Bone plate machining: Precision for maximum stability

Perfect adaptation to anatomical structures — for reliable integration and long-lasting function.

Bone plates are essential components in modern trauma surgery. They are made of alloyed titanium grade 5/23 (3.7165), which is preferred for implants thanks to its excellent biocompatibility and lower risk of allergies. A closed, smooth surface is essential to prevent the accumulation of germs and bacteria.

This is why production requires high-precision machining that ensures precise dimensional accuracy and optimally prepares the polishing process.

Your benefits at a glance

Optimum chip removal — thanks to specially designed cutting tools for titanium machining
Optimum surface quality — for subsequent polishing processes
Process reliability and efficiency — state-of-the-art machining methods for precise fits

The surface quality of bone plates is crucial for their long-term stability and medical safety.

Carlo Ariu

Technical Application Specialist, Production Technology

Brütsch/Rüegger Tools

Precise machining for long-lasting bone plates

Specialised manufacturing techniques provide the perfect geometry and surface finish required for safe integration into the body.

Materials and production

The production of bone plates requires the highest precision and special tools for machining titanium alloys.

Alloyed titanium Grade 5/23 (3.7165): Low risk of allergies and optimal biocompatibility
Optimum chip removal: Decisive for machining titanium
High-quality surface processing: To reduce germ formation and for secure integration

Machining technologies

Machining requires specialised production technologies to achieve the highest dimensional accuracy and optimum surface quality.

Drilling: High-precision drilling technologies for implant fixation
Milling: Dimensional contour processing for optimum stability
Profile milling: Exact shape for long-lasting implant integration

Properties of the bone plates

Biocompatible titanium
Use of titanium alloys (grade 5/23) for high tissue tolerance and stability.
Optimised surface structure
Polished or coated surfaces to reduce germ adhesion and improve healing properties.
Maximum dimensional accuracy
Precise milling and drilling processes for precise fits and reliable fixation.
Corrosion and wear resistance
Specially treated materials for long-term durability and mechanical resilience.

"Bone plate" machining

Milling and drilling for an exact fit

Bone plates are made of high-strength titanium and require precise milling and drilling techniques. Specialised machining processes ensure smooth surfaces, precise fits and high mechanical stability.