ROBOT PROGRAMMING
The experience of our teams, backed by a deep knowledge of the sector and new technologies, allows us to ensure our customers the best possible results in all kinds of robot programming projects.
What are the benefits?
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Efficiency increasement of production processes.
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Productivity increasement.
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Assembly improvement of the assembly lines.
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Reduction of production times.
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Better use of materials and resources used in production, both materials and energy resources.
6.
Safer working conditions and less exposure to dangerous or harmful work.
7.
Increased quality of end products.
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Increased flexibility and adaptability to be adapted to the production needs.
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1.
Proveedor integral pionero en Virtual Commissioning
✓ Pioneros en Virtual Commissioning. ✓ Proveedor integral: capacidad de desarrollo de programación offline (PLCs y robots), ejecución de la puesta en marcha virtual y posterior puesta en marcha real.
2.
Soluciones llave en mano para clientes globales
✓ Desarrollo de proyectos llave en mano, desde la fase conceptual hasta la puesta en marcha. ✓ Capacidad de acometer cualquier tipo de proyecto, en cualquier parte del mundo.
3.
Customer driven solutions
✓ Capacidad de innovación y desarrollo de soluciones para responder a los requerimientos específicos de la industria. ✓ Quick wins: detectamos proactivamente posibles errores y proponemos soluciones antes de que supongan un problema. ✓ Adaptamos nuestro trabajo a las necesidades del cliente.
4.
Rentabilidad y agilidad
✓ Ahorro de costes y disminución del plazo de las puestas en marcha gracias a nuestro expertise en Virtual Commissioning y la gestión de proyectos ágil, eficiente y colaborativa.
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Transparencia y compromiso
✓ Compromiso de toda la organización: desde los equipos técnicos hasta la dirección. ✓ Trasparencia y confiabilidad.
Would you like to know more about Robot Programming?
Which are the phases of robot programming in a project?
1. Offline Programming
Preparation of the programmes on the basis of the documentation provided, so that the implementation time is as short as possible.
2. Virtual Commissioning
It is used to debug robot programs, all routines are tested to ensure that they are free of collisions and communication with the PLC is validated too.
3. Communication systems’ configuration
To make sure the robot is able to send and receive the signals with all devices, which it is going to perform a work with.
4. Implementation
During this period, final testing and appropriate adjustments are carried out, from the first implementation to the final customer’s acceptance. Our experts, meticulously ensure that the robots are perfectly configured and integrated into the production system; with all devices communicating with each other, free of collisions and improving processes until the cycle time and all imposed specifications are met.
In addition, we ensure that the safety configuration is appropriate, which is vital in every automated system in order to protect people and prevent mechanical damage.
5. Technology parameterisation (robot tool)
Each of the tools the robot is going to work with, has its specific characteristics. Some of the technologies we work with are:
✓ Welding equipment, both resistance and arc welding.
✓ Puttying and gluing equipment.
✓ Manipulators.
✓ Screwdrivers.
✓ Detection and vision systems.
6. Production support, operator training and documentation.
From the start of production, until the machine meets the expectations for which it was designed.
Do you need help in your projects?
Standards
In the RBX Robot Programming department, we take care of the design and development of the automation of any industrial process. We are specialists, above all, in the automotive sector. We know the standards of most manufacturers:
- Volkswagen, Audi, Seat, Skoda (VASS5, VASS6)
- BMW (L7, LU, V8, TMO3)
- Daimler (Integra Wave 6)
- Tesla
- Ford
- JLR (Jaguar Land Rover)
- Volvo
- SICAR
- GM
- Stellantis
