WeezBot at the service
of welding training
WeezBot, our agile welding cobot, can be deployed in schools and welding training centers to provide students with a modern and high-performance tool that supports them in learning both manual and robotic welding.
Boost your students’ efficiency and employability with WeezBot welding training
WeezBot is a great pedagogical tool at every stage of the welding training. It supports learners in acquiring the fundamentals of the welding process and understanding the many influencing parameters.
It contributes to the training of manual welders. WeezBot can also be used to introduce students to robotic welding. Trainers benefit from a modern tool to prepare future welders for the industrial robotics of tomorrow.
Make manual welder training easier
Equip learners with knowledge of modern robotic technologies
Enhance the visibility of your training program among students and companies
An educational kit
for your welding training program
The welding training pack offers unmatched flexibility and serves as an outstanding educational tool for training both manual welders and robotic operators. Various options allow the cobot to safely adapt to your working environment.
The educational pack includes a WeezTouch programming controller, a welding vision system, and a Fanuc CRX collaborative robotic arm.
WeezBot
The WeezBot cobot enables the implementation of a welding torch and controls its movement in real time via WeezTouch, allowing a welder to perform complex welds with improved comfort and productivity.
The formalization of gestural parameters (travel speed, tilt angle, lead angle) allows the solution to be used as an educational aid for students and to demonstrate the sensitivity of various welding parameters (voltage, current, wire speed, travel speed, tilt angle, lead angle).
WeezBot helps focus on understanding the weld pool independently of the gestures, which are assisted. This fundamental step allows students to develop the top skills demanded by industry.
A practical tool for hands-on welding training exercises
As part of welding training, instructors can easily perform demonstrations. The vision system and the WeezTouch controller allow them to replay operations and illustrate the results on the physical workpiece.
- The ability to project the image of the welding in progress onto any external screen and share it with a group of learners. The controller interface offers a wide range of operating modes (such as weaving welds) to weld parts with varying characteristics. Torch positioning is also crucial, allowing for a consistent, high-quality bead or conversely, to intentionally create defects to illustrate the importance of each parameter.
- The ability to replay this video and correlate it with the physical weld bead made, with or without defects.
- The possibility for learners to separately work on their understanding of the weld pool and the gestures (which are assisted by the cobot, thus reducing mental load).
Regarding welding training and learning industrial robotics, WeezBot’s unique flexibility allows for a variety of practical exercises:
- Practical exercises on understanding the workspace and trajectory construction (axis stops, singularities)
- Practical exercises on the importance of repeatability in part preparation (design/manufacture of jigs, observation of robotic results on non-repeatable parts)
- Practical exercises on robot safety
- The ability to project the image of the welding in progress onto any external screen and share it with a group of learners. The controller interface offers a wide range of operating modes (such as weaving welds) to weld parts with varying characteristics. Torch positioning is also crucial, allowing for a consistent, high-quality bead or conversely, to intentionally create defects to illustrate the importance of each parameter.
- The ability to replay this video and correlate it with the physical weld bead made, with or without defects.
- The possibility for learners to separately work on their understanding of the weld pool and the gestures (which are assisted by the cobot, thus reducing mental load).
Regarding welding training and learning industrial robotics, WeezBot’s unique flexibility allows for a variety of practical exercises:
- Practical exercises on understanding the workspace and trajectory construction (axis stops, singularities)
- Practical exercises on the importance of repeatability in part preparation (design/manufacture of jigs, observation of robotic results on non-repeatable parts)
- Practical exercises on robot safety