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  • Offer Profile
  • Smart Move 4.0

    Kivnon is an international group specializing in automation and mobile robotics. We design, manufacture and implement automated guided vehicles (AGVs/AMRs)

    Friendly Innovation

    We are fully committed to innovation as a way of offering user-friendly solutions that set trends in our Industry 4.0 work environment.

    100% Kivnon Experience

    Kivnon offers highly innovative, intuitive AGVs/AMRs that act as reliable, safe and easy-to-use working partners

Product Portfolio
  • KIVNON friendly innovation

    • Key tools for automating intralogistics processes in Industry 4.0

      Reliability, technology, and innovation

      Kivnon offers a wide range of autonomous vehicles (AGVs/AMRs) and accessories for the transport of all kinds of goods, using magnetic navigation or mapping technologies, that adapt to any environment and industry.

        • K41 Omnidirectional

        • Low, automated guided vehicle (AGV/AMR) designed to transport on-board loads.

          This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

          This AGV/AMR model is the perfect solution for automating the transport of medium loads in highly complex processes. Thanks to its omnidirectional mobility, it can perform maneuvers that are impossible to other AGVs/AMRs and it requires less space.

          • Movement: Omnidirectional movement
          • Load: Load capacity of up to 800kg
          • Guidance: Mapping navigation
          • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
          • High precision: Makes precise stops with full accuracy
          • Transport type: Lifting
          • Maximum speed:: 1 m/s
          • Battery: : Lithium and online charging in integrated circuit
          • Safety measures: 360º safety via laser scanners, safety PLC and LED signaling
          • Status: Status, error, and circuit control touch display on each front side
        • K03 Twister

        • Compact, automated guided vehicle AGV/AMR designed to lift loads.

          This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

          This AGV/AMR model is the perfect solution for automating the transport of medium loads in highly specific processes and work environments where space is tight. Thanks to its rotational lift table, this mobile robot can rotate on itself maintaining the absolute position of the load. This allows greater flexibility of movement and minimizes the times of the operations. .
          Please contact us for further information on the K03 Twister.

          • Movement: Rotational, 360º movement on its own axis
          • Load: On-board load capacity of up to 400kg
          • Guidance: Magnetic guidance or mapping navigation
          • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
          • High precision: Makes precise stops with full accuracy
        • K05 Twister

        • Small, automated guided vehicle with rotational capacity

          This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

          This AGV/AMR model is the perfect solution for automating the transport of medium loads in highly specific processes and work environments where space is tight.

          • Movement: Rotational, 360º movement on its own axis
          • Load: On-board load capacity of up to 500kg and towing capacity of up to 1,000kg on a wheeled trolley
          • Guidance: Magnetic guidance navigation
          • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
          • High precision: Makes precise stops with full accuracy
          • Transport type:Lifting and towing
          • Maximum speed: Up to 1m/s
          • Battery: AGM or lithium and online charging in integrated circuit
          • Safety measures: Laser scanner and safety PLC
          • Status: Frontal status, error, and circuit control display
        • K10 One-Way

        • Small, automated guided vehicle designed to tow trolleys in a single direction of travel

          This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

          This AGV/AMR model is the perfect solution for automating the transport of large loads over long distances in one-way processes.

          • Movement: Rotational, 360º movement on its own axis
          • Load: On-board load capacity of up to 500kg and towing capacity of up to 1,000kg on a wheeled trolley
          • Guidance: Magnetic guidance navigation
          • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
          • High precision: Makes precise stops with full accuracy
          • Battery:AGM or lithium and online charging in integrated circuit
          • Safety measures: Laser scanner and safety PLC
          • Status: Frontal status, error, and circuit control display
        • K11 Two-Way

        • Small, automated guided vehicle (AGV/AMR) designed to transport loads on trolleys in both directions of travel.

          This AGV/AMR model is the perfect solution for automating the transport of large loads over long distances in processes that need maneuvers to be performed in both directions of travel.

          • Movement: Two-way movement
          • Load:Towing capacity of up to 3,000kg on a wheeled trolley
          • Guidance: Magnetic guidance or mapping navigation
          • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
          • High precision: Makes precise stops with full accuracy
          • Transport type: Towing
          • Maximum speed: 1 m/s
          • Battery: AGM or lithium, exchangeable and online charging in integrated circuit
          • Safety measures: Two laser scanners, ultrasound sensor, safety PLC and Bluespot
          • Status: Status, error, and circuit control display on each front side
      • AGVS TRACTOR

        • Tractor vehicles capable of dragging one or more trolleys in convoy mode up to 6.000kg.
          • Automated guided vehicles designed to drag loads on trolleys in one travel direction.
          • Vehicle able to follow cyclic fixed or conditional routes and interact with other AGVs, machines and people.
          • Magnetic guidance or mapping navigation.
          • The integrated security systems allow them to share spaces and routes with people and other vehicles (Directive 2006/42/CE).
          • User friendly. For implementation and start-up there is no need to hire an AGV specialist.
          • Easy diagnosis. Frontal Display informs about alerts or alarms, battery status and AGV destination.
          • Integrated in-loop charging system that allows a total autonomy, 24/7.
          • No central control system is required for their operation
          • The AGV can connect to upper level maintenance controls and process systems.
              • K32 Tractor

              • Automated guided vehicle (AGV/AMR) designed to transport loads in convoy towing mode.

                This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

                This AGV/AMR model is the perfect solution for automating the transport of large loads in internal logistics processes.

                • Movement: One-way movement
                • Load: Towing capacity of up to 2,000kg on a wheeled trolley
                • Guidance: Magnetic guidance or mapping navigation
                • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
                • High precision: Makes precise stops with full accuracy
                • Transport type: Towing
                • Maximum speed: 1 m/s
                • Battery: AGM or lithium and online charging in integrated circuit
                • Safety measures: Laser scanner, ultrasound sensor, safety PLC and Bluespot
                • Status: Frontal status, error, and circuit control display
          • AGVS PALLET TRUCK and PALLET STACKER

            • Forklift vehicles capable of lifting and stacking loads of up to 1.000kg.
              • Automated guided vehicles designed to drag loads on trolleys in one travel direction.
              • Vehicle able to follow cyclic fixed or conditional routes and interact with other AGVs, machines and people.
              • Magnetic guidance or mapping navigation.
              • The integrated security systems allow them to share spaces and routes with people and other vehicles (Directive 2006/42/CE).
              • User friendly. For implementation and start-up there is no need to hire an AGV specialist.
              • Easy diagnosis. Frontal Display informs about alerts or alarms, battery status and AGV destination.
              • Integrated in-loop charging system that allows a total autonomy, 24/7.
              • No central control system is required for their operation
              • The AGV can connect to upper level maintenance controls and process systems.
                • K55A Pallet Stacker

                • Lifting automated guided vehicle (AGV/AMR) designed to transport and stack palletized loads

                  This lifting AGV is capable of performing robotic process automation applications interacting with other AGVs/AMRs, machines, systems and/or people.

                  This lifting AGV/AMR model is the transport automation solution for palletized loads. Perfectly designed to adapt to any open bottom or american pallet storage application, and internal material dispatches.
                  In addition, this lifting stacker allows to optimize properly the storage improving processes efficiency in intralogistics automations.

                  • Movement: Lineal, Two-way movement
                  • Load: Load capacity of up to 2.600 lbs
                  • Elevation: Lifting capacity of up to 5 feets
                  • Guidance: Mapping navigation
                  • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
                  • High precision: Makes precise stops with full accuracy
                • K55 Pallet Stacker

                • Automated guided vehicle (AGV/AMR) designed to move and stack palletized loads at low heights.

                  This mobile robot is capable of performing cyclical or conditional circuits and interacting with other AGVs/AMRs, machines, systems and/or people.

                  This AGV/AMR model is the perfect solution for automating the transport of palletized medium loads at heights. Perfectly designed to adapt to any open bottom or euro-pallet storage application, reception and dispatch of goods, and internal material transport. In addition, this stacker allows to optimize properly the storage space and improves processes efficiency.
                  Please contact us for further information on the K55 Pallet Stacker.

                  • Movement: Two-way movemen
                  • Load: Load capacity of up to 1,000 kg
                  • Elevation: Lifting capacity of up to 1,000 mm
                  • Guidance: Magnetic guidance or mapping navigation
                  • Connectivity: Can be adapted to connect to fleet management systems, including those based on VDA 5050
                  • High precision: Makes precise stops with full accuracy
              • Navigation

                • We develop the latest navigation system technologies for AGVs/AMRs adapted to any environment and industry
                    • Magnetic navigation

                    • The AGV travels along a circuit formed by a magnetic guide, made from adhesive tape or an underground guide, where RFID tags are positioned. These tags contain the orders the vehicle must perform on the circuit. When the AGV travels over an RFID tag, it reads the information it contains and performs the indicated functions (stops, communications with field elements, battery charging, etc.).

                      • FlexTag application: Tool developed by Kivnon which the user can create, configure, and modify their own magnetic navigation circuits
                      • Easy to install and adjust the circuit’s design using the magnetic tape
                      • Full versatility and flexibility to modify circuits
                      • Simple configuration and modification of functions within the circuit
                    • Mapping navigation

                    • The AGV/AMR freely navigates around the environment based on SLAM technology. This means no elements, like tape or tags, need to be installed on the floor. The vehicle can construct a map of the plant that facilitates its orientation and positioning at all times.

                      • FlexMap management system: Software designed by Kivnon which the user can create, configure, and modify their own mapping navigation circuits
                      • Full versatility and flexibility in the production area in event of changes in cycle and circuits
                      • Generation of maps for dynamic, changing environments
                      • Attainment of future information on the AGV/AMR’s movements
                  • Kivnon Lab

                    • We design AGVs/AMRs with you in mind

                      Kivnon LAB is at the heart of the company’s technological innovation. We have our own, highly qualified R&D Department that is prepared to develop products and applications using the latest technology adapted to the demands of Industry 4.0.

                      Kivnon LAB’s main aim is to help our customers’ ideas take shape and turn their internal logistics processes into smart, efficient, and connected systems. Consequently, our team of engineers works constantly to design innovative, unique AGVs/AMRs that offer solutions to any need that arises.

                        • Project - Kivnon Industrial Cobot

                        • The perfect combination

                          The AGV/AMR Kivnon Industrial Cobot is designed to work as an assistant to the operator and to perform multiple tasks across different sectors. This mobile robot is perfect for carrying out selection, transport or assembly tasks for light pieces

                          • Safety: It doesn’t require protection barriers. Thanks to its safety sensors, it can detect obstacles and reduce its speed or stop.
                          • Flexibility: It’s capable of working in changing environments, adapting to the company’s requirements at any given time.
                          • Usability: Easy to use and can be configured by anybody, with no need for extensive programming knowledge.
                          • Mobility: The robotic arm can be used to automate diverse processes at different workstations.
                        • Project - Kivnon Platform

                        • The ideal solution for an assembly line

                          This AGV/AMR can be adapted to suit customer requirements, making it an ideal solution for assembly lines in Industry 4.0

                          • Great flexibility on a production line (assembly)
                          • Enables work at an ergonomic height
                          • Option of omnidirectional movement
                          • Allows assembly line routes to be quickly extended or changed
                          • Customizable speed
                        • Project - Kivnon Vision

                        • The first AGV/AMR with artificial vision that obeys hand signals

                          The AGV/AMR Kivnon Vision is controlled with a simple hand or arm movement. This mobile robot uses artificial vision to view its environment, receive orders and set its speed and trajectory, all while following the operator’s movements.

                          • Completely natural interaction with the AGV/AMR
                          • Single device necessary to control the work process
                          • New options in the picking process at a production plant
                        • Project - Kivnon K40

                        • The solution for large loads

                          The AGV/AMR Kivnon K40 is a large, omnidirectional vehicle designed to transport large loads on board the vehicle.

                          • Omnidirectional movement
                          • Option of transporting loads in different formats and sizes
                          • Use for different load types (containers, car axis or engines, full pallets, etc.)
                      • Navigation - Magnetic navigation - Mapping navigation

                        • We develop the latest navigation system technologies for AGVs/AMRs adapted to any environment and industry

                          The AGV travels along a circuit formed by a magnetic guide, made from adhesive tape or an underground guide, where RFID tags are positioned. These tags contain the orders the vehicle must perform on the circuit. When the AGV travels over an RFID tag, it reads the information it contains and performs the indicated functions (stops, communications with field elements, battery charging, etc.).

                          • FlexTag application: Tool developed by Kivnon which the user can create, configure, and modify their own magnetic navigation circuits
                          • Easy to install and adjust the circuit’s design using the magnetic tape.
                          • Full versatility and flexibility to modify circuits
                          • Simple configuration and modification of functions within the circuit

                          Mapping navigation

                          The AGV/AMR freely navigates around the environment based on SLAM technology. This means no elements, like tape or tags, need to be installed on the floor. The vehicle can construct a map of the plant that facilitates its orientation and positioning at all times.

                          • The AGV/AMR freely navigates around the environment based on SLAM technology. This means no elements, like tape or tags, need to be installed on the floor. The vehicle can construct a map of the plant that facilitates its orientation and positioning at all times.
                          • Full versatility and flexibility in the production area in event of changes in cycle and circuits
                          • Generation of maps for dynamic, changing environments
                          • Attainment of future information on the AGV/AMR’s movements
                          • No pre-installation on flooring required
                          • Simple configuration and modification of circuits and orders
                          • Optimal technology for changes in production lines
                            • Mobile robotics solutions adapted to each industry

                              • Kivnon offers global solutions for the automation and optimization of processes in diverse sectors and in multiple applications in industry. Our AGVs/AMRs have become a key tool in Industry 4.0. We have an extensive portfolio of mobile robots that we can use to develop personalized applications to optimize any industrial environment.
                                  • Automotive

                                  • Kivnon has more than ten years of vast experience offering industrial automation solutions for the automotive industry, whether for car manufacturers (OEMs) or component suppliers (Tiers).

                                    The high number of deployments our team has carried out has resulted in improved efficiency in a variety of internal logistics processes. These automated processes include, among others, the transport of materials between various points for the supply of raw materials, semi-finished/finished product or kitting processes, the automation of assembly lines, and sequence component transport processes. We also work on robot cells to exchange trolleys and move collaborative robots.

                                  • Logistics, warehousing, and distribution

                                  • One industry that is opting heavily for the automation of its processes via automated guided vehicles (AGVs/AMRs) is the logistics industry.

                                    The inclusion of AGVs/AMRs in warehouses and logistics centers translates to a cost reduction, increased productivity, and better use of the space available. Kivnon’s automated guided vehicles allow an endless number of applications to be automated: pallet transportation, truck loading and unloading, and even the transport of entire shelves storing products to the picking zone (goods-to-person).

                                  • Health and pharma

                                  • In recent years, automated guided vehicles (AGVs/AMRs) have been popping up throughout the health industry, both in hospital facilities and in pharmaceutical companies. Kivnon offers solutions especially designed to respond to the automation needs in this sector.

                                    With the aim of automating light load transport in small spaces, our product portfolio includes the AGV Pharma, which has been devised for use in clean rooms, although not exclusively. Our automated guided vehicles can also be used to perform routine tasks in hospitals, whether to transport medication and documentation, to deliver food and towels, or even to clean communal areas.

                                  • Food and beverage

                                  • The food sector is showing an increasing interest in automating its production processes with a view to improving its competitiveness.

                                    With our automated guided vehicles (AGVs/AMRs), air transport of cages for the drying of charcuterie products and meats can be automated, as can the transport of pallets to palletization lines, from palletization lines to baling lines, and from baling lines to shipment.

                                  • Aeronautic

                                  • The aeronautic industry is one of the industries with the highest levels of demand in terms of technological innovation, quality, and safety. The aim of production process automation in this industry is to increase its production efficiency and provide greater traceability and control in terms of components and products as well as processes.

                                    Our automated guided vehicles (AGVs/AMRs) meet all requirements necessary to cover a wide range of applications: from transporting raw materials to moving large and delicate components, or a collaborative robot to perform tasks, such as component assembly. In addition, our vehicles are used in aircraft maintenance and repair processes.

                                  • General industry

                                  • There is an ongoing search for solutions in the industrial sector as it strives to improve productivity, increase profitability, and achieve greater control of manufacturing processes.

                                    Kivnon’s automated guided vehicles (AGVs/AMRs) are flexible, efficient systems capable of adapting to the production circumstances at any given moment and to any internal logistics process. We have deployed autonomous vehicles to automatically transport materials from warehouses to production lines, to move entire production lines or assembly stations, and to manage intermediate or end-of-line buffers and warehouses.

                                  • Plastic

                                  • The plastic industry is undergoing a transformation towards automation and industrial robotics. A growing number of plastic component manufacturing processes use automated guided vehicles (AGVs/AMRs) to automate repetitive tasks that, until now, were performed manually.

                                    Kivnon has developed multiple automation projects where the use of our vehicles has allowed for the automation of finished product transport to assembly lines or warehouses, plastic component transport between workstations, and storage processes.