Linear Motion System

Rollon linear guides are engineered to deliver smooth, controlled and reliable motion across a wide variety of industrial applications. Available in multiple sizes and configurations, these linear guides are built to perform even in harsh environments, thanks to hardened raceways, high load capacity options, corrosion-resistant materialsand self-aligning systems.  With a wide range of options, from Compact Rail to Mono Rail, Rollon guarantees reliability and durability, improving the efficiency of production processes and delivering consistent results over time. Whatever your need, Rollon offers a tailor-made solution: from compact to heavy-duty configurations, ensuring optimal performance even in high-precision applications.

Rollon’s telescopic rails provide smooth, reliable and high-capacity linear extension, supporting a wide range of industrial motion requirements. Telescopic slide rails ensure controlled movement, minimal bending and consistent load handling even under demanding conditions.  Whether your project requires partial extension, full extension or travel up to 200% of the rail length, Rollon offers a complete range of telescopic linear slides capable of ensuring safe, stable and long-lasting motion. 

Rollon’s curved guide rail solutions are designed for applications that require accurate and efficient motion along non-linear paths. Equipped with precision ball or roller bearings, each curved linear guide delivers smooth movement and high reliability, even when operating under heavy loads or continuous duty cycles. Available with constant or variable radii, Rollon’s curved rails provide flexibility for systems where directional changes and compact motion layouts are essential. 

Cam followers are high-performance bearings designed to run directly on cams, linear tracks, and guide surfaces, ensuring reliable operation even in heavy-duty applications. Engineered to support high radial loads and repeated shock loads, cam followers are widely used in industrial machinery, automation systems, and material handling equipment where precision, durability, and long service life are essential. These track rollers feature a thick-walled outer ring that reduces deformation under load and maintains high load capacity over time. They are available with needle roller bearings or cylindrical rollers, in both caged and full-complement designs. The outer ring profile, either cylindrical or crowned, helps compensate for misalignment and minimizes contact stress, improving running performance on sliding surfaces. A lubrication hole positioned beneath the rolling elements enables efficient relubrication, extending bearing life and reducing maintenance requirements. Cam followers are available in both stud type and yoke type configurations, with options such as an eccentric collar for precise radial adjustment during installation. Advanced sealing solutions ensure effective protection against contaminants and long-lasting grease retention.

Linear actuators are essential components in automation and industrial machinery, providing controlled and precise linear movement for a wide range of applications. Each linear motion actuator transforms energy into straight-line motion, supporting processes that require accurate positioning, lifting, pushing or guiding. Whether integrated into a linear axis or a complete linear module, these systems play a key role in efficient and repeatable motion control. 

Rollon’s integrated actuators are engineered to deliver precise, reliable and efficient motion for today’s most advanced automation needs. These multi axis actuators are widely used across industrial sectors, supporting everything from machinery servo systems and high-precision assembly lines to packaging equipment and high-speed production processes. Rollon’s multi-axis solutions are designed to meet increasingly complex performance requirements, offering rigidity, accuracy and modularity for demanding automation projects.  

A robot transfer unit is a linear motion platform designed to extend the operational range of industrial robots, allowing them to move efficiently along a dedicated axis. By transforming a fixed robot into a dynamic, rail-mounted system, RTUs enhance flexibility, increase productivity and enable automation cells to cover larger work areas without compromising precision or speed. 

Circular systems are complete, ready-to-install solutions designed to deliver continuous and efficient motion in compact layouts. Each system typically includes an aluminium base structure, precision guide rails and carriages, a transmission system with gearbox and toothed belt, integrated lubrication units and carriage indexing to ensure accurate and repeatable positioning. Available in both ring and oval designs, they can be customised with various options to match the requirements of automated handling, assembly and inspection processes. 

The XP Xtrem Position series represents a high-performance generation of precision ball screws developed for demanding production technologies, especially linear drives in machine tool environments. Engineered to deliver maximum rigidity, high dynamic response and exceptional positioning accuracy, these ball screws are designed to support the performance requirements of advanced machining applications. Their ability to maintain stability and precision under continuous duty cycles makes them a key component in high-accuracy manufacturing systems. 

The XL Xtrem Load series is engineered for the most demanding industrial environments, offering high-capacity ball screws designed to withstand extreme forces and continuous operation. Built for applications such as heavy machinery, presses and injection molding screws, this family of precision ball screws delivers exceptional rigidity, durability and reliability. Their robust recirculating design ensures stable performance even under intense loads and challenging duty cycles. 

The XT Xtrem Transport family of high efficiency ball screws are specifically engineered for automation applications and are available in precision and rolled options. This family of ball screws places a strong emphasis on integrability, interchangeability, and the quick supply of ball screws.

Rollon’s RB series represents a reliable and efficient range of recirculating ball screws designed to deliver precise linear motion in demanding industrial environments. Engineered for smooth operation, high repeatability and long service life, these systems ensure stable performance even under continuous loads, making them a dependable choice for automation and positioning tasks. 

Rod ends are mechanical articulations designed to provide smooth rotational and oscillating movement between connected components. Used in countless industrial and mechanical systems, a rod end bearing combines a spherical inner ring with an outer housing, allowing motion transfer even when misalignment occurs. This makes rod ends essential for applications requiring flexibility, durability and precise movement. 

Spherical plain bearings are engineered to handle oscillating movements, misalignment and variable load conditions in a wide range of industrial applications. Designed for durability and consistent performance, these plain bearings provide smooth rotational motion between two components while effectively managing friction, shock loads and vibration. 

Roller bearings are fundamental components in motion systems, engineered to support heavy loads and reduce friction in rotating or oscillating applications. Designed for durability, precision and smooth performance, these bearings use rolling elements instead of sliding surfaces, making them ideal for demanding industrial environments. Whether in machinery, automation, transport equipment or heavy-duty assemblies, roller bearings ensure reliable operation and long service life. 

Locknuts and rings are engineered for applications where precision clamping and powerful, safe locking are critical requirements, and for the adjustment and clamping of all types of bearings. The original clamping system is built around a threaded clamping spring wired EDM on the nut or ring body. When the grub screws are tightened, very strong pressure is applied onto this threaded spring, which meshes precisely into the corresponding threads of the shaft or spindle. This interlocking action delivers an exceptionally secure and stable hold, effectively eliminating the risk of unintended loosening even under the most demanding operating conditions. These products are widely adopted across technologically demanding industries, including nuclear, automotive, textile, and printing. The range is available in multiple configurations: radial or axial clamping, in standard, balanced, and heavy-duty variants. Nuts and rings can be installed and removed without any loss of precision, and custom configurations are available upon request, including alternative materials, left-hand threads, and other tailored specifications.