Production of components for biomedical aluminum through precision machining, cleaning robot, high pressure and controlled processes for medical applications low contamination.
In the biomedical field, the mechanical machining of precision must ensure close tolerances, high surface quality and production processes are controlled for applications with critical requirements of cleanliness and reliability.
TCN Vehicles Division develops components for biomedical aluminum through CNC machining, high-precision, quality control, integrated washing robotic high pressure for the reduction of residual contamination.
The integration between industrialization, CNC machining, surface treatments and processes of industrial cleaning, you can support the production of medical components for aesthetic devices, biomedical devices and applications, and medical devices.
We work from the earliest stages of development.
Receive an actual evaluation of your precision component.
The machining CNC 5-axes allow you to create components and biomedical with complex geometries, tight tolerances, and surface quality is high.
The processes of robotic hydro-deburring, high-pressure cleaning and jet cleaning can help reduce waste and surface contamination on medical components CNC-machined.
The mechanical processes are developed through controlled processes to support biomedical applications with high requirements of cleaning and low contamination.
Anodization technique, hard anodising and surface finishes subsidiaries, improve strength, protection and aesthetic quality of the components, and biomedical.
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 on aluminium alloys suitable for biomedical applications and medical devices.
Surface treatments developed to improve the security, quality aesthetic, and durability of the component.
Sand blasting, vibratory finishing and finish controlled for medical components of high aesthetic and functional quality.
Laser marking and identification of the component for the traceability and management of the process.
Aluminium alloys, treatments, and solutions developed for
components, biomedical and high-precision.
