturing (DfAM)
- Process qualification and validation for AM (IQ/OQ/PQ, PFMEA, SPC)
- Patient-specific implant engineering
Key Technologies
- Laser powder bed fusion (metal additive manufacturing)
- Stereolithography (photopolymerization)
- Fused deposition modeling (FDM)
- CNC milling and conventional turning
News & Updates
Upcoming event scheduled for June 26, 2025, in Muttenz, focusing on additive manufacturing in healthcare.
A study on dental framework porosity using computed tomography.
Revolutionizing Dentistry: How Dental Laboratories Pioneer Innovation Through Additive Manufacturing
An article on innovation in dental laboratories through additive manufacturing.
Details about practical courses offered to mechanical engineering students.
Upcoming event scheduled for June 26, 2025, in Muttenz, focusing on additive manufacturing in healthcare.
A study on dental framework porosity using computed tomography.
Revolutionizing Dentistry: How Dental Laboratories Pioneer Innovation Through Additive Manufacturing
An article on innovation in dental laboratories through additive manufacturing.
Details about practical courses offered to mechanical engineering students.