Machining dental implants: Precision for long-term implant solutions

The highest requirements in terms of material, processing and surface quality for safe and long-lasting dental implants.

Dental implants are usually made of titanium, as it has excellent biocompatibility and does not cause allergies or rejection reactions. Ceramic implants can also be an alternative for at-risk patients.

The implants must be extremely stable and precisely manufactured to ensure rapid ingrowth into the jaw bone and a long service life.

Your benefits at a glance

Optimum chip removal — thanks to specially designed cutting tools for titanium processing
Efficient machining and perfect fit — optimised manufacturing technologies for exact implant geometry

The exact geometry and surface quality of dental implants are essential for long-term stability and biomechanical integration.

Sven Steinger

Technical Specialist, Production Technology

Brütsch/Rüegger Tools

Precise machining for long-lasting dental implants

State-of-the-art manufacturing technologies ensure maximum dimensional stability and excellent surface quality to enable optimal implantation.

Materials and production

Dental implants are made of high-quality materials that have been developed for optimal integration in the jaw bone.

Pure titanium and ceramic: Biocompatible materials for maximum stability and durability
Optimum thread geometry: A crucial prerequisite for secure anchoring
Perfect surface finish: Smooth, polished structures for rapid ingrowth

Machining technologies

The implants are machined using specific procedures to ensure precise geometry and surface quality.

Turning and short part turning: Customised production for exact implant geometries
Drilling: High-precision drilling for fixation holes
Milling and micro-milling: Perfect thread production for secure fixation
Thread whirling: Specialised production technology for stable anchoring

Properties of dental implants

Biocompatible materials
Made of titanium or ceramic for maximum compatibility and long-term stability.
Precise thread structure
Optimised micro-threads ensure a secure hold and improved osseointegration.
High-quality surface processing
Specially treated surfaces promote healing and minimise the risk of infection.
Maximum dimensional accuracy
Precision-manufactured implants ensure exact fit and reliable long-term stability.

"Dental implant" processing

Specific turning and thread whirling processes for maximum precision

The production of dental implants requires precise geometries and optimised surface structures. Precise milling, turning and threading techniques ensure a perfect fit, secure osseointegration and long-term stability.