HetBot is now a new partner on the DBR77 Platform.

We are delighted to announce that the advanced 3D models from Hetbot are now available on the DBR77 platform in Studio 3D.

Passion and professionalism

Hetbot is a young and dynamically growing technological company based in Łódź, specializing in autonomous robots for intraplant transport. The company was founded in 2020 by a team of doctoral students and employees from the Lodz University of Technology, but the team’s experience in the field of mobile robots dates back almost 10 years.

During this time, in addition to gaining specialized knowledge and strengthening collaborations, the team has developed its own unique and innovative vision and design approach for robotic systems focused on modular construction and intelligent resource management, particularly in terms of energy resources.

Over the past few years, the team members have been awarded three research and development grants from the National Centre for Research and Development, as well as several smaller grants totaling 1.4 million EUR. These grants have been instrumental in helping the team develop the concept of modular mobile robots based on ROS (Robot Operating System) software.


The company offers autonomous mobile robots for intralogistics, supported by a unique energy management system that increases their efficiency up to 98%. This allows for almost complete elimination of robot downtime for charging, which in large applications can amount to tens of hours per day.

We always strive to thoroughly know and understand our customers’ needs and offer a tailored solution. That’s why Hetbot’s robots can be equipped with various attachments such as fixed or mobile shelves, conveyor belts, and manipulators. Our devices meet the latest standards and are certified for safe operation in collaboration with humans.

Our robots are powered by proprietary software equipped with an intuitive interface, allowing easy management of the system, task creation, interaction with robots, and featuring fleet management functions. The modular design enables swift and highly flexible customization of the devices to meet application requirements, as well as easy scalability for future needs.

Meet our Partner

Please contact – CONTACT

Publication date: 22 June 2023