Conveyor and process belts for automotive production

Maximum efficiency along the entire production process

In the production of semi-finished products and components, fabric-based conveyor belts of the Transilon series ensure trouble-free material flow and efficient assembly processes.

Robust, maintenance-friendly Prolink plastic modular belts offer ideal solutions for people-mover belts, and the transport of bodies on skid racks.

Extremultus flat belts ensure reliable power transmission in the press shop, while timing belts of the Proposition series ensure a precise, reliable production process.

Plastic modular belt Siegling Prolink

• Uninterrupted, safe material flow for greater efficiency in automotive and tire plants.


• High tensile strength and stiffness for reliable operation at large loads and long conveying distances.


• Conductive and flame-retardant characteristics for maximum safety in the production environment.


• Robust design and easy module replacement reduce downtime and maintenance costs.


• Low-friction, silicon-free belts enable energy-efficient and cost-saving plant operation.

Transport and process belt Siegling Transilon

• High-precision and reliable transport thanks to maximum dimensional stability and flatness thanks to up to three-layer composition and widths of up to 4,000 mm.


• Reliable use in all production areas thanks to robust, smooth or embossed surfaces with high Hardness (up to Shore A 92), which are resistant to hydrolysis, oil and grease as well as silicon-free.


• Optimal component guidance and high process reliability thanks to flexibly weldable profiles.


• Longer service life and lower energy consumption due to extremely low friction coefficient and low wear thanks to specially impregnated underside.


• Small drum diameters enable space-saving and more efficient system design.
  More information about Transilon

Flat belt Extremultus

• Maximum process reliability and precise power transmission in the press shop, punch press and assembly areas thanks to high lateral stiffness, flatness and durable tensile carrier technologies.


• Maximum system availability and reduced downtime thanks to extremely low-wear, oil- and grease-resistant materials, ideally designed for the requirements of the automotive industry.


• Energy-efficient and cost-saving production processes thanks to low-friction undersides and optimum drive properties of the Extremultus flat belts.


• Flexible and compact system design thanks to small deflection diameters.


• Silicone-free versions, ensuring the highest process purity in paint-critical areas.
  More information about Extremultus

Precision Timing Belt Siegling Proposition

• Precise and accurate production processes thanks to high-precision synchronisation and form-fit force transmission.


• High process reliability and resilience thanks to robust materials, strong tension members and abrasion-resistant coatings for demanding automotive applications.


• Long service life and low maintenance costs thanks to low-wear, maintenance-friendly designs – ideal for 24/7 automotive production.


• Efficient and clean handling thanks to silicon-free, oil-resistant and application-specific configurable belts, perfect for conveyor, assembly and robot cells.
  More information about Proposition