Robotics
VALUE CHAIN >>>
Automation and process robotics. Tools and control elements integration with collaborative robotics solutions.
Robotics
CADENA DE VALOR >>>
Automation and process robotics. Tools and control elements integration with collaborative robotics solutions.



SERVICE SCOPE
TORSESA specializes in the implementation of robotic solutions in industrial processes. Its main objective is to optimize production and improve operational efficiency through the deployment of advanced robotic technologies. This service includes:
- Requirements Assessment: Analysis of existing processes to identify areas of improvement and opportunities for automation.
- Solution Design: Development of robotic systems tailored to the specific needs of each customer, considering factors such as product type, production volume and quality requirements.
- Implementation: Installation and start-up of robotic systems, ensuring their correct integration with existing equipment and processes.
- Training: Training of personnel in the operation and maintenance of robotic systems, ensuring efficient and safe use.
- Technical Support: Provision of continuous assistance and maintenance to ensure the optimal operation of the implemented solutions.
APPLICATION AREAS
- Inspection: Automated inspection using robots equipped with machine vision systems makes it possible to detect defects in products and ensure quality. This not only improves accuracy in detecting faults, but also frees workers from repetitive and monotonous tasks.
- Packaging: Enables companies to increase speed and consistency in the product packaging process. Robots can perform filling, sealing and labeling tasks, improving efficiency and reducing costs.
- Pick and Place: Pick and place tasks enable fast and accurate handling of items for assembly.
- Screw Driving: The application of robotic screw driving is commonly used in the manufacturing industry, especially in the production of electronic devices, automobiles and household appliances.
- Welding: Robotic welding is a key application in the automotive industry and in the fabrication of metal structures. Welding robots are used to make high quality joints.
ALCANCE DEL SERVICIO
TORSESA specializes in the implementation of robotic solutions in industrial processes. Its main objective is to optimize production and improve operational efficiency through the deployment of advanced robotic technologies. This service includes:
- Requirements Assessment: Analysis of existing processes to identify areas of improvement and opportunities for automation.
- Solution Design: Development of robotic systems tailored to the specific needs of each customer, considering factors such as product type, production volume and quality requirements.
- Implementation: Installation and start-up of robotic systems, ensuring their correct integration with existing equipment and processes.
- Training: Training of personnel in the operation and maintenance of robotic systems, ensuring efficient and safe use.
- Technical Support: Provision of continuous assistance and maintenance to ensure the optimal operation of the implemented solutions.

Áreas de Aplicación
- Inspection: Automated inspection using robots equipped with machine vision systems makes it possible to detect defects in products and ensure quality. This not only improves accuracy in detecting faults, but also frees workers from repetitive and monotonous tasks.
- Packaging: Enables companies to increase speed and consistency in the product packaging process. Robots can perform filling, sealing and labeling tasks, improving efficiency and reducing costs.
- Pick and Place: Pick and place tasks enable fast and accurate handling of items for assembly.
- Screw Driving: The application of robotic screw driving is commonly used in the manufacturing industry, especially in the production of electronic devices, automobiles and household appliances.
- Welding: Robotic welding is a key application in the automotive industry and in the fabrication of metal structures. Welding robots are used to make high quality joints.
BENEFITS
-
Consistency and Quality
Robots can perform tasks with superior quality and consistency, ensuring that each joint meets the required standards.
-
Flexibility
Robotic systems can be programmed to perform different types of operations and adapt to different part configurations, making them versatile in production.
-
Safety
Ideal in hazardous processes due to exposure to high temperatures, high loads, work at heights, etc. . By using robots, workers' exposure to these risks is reduced.
-
Productivity
The robots can work continuously and at high speed, which increases production and reduces downtime on the assembly line.
-
Accuracy and Consistency
The robots always perform the same operation, ensuring that all components are assembled uniformly and safely.
-
Velocity
The automation of the bolting process allows this task to be performed at a much higher speed than manually, increasing the efficiency of the production line.
-
Quality
Human errors, such as incorrect screw placement or use of improper force, are minimized, improving the quality of the final product.
-
Ergonomics
By delegating repetitive and physically demanding tasks to robots, the workload of operators is reduced, improving their well-being and reducing the risk of injury.
BENEFICIOS
-
Consistency and Quality
Robots can perform tasks with superior quality and consistency, ensuring that each joint meets the required standards.
-
Flexibility
Robotic systems can be programmed to perform different types of operations and adapt to different part configurations, making them versatile in production.
-
Safety
Ideal in hazardous processes due to exposure to high temperatures, high loads, work at heights, etc. . By using robots, workers' exposure to these risks is reduced.
-
Productivity
The robots can work continuously and at high speed, which increases production and reduces downtime on the assembly line.
-
Accuracy and Consistency
The robots always perform the same operation, ensuring that all components are assembled uniformly and safely.
-
Velocity
The automation of the bolting process allows this task to be performed at a much higher speed than manually, increasing the efficiency of the production line.
-
Quality
Human errors, such as incorrect screw placement or use of improper force, are minimized, improving the quality of the final product.
-
Ergonomics
By delegating repetitive and physically demanding tasks to robots, the workload of operators is reduced, improving their well-being and reducing the risk of injury.

