These profile or tie-rod cylinders, commonly built to ISO 15552 standards, are widely used across automotive manufacturing thanks to their robust construction, long service life, and versatile mounting options. Built to withstand the harsh environments of industrial assembly lines, they can deliver powerful, consistent performance in even the most demanding conditions.

They're especially suited for high-force applications such as clamping car body panels, pressing components into position, and precisely aligning assemblies during critical production stages. Their sturdy design allows for heavy-duty use without sacrificing cycle speed or accuracy.

Why they’re ideal:
These cylinders deliver strong and accurate linear movement, helping ensure repeatable, high-speed operations. With a wide range of stroke lengths and bore sizes available, manufacturers can easily tailor the cylinder to match specific tasks — whether it's handling large, heavy parts or performing fine-tuned assembly work. Their modular nature also makes them easy to maintain or replace, helping to minimise downtime and maximise efficiency on the production floor.

Compact pneumatic cylinders are another staple in the automotive manufacturing environment, particularly when machine layouts leave little room for larger actuators. These space-saving cylinders are engineered to deliver high force output in a short stroke and small package — maintaining the same performance levels as their full-sized counterparts.

Their minimal footprint allows them to be easily mounted within tight assemblies, underneath conveyor belts, or inside automated tooling stations without compromising power or speed. This makes them an ideal solution for robotic end-of-arm tooling, part ejectors, and rapid clamping mechanisms in areas where every millimetre counts.

Why:
Their compact design enables high force generation in restricted spaces, making them perfect for applications that require powerful linear motion in confined or integrated production systems — all while ensuring efficiency, precision, and ease of installation.

Round cylinders are often used for lighter-duty tasks within automotive manufacturing environments. These include functions such as sensor actuation, door locking mechanisms, or moving small components in auxiliary or secondary systems. While they may not deliver the high forces needed for heavy clamping or pressing, they excel in short-stroke, high-speed applications where space is limited and precision is key.

Their lightweight construction, simple mounting, and cost-effective pricing make them an ideal choice for equipment that requires frequent cylinder replacements or adjustments. Maintenance teams also appreciate their ease of installation, allowing for quick changeovers and minimal downtime. Round cylinders are especially common in pneumatic circuits supporting robotic arms, end-of-line testing stations, and smaller tooling where efficiency and responsiveness matter most.

Why:
Compact, lightweight, and economical — perfect for fast, repetitive short-stroke applications in less demanding but equally important tasks within the automotive assembly line.

For tasks that require longer travel without sacrificing space, rodless cylinders provide an efficient and space-saving solution. Unlike traditional cylinders with an extending rod, rodless cylinders contain the piston and stroke action within the body of the cylinder itself. This allows them to achieve long strokes while keeping the overall footprint compact — an ideal feature for modern automotive plants where space optimisation is critical.

In automotive manufacturing, rodless cylinders are widely used in transfer lines and linear handling systems. Whether it's moving body panels, doors, engine parts, or structural frames from one station to the next, these cylinders offer smooth, controlled linear motion across extended lengths. Their integrated design helps reduce machine complexity and simplifies installation, making them well-suited for conveyor integration and automated assembly lines.

Why:
Rodless cylinders offer added stability and precise control. Many models include built-in guidance systems that support the load and prevent unwanted rotation, ensuring accurate alignment throughout the stroke.