Ceramic handling solutions
Material handling solutions
Ceramic material handling
solutions
At KEELTEK, we develop specific solutions for handling ceramic big size pieces, optimizing transport and handling at every stage of the production process. Our systems stand out for their precision, robustness, and ability to adapt to the most "Hard-to-handle" products, such as large-format parts.
Designed with advanced technology, KEELTEK's ceramic parts systems ensure continuous and efficient flow, reducing handling risks and improving productivity on ceramic industry lines.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
BRIOCELL
Robotic loading/unloading cell for assembly line
Loading and unloading of big size ceramic products using a robotic arm. Flexible solution tailored to the application.
| Reference product | Varied |
| Maximum permissible load | Please ask. |
| Connectivity | LAN. |
| Production rate | Depending on the application. |
Efficiency:
- Low consumption, IEE (Intelligent Energy Efficiency).
- The motorized elements remain on stand-by mode until they need to move and after a certaing period of zero activity they stop.p.
-
Depending on the application.
- KTS, remote assistance.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
BRIOKOM
Robotic cell for managing lungs at the exit of a ceramic kiln
Robotic cell for managing product buffer at the output of a ceramic kiln
Robotic cell equipped with one or two robots for automated management in the kiln output area, acting as a buffer (on platforms, A-frame racks, pallets, or AGV/forklift systems) in the event of occasional and emergency stoppages before the sorting units, in-line rectification, and smart warehouses.
Automated management of model changes automatically in real time with the smart buffer function.
| Reference product | Any ceramic format. Compatible with selection, in-line grinding, and smart warehouses. |
| Loading/palletizing pattern | Any |
| Connectivity | LAN. |
| Production rate | Designed to handle high production levels from the kiln exit. |
Efficiency:
- Low consumption, IEE (Intelligent Energy Efficiency).
- The motorized elements remain on stand-by mode until they need to move and after a certaing period of zero activity they stop.p.
- Pallets and fixed or interchangeable platforms using forklifts (operator management) or AGVs (automated management).
- KTS, remote assistance.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
BRIOKOR
Ceramic reinforcement line
Fully automated line for the automated reinforcement of large XXL ceramic formats and/or thin ceramic slabs. Reinforcement is carried out using fiberglass, carbon fiber, or similar mesh or fabric and two-component polyurethane adhesives.
| Reference product | Almost any ceramic format or XXL ceramic tile. PATENTED fiberglass fabric application technology. |
| Maximum permissible load | Please ask. |
| Connectivity | LAN. |
| Production rate | Up to 60 pieces/hour |
Efficiency:
- Low consumption, IEE (Intelligent Energy Efficiency).
- The motorized elements remain on stand-by mode until they need to move and after a certaing period of zero activity they stop.p.
Features:
- Simple and intuitive creation of patterns by the operator using proprietary software.
- Reversed layer function for improved stability.
Safety and ergonomics:
- 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. (pallet patterns,, Timers, Speeds, Counters, etc.)
- Designed with 100% clean electric technology, avoiding the emission of particles into the atmosphere (airbrushing) and CO2 emissions (curing by gas combustion).
Durability:
- Machine manufactured from steel processed using 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.
- Unloading onto platforms(pancone) or A-frames. Possible to collect pieces via forklifts (manual management) or AGVs (automated management).
- Possibility of adding robotic loading and/or unloading cells.
- Linear or U-shaped return configuration.
- KTS, remote assistance.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
BRIOKOM PLUS
Smart selection line
Ceramic product selection line with semi-automatic visual inspection at the kiln exit. Depending on quality, color, and size, the system unloads them from the line onto the exit support.
| Reference product | Virtually any ceramic format or ceramic sheet, including XXL. |
| Number of outputs | Configurable/scalable. |
| Maximum permissible load | Please ask. |
|
Connectivity
|
LAN. |
| Cadences | Please ask. |
Efficiency:
- Low consumption, IEE (Intelligent Energy Efficiency).
- The motorized elements remain on stand-by mode until they need to move and after a certaing period of zero activity they stop.p.
Safety and ergonomics:
- 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. (pallet patterns,, Timers, Speeds, Counters, etc.)
Durability:
- Machine manufactured from steel processed using 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.
- Download to different types of media.
- Design of the line tailored to the size and weight of the parts.
- KTS, remote assistance.
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