Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Features: 

• Simple and intuitive creation of mosaics by the operator using proprietary software.
• Reversed layer function for improved stability.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Features: 

• Simple and intuitive creation of mosaics by the operator using proprietary software.
• Reversed layer function for improved stability.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Features: 

• Simple and intuitive creation of mosaics by the operator using proprietary software.
• Reversed layer function for improved stability.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Features: 

• Simple and intuitive creation of mosaics by the operator using proprietary software.
• Reversed layer function for improved stability.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Features: 

• Simple and intuitive creation of mosaics by the operator using proprietary software.
• Reversed layer function for improved stability.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Safety and ergonomy: 

• Study and treatment of safety and ergonomics from the start of the design process, machine subjected to risk analysis and auditable risk assessment.
• Touchscreen interface with various levels of accessibility, allowing you to adjust all parameters that influence the machine's performance. (Recipes, Timers, Speeds, Counters, etc.)

 Durability:

• Machine manufactured from steel processed by laser cutting, water jet cutting, bending, electro-welding, and precision parts made in machining centers.
• Structures and thicknesses optimized using specialized software calculations.
• Combined finishes in two-component polyurethane, epoxy paint, galvanized and/or stainless steel.
  

Efficiency: 

• Low consumption, IEE (Intelligent Energy Efficiency).
• The motorized elements remain at rest until they need to move product and, in turn, stop if they do not receive product after a certain period of time.

Handling: 

• Compact machine that can be easily integrated into the production line

Regulations: 

• Ability to work in food environments.

Flexibility: 

• Unlike AGVs with fixed routes, Keeltek's KMRs instantly adapt to changes in the plant layout.
  

Intuitive integration:

• Its user-friendly control software enables rapid programming, outperforming other AMRs that require specialized personnel, which streamlines implementation in packaging operations.

Enhanced security

• Equipped with advanced sensors and obstacle detection systems, AKMRs ensure safe operations alongside human workers, outperforming AGVs in collaborative environments.
  

 Eficiencia de costos

• Ofrecen un retorno de inversión (ROI) rápido, estimado en 4-6 meses, gracias a la reducción de costos laborales y la optimización de flujos, con un mantenimiento más económico que los AGVs por no depender de infraestructura fija.

Effortless scalability

• KMRs allow units to be added or tasks to be reconfigured easily, surpassing other AMRs and AGVs in flexibility to grow with production needs.

Accuracy in repetitive tasks

• They optimize the transport of any product with high precision, reducing errors compared to manual solutions or less adaptable AGVs.

Flexibility: 

• Unlike AGVs with fixed routes, Keeltek's KMRs instantly adapt to changes in the plant layout.
  

Intuitive integration:

• Its user-friendly control software enables rapid programming, outperforming other AMRs that require specialized personnel, which streamlines implementation in packaging operations.
  

Enhanced security:

• Equipped with advanced sensors and obstacle detection systems, AKMRs ensure safe operations alongside human workers, outperforming AGVs in collaborative environments.
  

Cost efficiency:

• They offer a fast return on investment (ROI), estimated at 4-6 months, thanks to reduced labor costs and optimized flows, with more economical maintenance than AGVs as they do not depend on fixed infrastructure.

Effortless scalability

• KMRs allow units to be added or tasks to be reconfigured easily, surpassing other AMRs and AGVs in flexibility to grow with production needs.

Accuracy in repetitive tasks:

• They optimize the transport of any product with high precision, reducing errors compared to manual solutions or less adaptable AGVs.