SackBot 200 series, high-speed robotic depalletizing and bag emptying

Performance and Specialization

• Main Applications :
  • Automation of sack emptying machine feeding.
  • Reliable and continuous handling for optimized production flow.
     
• Efficiency :
  • High throughput, reaching up to 7 sacks/min with the SackBot 200, ensuring increased productivity.
  • Adaptability to demanding industrial environments, with specific options for different materials and sack configurations.

The SackBot 100 and SackBot 200 robots are equipped with an advanced 3D vision system that allows real-time analysis of the sack configuration on your pallets.

Advantages of the 3D vision solution:

• Precise identification of sack positions
• Ability to handle sacks, even in irregular arrangements
• Over 100 selection criteria available for sack identification (colors, patterns, 3D shapes, depth, etc.)
• Capability to differentiate sacks from different brands and select only the desired ones
• 2D analysis of the sack with discriminating criteria to ensure correct orientation, e.g., for MiniSlit feeding (cf. SackBot 200 series)
   

Industrial Benefits:

The SackBot robots integrate into a wide range of industrial sectors.

• Food Industry: For the unloading of powder or food pellet sacks in controlled environments.
• Chemical Industry: Handling pellets, grains, and other raw materials in large quantities.
• Pharmaceutical Industry: For logistics operations where precision and reliability are crucial.
  
   

Examples of Industrial Applications:

• Sack unloading: Automation of unloading machines to reduce operator fatigue and improve throughput.
• Palettization: Loading and unloading pallets with precision, even in complex environments.
• Diverse handling: Integration into complex logistics flows requiring frequent configuration changes.

The SackBot 200 series is ideal for companies looking to automate their handling processes while increasing productivity. Its technological versatility and performance make it a valuable tool for modernizing and optimizing industrial operations.

If you wish to include additional data or explore specific aspects (such as energy consumption or a detailed use case), feel free to ask!

 

Ergonomic Design and Reliability:

• Ergonomics: Modular design for smooth integration into existing production lines.
• Durability: Cutting-edge materials and technologies ensuring long-term durability, even in harsh industrial environments.
• Flexibility: Adaptation to a wide range of sacks (kraft, PE, plastic, jute) and contents (fine powders, pellets, grains).
  
   

Limitations of Robot Usage:

Not well suited for environments requiring strict control of cross-contamination, limiting their use in some pharmaceutical and food industry sectors.