Conveyor technology & automation

What is Conveyor Technology & Automation?

Conveyor technology and automation are essential components of modern production and logistics processes. They comprise systems and machines that optimise material flow, shorten transport routes and automate work processes. These include, for example, conveyor belts, roller conveyors, robotic systems as well as automated storage and picking solutions.

Requirements for Materials in Conveyor Technology & Automation

The components used in these areas must withstand high mechanical, chemical and thermal loads. Important properties are:

• High wear resistance
• Low weight for energy savings
• Good sliding properties and low friction coefficients
• Resistance to chemicals and moisture
• High temperature resistance

Why Plastics Are an Optimal Solution

Plastics offer decisive advantages over classic materials such as metal or rubber. They are lighter, corrosion-resistant and require less maintenance. Through targeted material selection, the specific requirements of conveyor technology can be optimally met.

Types of Plastic for Conveyor Technology & Automation

High-performance plastics for wear and sliding components

High-performance plastics such as PE-UHMW, PA6 or POM are frequently used in sliding and guide elements. They reduce friction, increase the efficiency of the systems and ensure a longer service life of the components.

Plastic bearings and guides

Plastic bearings have the advantage over metal bearings that they are self-lubricating, low-noise and maintenance-free. They are particularly suitable for applications in automation technology, where high running times and low downtimes are crucial.

Conveyor belts & transport chains made of plastic

Plastic conveyor belts offer flexibility, durability and high resistance to chemicals and moisture. Transport chains made of plastic are lighter than metal chains and generate less abrasion, which is particularly advantageous in the food and pharmaceutical industries.

Advantages of Plastics over Metal

• Weight reduction: Plastics are significantly lighter than metal, which improves energy efficiency.
• Corrosion resistance: No rusting or oxidising, ideal for humid or chemical environments.
• Low maintenance: Many plastic components are self-lubricating and require less care.
• Longer service life: High abrasion resistance and low friction extend the useful life.
• Noise reduction: Plastic components operate more quietly than metal parts.

Areas of Application for Our Plastics in Conveyor Technology & Automation

Our engineering plastics are used in:

• Conveyor belts & transport chains
• Sliding and guide rails
• Bearing and drive systems
• Robotics & automation solutions
• Mechanical and plant engineering

Our Services for the Industry

We offer individual plastic solutions for conveyor technology and automation:

• Material advice & selection: Optimal plastic solution for specific requirements
• Precision manufacturing: CNC cut pieces, turned and milled parts
• Individual adaptation: Custom-made products to measure
• Delivery reliability: Fast availability for uninterrupted processes

Conclusion: Future Prospects and Efficiency Gains through Plastic Solutions

Engineering plastics are indispensable in modern conveyor technology and automation. They improve energy efficiency, reduce maintenance costs and increase the longevity of systems. Through targeted material selection and precise manufacturing, they contribute significantly to the optimisation of production processes.