You don't need to become a robotics expert to take advantage of automation!
Since 2014, we have been helping clients in the UK, Europe, North America, and Australasia innovate and enter the market faster, providing them with powerful and highly flexible solutions for programming, simulating, controlling, and monitoring processes involving industrial machinery.
The HAL robot framework aims to safely reprogram industrial robots from CAD models, sensor measurements, or any other data source, enabling automation of highly mixed and complex tasks.
The truly flexible manufacturing change is the new standard
- Whether you are automating manual tasks or starting to provide customers with more product customization and specialization, having production equipment that adapts to variability is crucial.
- From contract manufacturing of aerospace components to polishing custom cabinets or carving instruments with customer names, production flexibility is essential.
- The HAL robot framework is built from scratch to handle product and process changes by interpreting data to generate robot commands, rather than using manual, offline, or teaching repetitive programming.
Safe and predictable execution from error checking generated programs to native robot code
- When the robot's work changes frequently, you need to be completely confident that it can always work safely and without error.
- The HAL robot framework uses digital twins to simulate and validate programs before robot startup. This can run automatically or under manual supervision, and use measurement data to ensure the most accurate model.
- The verified program will be converted into local robot code to retain all the functions of the authentication security system.
Tools suitable for homework can be deployed anytime, anywhere
The HAL robot framework is both portable and highly customizable, which means it can be completely in the form you need. This allows you to access equally powerful robot software through a customized user interface, allowing operators to reconfigure units or run microservice applications autonomously in embedded systems.
Fully automate processes through connected edge or cloud applications
Simplify robot programming with just the settings you need
CAD based visual programming tool for rapid process development
Always compatible
Programming any robot, process, or component
Whether the robot is welding, cutting, or 3D printing, the HAL robot framework program ensures that the robot appears in the correct position at the right time and with the correct settings.
Each program is vendor independent, so it can be exported to any of hundreds of supported robots and locators. This framework can also simulate multiple robot units and robot combinations, regardless of their brand or size. Have you ever considered using UoO robots on the Omron AGV, or installing ABB collaborative robots at the end of the Kuka? Now you can do it.
Differences in license types:
- Student version:The student license is applicable to students who are currently purchasing their own license. Universities, colleges, and schools should purchase academic licenses for their students. These licenses are heavily discounted to promote research, but our EULA does require anyone using this license type to indicate the HAL robot framework in any publication.
- Academic Edition:Academic licenses are available for academic organizations to purchase for their employees and students. 10+licenses have additional discounts. These licenses are heavily discounted to promote research, but our EULA does require anyone using this license type to indicate the HAL robot framework in any publication.
- Personal version:Personal licenses are applicable to individuals who wish to use our software in commercial or non commercial environments. They are not applicable to the company.
- Kickstart：The Kickstart license is applicable to companies with fewer than 10 employees who wish to use our software in commercial or R&D environments.
- Professional version:The professional license is applicable to companies that wish to use our software in commercial or research and development environments.
