Automate Critical Tasks with Customized Robotic Installations

We design, integrate, and program robotic cells for welding, adhesive application, handling, and more, tailored to your processes and production needs.

What Solutions Does this Technology Include?

At Geprom, we integrate industrial and collaborative robotic solutions, adapted to each process, environment, and level of automation.
Our systems are applied in sectors such as automotive, food, metal, consumer goods, and pharmaceuticals:

Brazo robótico realizando soldadura automática en línea de producción industrial

Welding Robots

Automation of spot, arc, laser, or plasma welding, with maximum precision and repeatability.

Brazos robóticos industriales trabajando en una línea de producción automatizada con alta precisión

Robots for Applying Adhesives, Sealants, and Mastics

Integration of dispensing systems for structural sealing, joining parts, or applying viscous materials and PVCs.

Brazo robótico colocando celdas fotovoltaicas en una línea de ensamblaje de paneles solares

Handling Robots

For assembly operations, machinery feeding, parts transfer, or pick & place tasks.

Equipo de operarios programando un robot industrial en una planta de manufactura de madera

Robots for Loading and Unloading

Automation of repetitive processes in production lines, improving performance and operational safety.

Robot paletizador automatizando la manipulación de cajas en línea de embalaje y logística industrial

Robots for Palletizing and Depalletizing

Solutions for handling boxes, sacks, trays, or finished products, optimizing the end of the line.

Robots automatizados aplicando pintura KTL en carrocerías dentro de cabina industrial de automoción

Robots for Painting and Coatings

Uniform application of paint, varnishes, or sealants with precise control of trajectory, thickness, and finish.

Ingeniero supervisando robots industriales en línea de producción automatizada del sector automoción

Turnkey Robotic Cells

Complete stations that combine robotics, artificial vision, sensors, and safety systems for complex tasks.

Collaborative Robots (Cobots)

Flexible automation for operations shared with operators, without the need for fencing, with maximum ergonomics and safety.

What Problems Does this Solution Solve?

Low Efficiency in Repetitive Processes

Robots work continuously, without pauses or fatigue, increasing productivity and reducing cycle times.

Human Errors and Variability in Quality

Automation guarantees precision, repeatability, and constant control, improving the quality of the final product.

Dangerous or Non-Ergonomic Working Conditions

Robots take on tasks that involve physical risks (high temperatures, repetitive strain, exposure to chemicals), improving workplace safety.

Difficulty Covering Repetitive Operational Positions

In an environment with a shortage of qualified labor, robotics allows maintaining production without depending on rotations or absences.

Need for Flexibility in Production Lines

Robots, especially collaborative ones, allow adapting to different products or format changes without the need for major modifications.

High Costs Due to Rework or Unplanned Shutdowns

Automation reduces defects and improves traceability, which translates into less waste and greater line availability.

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Benefits for your Company/Industry/Plant

  • Increased productivity

    Robots allow working 24/7 with fast and constant cycles, which increases total production without the need to extend shifts.

  • Improved quality and reduction of errors

    Deviations and variations typical of manual work are eliminated, guaranteeing homogeneous results and high-quality products.

  • Reduction of operating costs

    By reducing rework, line stops, and dependence on intensive labor, the cost per unit produced is optimized.

  • Greater workplace safety

    Dangerous or repetitive tasks for operators are eliminated, reducing the risk of accidents and work-related injuries.

  • Adaptability and productive flexibility

    Especially with cobots and reconfigurable stations, you can quickly adapt to new products, formats, or smaller batches.

  • Industrial scalability

    Automation allows you to scale production without compromising quality or overloading personnel.

  • Traceability and process control

    By integrating sensors, artificial vision, and data systems, you obtain real-time information to improve decision-making.

  • Technological image and innovation

    Showing a robotized plant improves the perception of customers, investors, and potential talent, positioning you as a modern and innovative company

Automate your plant with intelligent robotic solutions

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Use Cases

At Geprom, we implement robotic solutions in real industrial environments, adapted to the challenges of each sector. These are some application examples:

Robot industrial soldando la carrocería de un automóvil en línea de producción automatizada.

Automotive

  • Welding of structural components
  • Application of adhesives and mastics to car bodies
  • Handling of parts in assembly lines
  • Palletizing of components and subassemblies
Brazo robótico colaborativo manipulando productos en una línea de producción alimentaria automatizada.

Food and Beverages

  • Packaging, labeling, and palletizing of products
  • Handling of containers and raw materials
  • Cobots for visual inspection and collaborative tasks
Robot industrial realizando soldadura y corte láser en una célula automatizada de producción.

Metal and Capital Goods

  • Loading and unloading of CNC machines
  • Handling of heavy metal parts
  • Application of paint and coatings
Robot industrial manipulando envases en una línea de producción farmacéutica automatizada.

Pharmaceutical

  • Precise dosing and handling in clean rooms
  • Palletizing of batches and feeding of lines
  • Cobots for repetitive operations with operators
Brazo robótico y vehículos AGV automatizando el paletizado y transporte de cajas en un almacén logístico.

Logistics and Packaging

  • Automatic palletizing and depalletizing
  • Classification and handling of boxes and trays
  • Integration with vision and traceability systems

Methodology

How Do We Work?

01

Process Analysis and Technical Feasibility

Initial study of requirements and definition of project objectives.

02

Robotic Simulation and Technology Selection

Virtual validation of the workflow and choice of the most suitable solution.

03

Cell Design or Integration into Existing Line

Detailed engineering adapted to the client’s plant and processes.

04

Programming and Start-Up

Configuration, testing, and validation in a real production environment.

05

Operator Training and Maintenance

Team training and continuous support to guarantee efficiency.

Get your Questions Answered

Frequently Asked Questions

Can Robots be Integrated with My MES or SCADA System?

Yes. We integrate robots into your existing digital infrastructure.

Can I Keep Part of the Process Manual and Automate Only one Phase?

Yes. Automation can be partial and scaled according to needs.

What Type of Robot is most Suitable for My Process?

It depends on the type of task, environment, payload, and objectives. We will analyze it with you.

Still Have Questions?

Still have questions? Contact us and our team will be happy to help.