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Rollon Demonstrates Linear Motion Systems At Global Industrial Exhibitions
Rollon presents semiconductor, automation, machine-tool and metalworking technologies across SEMICON West, BI-MU, Scanautomatic and FABTECH exhibitions this October.
www.rollon.com
Cross Roller Rails
In October 2026, Rollon will present its advanced linear motion and robotics transfer solutions at four international tradeshows, including SEMICON West, BI-MU, Scanautomatic, and FABTECH. These technologies provide structural rigidity and operational reliability for industrial automation applications spanning semiconductor manufacturing, machine tooling, and metalworking.
Linear Tables
Precision Linear Motion For Semiconductor Manufacturing
During SEMICON West, taking place from October 13 to 15, 2026, at the Moscone Center in San Francisco, Rollon will display high-precision motion solutions at booth 6367. The showcase includes Rosa Sistemi’s Cross Roller Rails and Linear Tables, which support demanding electronics and semiconductor applications. These systems maintain high load capacity and smooth, accurate motion within a compact footprint, allowing engineers to integrate them into space-constrained installations without sacrificing mechanical performance or reliability.
Cobot Transfer Unit.
Integrated Guide Systems For Machine Tool Applications
At the BI-MU exhibition in Italy from October 13 to 16, 2026, Rollon and Rosa Sistemi will present a range of linear actuators and guide rails at booth C13. Featured products include the V-Line, Heavy Line, MG Rail, and Compact Rail guides, alongside a demonstration of the Cobot Transfer Unit (CTU) designed to extend the working range of collaborative robots. Furthermore, a dedicated machine tool kit combining Shuton-Ipiranga ball screws with Rosa Sistemi MG Rail systems will be displayed. This combination delivers high positioning accuracy, rigidity, and load capacity to meet the rigorous tolerances of machine tool operations.
H-Bot.
Cartesian And Circular Systems For Industrial Automation
Scanautomatic in Gothenburg, Sweden, scheduled for October 20 to 22, 2026, will feature Rollon’s motion systems at booth B02:30. The company will exhibit the H-BOT, a single-belt gantry system that delivers compact and coordinated Cartesian motion for flexible assembly layouts. Rollon will also demonstrate the AXNR circular motion system, which optimizes factory floor space by continuously transporting high loads through synchronized, adaptable layouts.
RTUg at Automate 2026.
Heavy-Duty Robot Transfer Units For Metal Fabrication
At FABTECH in Las Vegas, running from October 21 to 23, 2026, Rollon will exhibit its metal fabrication solutions at booth S44081. The focal point of the display is the recently launched Robot Transfer Unit Glide (RTUg), developed for the North American market and demonstrated with a Kawasaki robot. The RTUg incorporates a steel-body construction and a rack-and-pinion drive system, providing the rigidity required to move robots weighing up to 680 kilograms over extended distances while maintaining precise positioning. The booth will also display the CLTA circular motion systems, ball screws, and high-performance rod ends, illustrating the capacity of these mechanical components to handle heavy loads in metalworking environments.
AXNR/CLTA components demonstrated at Automate 2026.
Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement
Robot Transfer Units (RTUs) are evaluated based on payload capacity, drive mechanisms, and positional repeatability. The Rollon RTUg, designed for the North American market, features a steel body and a rack-and-pinion drive supporting payloads up to 680 kilograms. Comparably, the Güdel TrackMotion Floor (TMF) series utilizes a similar rack-and-pinion architecture to transport industrial arms, offering positional repeatability of approximately ±0.02 millimeters. Both systems employ modular, joinable rack configurations to achieve multi-meter linear stroke lengths, ensuring high load stability and operational continuity in robotic welding, pick-and-place, and heavy metal fabrication environments.
Edited by Natania Lyngdoh, Induportals editor, assisted by AI.
www.rollon.com
In October 2026, Rollon will present its advanced linear motion and robotics transfer solutions at four international tradeshows, including SEMICON West, BI-MU, Scanautomatic, and FABTECH. These technologies provide structural rigidity and operational reliability for industrial automation applications spanning semiconductor manufacturing, machine tooling, and metalworking.
Linear Tables
Precision Linear Motion For Semiconductor Manufacturing
During SEMICON West, taking place from October 13 to 15, 2026, at the Moscone Center in San Francisco, Rollon will display high-precision motion solutions at booth 6367. The showcase includes Rosa Sistemi’s Cross Roller Rails and Linear Tables, which support demanding electronics and semiconductor applications. These systems maintain high load capacity and smooth, accurate motion within a compact footprint, allowing engineers to integrate them into space-constrained installations without sacrificing mechanical performance or reliability.
Cobot Transfer Unit.
Integrated Guide Systems For Machine Tool Applications
At the BI-MU exhibition in Italy from October 13 to 16, 2026, Rollon and Rosa Sistemi will present a range of linear actuators and guide rails at booth C13. Featured products include the V-Line, Heavy Line, MG Rail, and Compact Rail guides, alongside a demonstration of the Cobot Transfer Unit (CTU) designed to extend the working range of collaborative robots. Furthermore, a dedicated machine tool kit combining Shuton-Ipiranga ball screws with Rosa Sistemi MG Rail systems will be displayed. This combination delivers high positioning accuracy, rigidity, and load capacity to meet the rigorous tolerances of machine tool operations.
H-Bot.
Cartesian And Circular Systems For Industrial Automation
Scanautomatic in Gothenburg, Sweden, scheduled for October 20 to 22, 2026, will feature Rollon’s motion systems at booth B02:30. The company will exhibit the H-BOT, a single-belt gantry system that delivers compact and coordinated Cartesian motion for flexible assembly layouts. Rollon will also demonstrate the AXNR circular motion system, which optimizes factory floor space by continuously transporting high loads through synchronized, adaptable layouts.
RTUg at Automate 2026.
Heavy-Duty Robot Transfer Units For Metal Fabrication
At FABTECH in Las Vegas, running from October 21 to 23, 2026, Rollon will exhibit its metal fabrication solutions at booth S44081. The focal point of the display is the recently launched Robot Transfer Unit Glide (RTUg), developed for the North American market and demonstrated with a Kawasaki robot. The RTUg incorporates a steel-body construction and a rack-and-pinion drive system, providing the rigidity required to move robots weighing up to 680 kilograms over extended distances while maintaining precise positioning. The booth will also display the CLTA circular motion systems, ball screws, and high-performance rod ends, illustrating the capacity of these mechanical components to handle heavy loads in metalworking environments.
AXNR/CLTA components demonstrated at Automate 2026.
Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement
Robot Transfer Units (RTUs) are evaluated based on payload capacity, drive mechanisms, and positional repeatability. The Rollon RTUg, designed for the North American market, features a steel body and a rack-and-pinion drive supporting payloads up to 680 kilograms. Comparably, the Güdel TrackMotion Floor (TMF) series utilizes a similar rack-and-pinion architecture to transport industrial arms, offering positional repeatability of approximately ±0.02 millimeters. Both systems employ modular, joinable rack configurations to achieve multi-meter linear stroke lengths, ensuring high load stability and operational continuity in robotic welding, pick-and-place, and heavy metal fabrication environments.
Edited by Natania Lyngdoh, Induportals editor, assisted by AI.
www.rollon.com
