Specialist in the production of extruded tubing and profiles with diameters ranging from 0.1 to 12 mm for medical technology and industry.
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We are a leading specialist in extruded hoses and profiles, which are used in a wide variety of industries. Our range of materials comprises around 300 types and includes almost all thermoplastically processable plastics.
Class 6, 7 and 8 clean rooms are available for the manufacture of tubing for medical technology or other applications that require particularly pure products.
Here we process a wide range of thermoplastics into tubing with an outer diameter ranging from 0.5 mm to 12.0 mm, including microextrusion.
We produce:
Single-lumen tubing for infusion, nutrition, angiography, PTCA, etc.
Multi-lumen tubing for dialysis, drainage, urology, etc.
Multi-layer tubing for infusion, transfusion, PTCA, etc.
In addition to these specialised products, we also offer various PVC/PVC noDEHP and polyurethane tubes as standard for the medical sector for:
Infusion
Transfusion
ECC and dialysis
For many years, Novoplast Schlauchtechnik and Fleima-Plastic, the two medical technology brands of the Masterflex Group, have been successfully combining extrusion and injection moulding manufacturing techniques in demanding projects. In doing so, they draw on their extensive experience in plastics processing, their in-depth material expertise and established manufacturing and joining processes under clean room conditions.
The result is lightweight, high-performance and customised solutions.
In Halberstadt, polymer materials are processed into medical tubing by extrusion in ISO class 6 to 8 clean rooms, while in Wald-Michelbach, matching connection parts such as clamps, adapters, connectors and protective caps are manufactured using injection moulding.
The actual manufacturing process, tube extrusion, can be individually adapted and additional benefits or functions can be integrated into the tube through the use of materials or by combining materials. For example, conductive elements such as wires or glass fibres can be incorporated into the tube to transmit information or light signals. Furthermore, functional additives to the plastic used can enable UV-absorbing properties, antimicrobial behaviour or even a colour change during laser marking.
