Materials and parts for Diagnostics

If you are a medical device manufacturer or laboratory engaged in the diagnosis and treatment of illness, we have a range of products and services supporting your requirement for biologically inert materials and products. Machined parts with the most demanding level of accuracy and cleanliness:

Design and material advice
Prototype production
Demanding geometries
Bespoke quality control

Application examples

The performance and service life of materials used in the healthcare sector are influenced by a variety of factors. When choosing the right material, factors such as surface quality requirements, contact with cleaning agents, disinfectants, dimensions and/or tolerances are essential.

Durostone® components for MRT

Durostone^® glassfibre-reinforced material is permeable to magnetic fields making them excellently suited for use in magnetic resonance tomography (MRT). Components made of Durostone^® include patient beds, coil supports made of coiled rings and spacers machined according to customer drawings. Typical material Durostone^®.

Wear profiles for drug analysis

Wear profiles for drug analysis require materials that are chemically resistant and have good wear properties. Sustadur® PET is particularly suitable for these applications due to its properties and good performance at high temperatures.

Fluid chamber assembly

We supplied the assembly completely assembled to enable our customers to use it smoothly.
By developing specialized cutting and cleaning processes, we implemented effective measures to prevent stress cracking.
A closed pressurized assembly area was developed to eliminate dust contamination and ensure the quality of the assembly.
In addition, we package each assembly in an ISO Class 7 clean room to minimise potential contamination.

Fluid manifold block

Sustarin^® C not only fulfils the physical requirements, but has also successfully passed the customer's internal compatibility tests.
To ensure high repeatability in series production, we have implemented a PPAP process for all prototype developments.
By introducing endoscopic inspection, we were able to ensure that 100% of the cross-drilled holes met quality standards.
The use of 5-axis milling machines enabled us to achieve precise positioning and therefore optimise the positioning accuracy of the block.