ROBOTIC SOLUTIONS FOR PACKAGING PROCESSES ARE CURRENTLY VERY POPULAR, SPECIFICALLY FOR EFFICIENCY AND WORK FACILITATION.
MANIPULATION | CARTONING | PALLETIZATION
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ROBO PAL
ROBOTIC PALLETIZATION FOR EFFICIENT PLACEMENT OF PACKAGED GOODS ON A PALLET
Piece commodities
GROUP MAN
AUTOMATED MANIPULATION OF BAG/BOX GROUPS FOR INSERTING INTO CARTON BOXES
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Piece commodities
BOX ROBO GROUP F
ROBOTIC MANIPULATOR FOR INSERTING A GROUP OF BAGS/BOXES IN BOXES OR TRAYS - UP TO 600 TRAYS/HR.
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Piece commodities
BOX ROBO GROUP N
ROBOTIC MANIPULATOR FOR INSERTING A GROUP OF BAGS/BOXES INTO BOXES OR TRAYS - UP TO 140 PACKAGES/MIN.
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Piece commodities
CARTONING
CARTONING ROBOTIC LINE FOR INSERTING BAGS INTO TRAYS/BOXES
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Piece commodities
Robotic solutions for packaging processes are popular for streamlining and making work easier. You will find machines and lines for handling, cartoning and palletizing. Our cutting-edge robotic technology increases the quality, accuracy and speed of packaging. We can help you improve your packaging processes.
Frequently asked questions | FAQ
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What types of palletizing do you offer? Robotic palletizing for placing goods in cartons or bags onto pallets according to predefined patterns. Solutions are designed individually based on the application and available space.
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What is the palletizing speed? Up to 15 packages per minute, depending on the project.
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Can the robot handle different types of packaging? Yes, the gripping head is adapted depending on the type of packaging.
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Can the system be integrated with vertical or cartoning machines? Yes, integration with vertical or cartoning machines is a standard part of our projects.
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How are packaging, cartoning, and palletizing machines connected? Individual machines are connected via conveyors – belt, roller, or modular – adapted to the specific layout and production line. This ensures smooth product flow and efficient, safe operation.
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Can the system be integrated into an existing production line? Yes, palletizing robots can be adapted to your existing line.
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How are palletizing patterns created? By programming them in the control software.
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How is operator safety ensured around the robot? Through safety zones, fencing, laser scanners, protective covers, emergency STOP buttons, and sensors.
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In what environment can the system operate? Operating conditions: 5–35 °C, max. 65% relative humidity. Not suitable for chemically aggressive or explosive environments. The machine must be levelled; dust and vibrations should be minimized.
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Is technical documentation included? Yes. Standard delivery includes a technical manual, operating instructions, electrical diagrams, Declaration of Conformity, and electrical inspection report (language versions by agreement).
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Are your machines environmentally friendly? Yes. Nomatech machines operate in an environmentally friendly manner and do not produce excessive waste. At end of life, no harmful substances or gases are present. The machine mainly consists of a fully recyclable steel frame and acrylic covers that can be processed as standard plastic.
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What types of manipulators do you offer? Vacuum (suction), mechanical grippers, or custom-designed solutions based on requirements.
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Can manipulators handle fragile products? Yes, gentle gripping minimizes damage.
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What is the load capacity of manipulators? From 1 to 500 kg depending on the configuration.
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Can one manipulator handle multiple packaging types? Yes, grippers are interchangeable.
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Do robotic manipulators work with conveyors and cartoning machines? Yes, they are commonly integrated into complete lines.
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What is the difference between a robotic manipulator and a palletizing robot? A manipulator performs partial handling tasks, while a palletizing robot is specifically designed for stacking packages onto pallets according to patterns.
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Can a manipulator be programmed for multiple products? Yes, multiple recipes can be stored.
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What gripping options are available? We offer a wide range of end effectors depending on the product (suction cups, fingers, clamps, etc.).
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Can the manipulator be equipped with a vision system? Yes, we offer vision systems with 2D/3D cameras.
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What are the most common mistakes when designing packaging lines?
The most common mistakes in packaging line design are:
- Insufficient adaptation of the machine to the product type – each product requires a specific type of packaging and dosing equipment. If product samples and packaging materials are not available, it is easy to configure unsuitable equipment.
- Underestimating the required line capacity and speed.
- Incomplete line configuration – failure to include certain auxiliary equipment (marking systems, package inspection systems, etc.).
- Overlooking hygiene and safety requirements.
- Difficult maintenance due to poor accessibility.
Proper design requires a detailed analysis of the product, production volume, and operating space to ensure that the line is efficient, safe, and easy to maintain.
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