Before selecting a plastic machining material, you should understand the needs of your machining project. Different plastic materials have unique properties that may not work well for your needs, so identify the desired outcome before starting the machining process.

Plastic scanner to instantly identify plastic types from items and waste. Used to enable rapid sorting, identification, waste audits and educational experiences. Plastic is placed underneath the sensor and within seconds the plastic type will be shown on the display.

Single screw extruder to repurpose plastic waste into new products. Flakes are fed into the hopper, pulled in by a motor driven extruder screw, melted, and extruded as a continuous stream into a mould or wrapped around objects.

Plastic machining is popular in many industries. As a manufacturer or business owner, you should know the different types of plastic materials and how they affect the machining process. The desired outcome, environmental conditions, and costs can affect your material selection. With these tips for choosing the best materials for plastic machining, you can make an informed decision.

Fume extractor with carbon filter to extract and filter the fumes during the injection and extrusion process. The flexible tubes with an adjustable airflow are placed to the hopper and nozzle of the injection moulding machine or the extruder. Air is extracted, cleaned in a carbon activated filter and released back into the room.

Plastic granulator to cut plastic into small flakes. The flakes are then being further processed in injection or extrusion moulding. Plastic is fed through the hopper and cut in a cutting box to small flakes.

Choosing the best plastic machining materials requires knowledge of the different types of materials and factors that affect their machinability and effectiveness. Selecting the right machining material is essential since it determines the final product’s quality and value.

Manual powered twin shaft plastic shredder to shred plastic into small flakes. Experience and showcase the shredding process hands-on. Plastic is fed through the hopper and shredded through manually turning the crank handle, into flakes.

Injection moulding machine to repurpose plastic waste into new products. Flakes are filled through the  hopper into a barrel, are melted, and by manually turning the handwheel, injected into a mould.

Choosing the appropriate plastic machining materials can be challenging, even for experienced manufacturers. When in doubt, consult an experienced plastic machining professional who can provide insights and recommendations. These experts have comprehensive knowledge of the different types of plastic materials, their properties, and how they affect machine processes. Then, you can make sure the final product’s quality matches your expectations.

The machinability of plastic materials affects their quality. Materials with low machinability are challenging to work with and may reduce tool life, increase machining time, and ruin surface finishes. Choosing materials such as Acetal, a popular machining plastic, is important due to its tight tolerances, smooth finishes, and reduced chances of warping.

There are all kinds of different plastic types out there. We designed our machines to work with HDPE, PP, PS, LDPE, PLA, ABS and TPU. They are quite common, easy to recycle and safe to use. Different plastic types should never be mixed as this will result in a significant decrease in quality standards and make it very difficult to recycle them in the future.

Plastic granulator to cut plastic into small flakes. The flakes are then being further processed in injection or extrusion moulding. Plastic is fed through the hopper and cut in a cutting box to small flakes.

The cost of plastic machining materials is another essential factor to consider before making a final decision. While Acetal may be too expensive for some projects, less costly materials, such as Nylon, may not provide the required machinability. Finding a balance between your needs and budget can help you identify the right material for the job.

They can be set up and operated without extensive training and used in remote areas without any expanded infrastructure.

We manufacture all machines in our assembly line in the south of Austria, in Klagenfurt. Moreover, we are committed to procure our key components and material parts from local sources. Applied by hundreds of users around the world in a wide range of applications, the plasticpreneur extruder is the go to choice to experience and access the benefits of extrusion and intrusion moulding.

We support our customers worldwide in the implementation of their ideas and also independently design innovative, durable products that can be made from recycled plastics. Get an impression of the variety of possibilities.

Environmental conditions are other important factors to consider when choosing plastic machining materials. Exposure to sunlight, high temperatures, and excessive humidity can affect the integrity of the final product. Select materials that can withstand these environmental conditions so you can complete your project without issue.

We provide all necessary information and tools for getting started. Due to the Circular Design approach they are long-lasting and can be easily assembled, repaired, exchanged, transported and shipped worldwide. Our machines are shipped in the smallest containers possible, reducing unnecessary emissions and costs. Within minutes they are ready to use after 2-3 assembly steps. They can easily be transported or stored, as they are lightweight and have casters.

This enables access to start a social business with plastic waste as a foundation. The integration of the full package is like a business in a box containing all necessary technical tools and information as well as product design and business model development.