Plastic machining

Martan Plastics is your specialist for the precision machining of plastics. With state-of-the-art CNC technology and years of experience, we manufacture customised plastic parts for a wide range of industrial sectors. From the selection of the right material to the finished component, we support you with technical expertise and the highest manufacturing quality.

Plastic semi-finished products

High-quality thermoplastics and thermosets for industrial applications. We offer precisely manufactured plastic semi-finished products made from PEEK, POM, PTFE, PA6 and many other high-performance plastics.

Extruding

The extrusion process, such as extrusion pressing, enables the continuous production of plastic profiles and semi-finished products with high dimensional accuracy – ideal for technical applications.

RAM extrusion

The RAM extrusion process is used for high-performance plastics such as PTFE. It enables the production of dense, pore-free semi-finished products with excellent sliding properties.

3D printing

Our 3D printing service enables the manufacture of prototypes and small series from high-performance plastics – fast, economical and in the highest quality.

We manufacture

custom-fit plastic parts

using modern machining techniques such as CNC milling, turning, laser cutting and waterjet cutting.

CNC milling

With CNC milling, we produce precise plastic components with tight tolerances. Our manufacturing offers the highest quality for complex shapes and technical applications.

CNC turning

Our CNC turning technology enables the production of rotationally symmetrical plastic parts with the highest precision – ideal for shafts, bushes and special components.

Waterjet cutting

Through abrasive waterjet cutting, we produce precise plastic cut pieces without thermal stress. Perfect for complex geometries and sensitive materials.

CO₂ lasers

With CO₂ laser technology, we cut and engrave plastics precisely and without material distortion – ideal for the finest details and highly accurate contours.

Your advantages with Martan Plastics

Rely on the expertise of Martan Plastics for high-quality plastic machining. Contact us for a personal consultation and find out how we can optimally support your projects.

Precision and quality

Our modern machining processes guarantee the highest dimensional accuracy and optimum surface quality.

Tailor-made solutions

We manufacture plastic parts exactly to your requirements and specifications.

Efficiency and speed

Thanks to optimised processes and state-of-the-art machines, we offer fast production times and economical solutions.

Material variety for your applications

We process a broad range of high-performance plastics, including:

• PEEK: High temperature resistance and mechanical strength
• PTFE: Chemical-resistant and low-friction POM: High rigidity and low moisture absorption
• PA6: Good mechanical properties and wear resistance
• PE1000: Excellent sliding properties and abrasion resistance

Mechanical engineering

Thermosets are used for highly loadable components such as plain bearings, gears and housings. Their outstanding wear resistance and temperature resistance make them a durable alternative to metals. Mechanical engineering companies also benefit from the corrosion resistance of thermosets, which, unlike metals, do not rust.

Medical technology

Thermosets are valued in medical technology for their hygienic properties and chemical resistance. They are used in surgical instruments, prostheses, diagnostic systems and sterile packaging. The material's resistance to disinfectants and high temperatures is a further plus point.

Vehicle construction

In the automotive and aerospace industries, they play an important role as heat-resistant and lightweight components. Typical applications are engine covers, brake system components, structural parts and housings for electronic control units. The advantage over metal lies in the low weight, which reduces fuel consumption and improves energy efficiency.

Electrical engineering

Thanks to their high electrical insulating capability, thermoset plastics are indispensable in high-voltage engineering. They are used in switches, connectors, insulators and circuit boards. The high dielectric strength makes them ideal for complex electrical systems.

Aerospace engineering

Here, thermoset composite materials (e.g. CFRP with epoxy resin) are used to create extremely lightweight yet stable structures for aircraft and spacecraft. The high mechanical requirements in aviation make thermosets a preferred choice for load-bearing elements in aircraft fuselages, interior fittings and satellite structures.

Construction

Thermoset plastics are increasingly used in the construction sector, in particular for insulating materials, load-bearing structures, weather-resistant cladding and floor coatings. Their durability, moisture resistance and high mechanical strength make them ideal for extreme environmental conditions. In addition, some thermosets offer outstanding thermal insulation properties, which contribute to the energy efficiency of buildings.