Plastics Processing  Manufacturers, Traders, Suppliers

A wide range of applications covers the processing of plastics:
This begins with the trimming of vacuum thermoformed parts and leads to freely formed CFRP and GFRP parts and extends to heavy machining of technical plastic parts using the example of filter mats.
CNC machining centres unite a world of extremes here:
On the one hand, high milling feed rates at low chip removal rates with high speeds of the milling spindles are required, which in turn can only be achieved by a CNC control with the highest performance. On the other hand, the production cell should enable the highest chip removal rates at the lowest spindle speeds, for example when machining thermoplastics.
These criteria can only be met with current controlled spindle technology. At Reichenbacher Hamuel it is just as standard as an oriented spindle stop.

Our materials Vulkollan, Diepothan, Vulkocell, Diepocell as well as Diepolast are produced by hot casting. The pressureless cast systems have quite different property profiles, which make a multitude of possible applications possible.

In our fully automated injection moulding production we work with roboter handling systems. Our machines are equipped with clamping force of 30 -1100 tons.
We produce injection moulded parts out of all thermoplastics. (1 component, 2 component and multi component injection moulding)

Manufacturer of plants for waste water neutralization, plastic fans, laboratory construction, tank construction and much more. As a thermoplast processor for ventilation and neutralisation systems, we develop in our own production high-quality laboratory scrubbers, absorption systems, exhaust air scrubbers and many other apparatuses for laboratories and industry. For this purpose, we develop the control systems and carry out the connection to your systems.
"We offer special solutions for the industry, electroplating industry and laboratory construction Our competent engineers and specialists advise and support you professionally up to the uncompromising use on site.
To the high quality of our neutralisation plants, laboratory fans and laboratory washers we guarantee you an all-round service. We produce exclusively in Germany and with European components."

CORROSION RESISTANT - Fence meshes are a simple and fast way to make a fence. The technology used in their production means that they do not require painting and are resistant to corrosion.

WIDE WALK OF APPLICATIONS - They are excellent for, among other things, construction of pens for livestock, construction of fences and enclosures, protection of trees and shrubs from animals.

DIVERSITY OF SHAPES - Our offer includes nets with both fine and large mesh, in the shape of a rhombus, rectangle or square. Everything to provide the right product for your garden.

With more than 35 years of experience and over 100 international patents, the family-owned and operated company Gneuss has made a name for itself as a supplier of innovative solutions for the plastics processing industry.
In addition to unique technologies, systems and components for plastics processing, Gneuss also offers complete turnkey solutions for the production of high quality sheet, fibres and pellets. Since its foundation in 1983, Gneuss has grown to become a worldwide technology leader for the extrusion of polymers and the reprocessing of all kinds of polymers.
Based in Bad Oeynhausen, Germany, Gneuss is committed to the expectations of products “made in Germany” while serving its customers worldwide. With its daughter company in the USA, offices in Brazil and China, a cooperation partner in Japan and together with representatives worldwide, Gneuss is present throughout the world. The best possible technical support, excellent service and spare parts availability is provided on all five continents. Support is available around the clock via a telephone service hotline. Pilot lines for trials and development work are available at several locations.
Our company philosophy is to work together with you, based on confidence and personal relationships. We are dedicated to providing competent advice and to supporting you with the best know-how and the most modern technology, and to always offer you an optimum filtration solution.

Plastics processing refers to the series of methods used to convert raw plastic materials into finished products. This involves various techniques that shape, mold, and form plastics into desired configurations.

1. Injection Molding.
2. Blow Molding.
3. Extrusion.
4. Rotational Molding .
5. Thermoforming.
6. Compression Molding.
7. Transfer Molding.
8. Casting.
9. 3D Printing/Additive Manufacturing.

Development, construction and manufacturing of plastic products in our own manufacturing plants in three European locations and provision of plastics-related services.

Plastics processing refers to the entire manufacturing process in which raw plastics are modified, shaped, assembled and surface-treated using physical or chemical processes in order to produce finished or semi-finished products with specific functions and shapes from the original polymer materials. This process involves a variety of technologies and machines, such as injection molding, extrusion, blow molding, thermoforming, rotational molding and laser cutting, focusing on the precise control of temperature, pressure, flow behavior and cooling rate so that the plastic material in its molten state completely fills the shape of the mold or is stretched and deformed according to the given shape specifications before it hardens or cools. During plastics processing, the properties and composition of the raw materials are analyzed in detail and, in combination with the design requirements of the end product, the appropriate processing technology is selected to achieve products with excellent physical properties, chemical stability and an attractive appearance. Modern processes in plastics processing are closely linked to computer-aided design and manufacturing technologies (CAD/CAM), resulting in a high level of automation and intelligence in production, which in turn significantly increases the efficiency and reproducibility of the manufactured products. Plastics processing is used in numerous sectors, including the automotive, aerospace, electronics, medical, packaging, construction and consumer goods industries, making it an important building block of modern industry. In addition, increasing emphasis is being placed on environmentally friendly and resource-saving processes, so that the development of green plastics processes and biodegradable plastics is also being driven forward. Overall, plastics processing plays a central role in the transition to efficient, flexible and sustainable manufacturing by enabling the transformation of raw materials into highly functional end products, thus making a significant contribution to industrial development and everyday life.

Plastics processing is the process of converting plastic raw materials into various products and is used in many industries. Here are some of the main areas of application:
Automotive: In automotive manufacturing, plastics are used to make dashboards, body panels, seat components, etc. Through injection molding, extrusion and other processes, manufacturers can produce lightweight, durable and safety-compliant car parts.
Electronics and electrical industry: Plastics are often used for housings, connectors, insulating materials and more in electronic devices. Precise injection molding and extrusion processes ensure the safety and reliability of electronic products.
Packaging industry: Plastic packaging such as bottles, bags and containers are widely used due to their lightness, water resistance and moldability. Blow molding, injection molding and thermoforming are key technologies in this manufacturing process.
Medical industry: Disposable medical products, pharmaceutical packaging and laboratory supplies are often made from medical plastic. These products must meet strict hygiene and safety standards to ensure the health and safety of patients.
Construction industry: Plastics are used in pipes, window frames, floor coverings and insulation materials. Their properties such as corrosion resistance, thermal insulation and low weight make them very popular in the construction industry.
Consumer goods industry: Household appliances, toys, sports equipment and other consumer goods are often made of plastic parts. Through precise processing, manufacturers can produce products with attractive designs and a variety of functions that meet consumer needs.
Recycling: With increasing environmental awareness, the recycling of plastics is becoming more important. Through processes such as shredding and extrusion, used plastics can be converted into secondary materials, which both saves resources and reduces pollution.
In summary, plastics processing plays an important role in modern industry, with applications in areas such as automotive, medicine, packaging and construction. With advancing technology and increasing environmental requirements, plastics processing methods are evolving to provide innovative and sustainable solutions for various industries.