Rollon
Cartesian robot for loads up to 10 kg
The Cartesian robot 'H-Bot' from Rollon offers a design with a single belt concept and double motor on the X-axis, which, according to the manufacturer, enables coordinated and precise movements in a compact design.
The Rollon robot consists of two X-axes and a Y-axis with aluminum profiles. It is driven by two fixed motors on the X-axis with a single belt that is driven by pulleys and is easy to tension. By dispensing with a motor on the Y-axis, the moving masses are significantly reduced, which reduces vibrations and enables high dynamics. A drive shaft between the two X-axes is not required. The linear axes with toothed belt drive and recirculating ball bearing guides achieve a maximum stroke of 2500 mm on the X-axis and 1500 mm on the Y-axis. Speeds of up to 5 m/s and accelerations of up to 50 m/s² with a repeat accuracy of ±0.1 mm are possible in both axis directions. Mounting is horizontal and allows integration of the Z-axis.
You might also be interested in
6 Criteria for the objective comparison of humanoid robots in industry
A new benchmark from Fraunhofer IPA is intended to enable the first standardized and neutral analysis of humanoid robots for industrial use based on six key criteria.
read more...AI-supported lighting robot wins German Innovation Award 2026
Ledvance, provider of innovative lighting solutions, was named "Winner" in the Excellence in Business to Consumer Lighting category at the German Innovation Awards 2026. With the AI Companion Lighting Robot 'Elix', the company presents an...
read more...Regulation and safety slow down robotics projects in Germany
QNX has published the study "Inside the Robot: Architecture Benchmark Report". The results of the global survey of 1000 robotics developers show that software and safety requirements are increasingly becoming the central bottleneck for innovations...
read more...International Federation of Robotics
China puts AI robotics at the center of its national strategy
With its 15th five-year plan, China has placed robotics at the center of its new industrial strategy. The aim is to focus AI research on physical applications and use robotics as the main driver of economic growth.
read more...Humanoid robots as a means to combat the skills gap
Humanoid robots are already performing various tasks in industrial production. A representative survey commissioned by the digital association Bitkom shows how the industry views this overall.
read more...Physical AI with virtual twins and robotics
Dassault Systèmes and Neura Robotics announce partnership
Dassault Systèmes and Neura Robotics combine virtual twin technologies and cognitive robotics to scale physical AI. The partnership combines virtual planning, AI training and real automation in a continuous end-to-end pipeline.
read more...RobCo at the Hannover Messe 2026
Robotic system for dynamic environments
RobCo is presenting a new industrial robotics system for dynamic tasks in industry at the Hannover Messe. With 'Autonomous Alfie', the company is opening up a new category of robotic solutions. This allows tasks in which processes, objects and...
read more...For demanding heavy-duty automation
With the 'KR Titan ultra', Kuka is expanding its portfolio for demanding heavy-duty applications. The robot combines long reach with dynamics and thus opens up new scope in automotive manufacturing, battery and large component handling as well as in...
read more...International Federation of Robotics
Robot density increasing in Europe, Asia and America
The integration of robots plays a key role in increasing industrial productivity worldwide. In 2024, Western Europe installed a record 267 industrial robots per 10,000 employees in the manufacturing sector, putting it ahead of North America with 204...
read more...