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Plastic Chip Extraction

The stationary extraction system consists of a high-performance extraction fan and three separate separation containers, enabling the efficient suction and separation of continuous plastic chips generated by lathes.

The chips are captured directly at the cutting point between workpiece and tool and are collected separately by machine type into individual containers. Each separator is equipped with large viewing windows to allow continuous monitoring of the fill level. When the container is opened, the plastic chips fall directly into an on-site baling press, where they can be compacted into pallet-sized bales and strapped for further handling.

Special attention was given to the dissipation of static electricity during the design phase. All components are conductively interconnected, and large grounding lugs have been provided for integration into the site’s main grounding system.

Ratec Signet
Kunststoffspäneabsaugung

The plastic chip extraction system from RATEC removes continuous plastic chips directly at the lathe before they can wrap around the tool and workpiece. Each machine has its own separation container, ensuring that chips are collected separately by type and compacted directly in a baling press. We planned, designed, and manufactured the system at our own plant in St. Veit an der Glan.

The Task

Turning plastic produces long, continuous chips. These wrap around the tool and workpiece, hindering processing and otherwise requiring manual removal. The requirement was for a stationary system for three lathes that reliably extracts the chips, separates them by type, and simplifies disposal. Since plastic chips build up electrostatic charges, safe dissipation of static electricity was also required.

Plastic chip extraction viewing window

How the Extraction Process Works

  1. Capture: The chips are extracted directly at the interface between the workpiece and the tool.
  2. Separation: Each machine feeds into its own separation container; the chips remain separated by type.
  3. Monitoring: Large viewing windows show the fill level at all times.
  4. Baling: When the separator is opened, the chips fall directly into the on-site baling press, where they are pressed into pallet-sized bales and strapped.
plastic chip extraction function

Focus on Safety

During the design phase, we paid special attention to the dissipation of static electricity. All parts of the system are conductively interconnected. Large grounding lugs allow for connection to the on-site main grounding system. This ensures that electrostatic charges are safely discharged.

Technical specifications

FeaturePlastic Chip Extraction
MaterialContinuous plastic chips
MachinesThree lathes
ExtractionOne extraction fan, stationary system
SeparationThree separation containers, one container per machine
Fill-level controlLarge viewing windows
DisposalDirectly into on-site baling press
GroundingAll parts conductively connected, grounding lugs for main grounding
Plastic chip extraction front view

Your benefits

  • Unobstructed Processing: No chips wrapping around the tool or workpiece.
  • Sorted Separation: One container per machine, ideal for recycling.
  • Simple Disposal: Chips go directly into the baling press.
  • Safe Operation: Continuous grounding to prevent electrostatic charging.

Transferable to Your Application

The principle is applicable wherever long or bulky chips are produced, such as during the turning, milling, or drilling of plastics. We reconfigure the number of machines, container size, fan, and disposal system for every project. Another practical project is paper strip extraction. For larger operations with many extraction points, we also design central vacuum systems.

Plastic chip extraction emptying

Complete solution from a single source

From consulting and planning to technical design, manufacturing, assembly, and commissioning: RATEC handles the entire process. You can find more about our approach under Extraction Systems. We manufacture in our own plant in Carinthia, certified according to ISO 9001, EN 1090-1, and ISO 3834-2.

Do You Have Disruptive Chips?

Tell us about your machines, material, and chip volume. We will get back to you with a specific proposal.

Frequently asked questions

Key details include machines, plastic types, chip shape and quantity, available space, and the desired disposal method. RATEC designs each solution to customer specifications, so there is no flat rate. You will receive an individual quote.

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Continuous chips are bulky and take up a lot of space, so they are best compacted. RATEC systems discharge the chips directly into an on-site baling press; the fill level of the separation containers can be seen through large viewing windows.

Plastic chips build up electrostatic charge during conveying, which can cause sparks, buildup, and malfunctions. That’s why all parts of the system must be conductively connected and grounded. At RATEC, all parts are connected with conductive materials and linked to the main grounding via grounding tabs.

To ensure chips remain unmixed and can be recycled without sorting when different plastics are processed on the machines. RATEC solves this with a separator for each machine, while a single fan provides extraction for all units.