At m4m additive manufacturing, real-world applications drive innovation. Together with industrial, clinical and research partners, we develop new products, manufacturing concepts and applications enabled by additive manufacturing.

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Dental & Orthodontics

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• Next Generation Dental Prosthesis in Titanium

• FilaGuide 3D: dental guides made by FDM technology

• SmartLingual: Nitinol orthodontic appliance

• Herbst Twist & HerbstInnova: next-generation HERBST appliance

• 3DP Retainers: titanium retainers by additive manufacturing

• Denture Grid 2.0: specific post-treatment for grids enhancing esthetics

• OrthoNX: Innovative fully integrated RPE

• STEL-LINK: new nesting approach for RPDs

• RiTiGuard: Surface treatment for 3D printed retainers

 

Focus: Digital workflows,  Titanium for dental applications, Orthodontics,  Prosthetics

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Personalized Implants & Fixation systems 

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• AM Locking: Screw fixation for 3D-printed personalized implants

• XH Screw fixation for 3D-printed implants

• Orthognathic Implants 2.0

• InnoCage3D, innovative spine devices to enhance fusion

• Hybrid manufacturing

 

Focus: Personalized implants, integrated fixation, complex geometries manufacturing

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Surgical Instruments & Technologies

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• AMNIUS: Additively Manufactured Nitinol Ultrasonic Transducers for Robot-Assisted Surgery

• Next Generation Shaver Blades & Burrs

• 3D Skin Cutter

• Surgical Instruments color coating

• Sonic3D Blades

 

Focus: Surgical instruments, nitinol, Robotics, functional integration

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Specialized Medical Devices

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• Next Generation Earmoulds in Titanium

• MiniRetort: efficient heat treatment process for Titanium

• AMbase: multifunctional fixture for AM and CNC manufacturing

 

Focus: Functional design, advanced processes

 

Veterinary Innovation

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• VetFlow: Just in time veterinary digital workflow.

• VET Kammelektrode 2.0: innovative instrument design

 

Focus: Veterinary devices, functional integration

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Beyond MedTech

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• Swiss Enduro Mountainbike, combining geometric flexibility, sustainability and traditional craftsmanship with additive manufacturing.

 

Focus: Lightweight design, geometric freedom, high-performance applications

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