
Production of aluminium biomedical components through precision machining, robotic high-pressure cleaning and controlled processes for low-contamination medical applications.
Biomedical precision machining must deliver tight tolerances, high surface quality and controlled production processes for applications with critical cleanliness and reliability requirements.
TCN Vehicles Division develops aluminium biomedical components through high-precision CNC machining, integrated quality control and robotic high-pressure cleaning to reduce residual contamination.
The integration of Process Development, CNC machining, surface treatments and industrial cleaning supports medical components for aesthetic devices, biomedical equipment and medical-device applications.
We work from the earliest stages of development.
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5-axis CNC machining delivers complex geometries, tight tolerances and high surface quality.
Robotic hydro-deburring, high-pressure cleaning and jet cleaning reduce residues and surface contamination on CNC-machined medical components.
Machining is developed through controlled processes for biomedical applications with demanding cleanliness requirements.
Technical and hard anodising and controlled surface finishes improve protection, appearance and component quality.
Processes of industrial cleaning for medical components low-contamination.
Integrated quality assurance
Control of contamination
Traceability and production stability
Quality control throughout the whole process.
The processing biomedical are developed on aluminium alloys and technical materials selected on the basis of application, the accuracy requirements and the requirements of surface quality.
CNC machining of aluminium alloys suitable for biomedical and medical-device applications.
Surface treatments developed to improve protection, aesthetic quality and durability.
Blasting, vibratory finishing and controlled finishing for high-quality medical components.
Laser marking and component identification for traceability and process management.
Aluminium alloys, treatments, and solutions developed for
components, biomedical and high-precision.