Process layout
This application case features a solution for gripping and transferring workpieces using Schmalz's Layer Vacuum Gripping System (SPZ).
The Schmalz SPZ is an optimized solution for wide-range palletizing tasks. It is ideally suited for transporting large workpieces, making it easy to implement in environments such as logistics warehouses. As an innovative gripper concept designed to support processes requiring high weight or high flow, it enables more stable and reliable palletizing.
Components
| Robot | The system consists of the following modular units:
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Workflow
| STEP 1. | Gripping: The robot equipped with the SPZ system grips the target workpiece or entire layer. |
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| STEP 2. | Transfer: The robot moves to the destination and places the workpiece down. |
| STEP 3. | Repeat: The robot moves to the next starting point and repeats the process. |
Features
Optimized for Wide-Range Palletizing
A specialized solution designed for versatile palletizing tasks across various industries.
Flexible Layer Handling
Grips workpieces securely regardless of differing layer sizes or patterns, ensuring zero damage to the product surface.
Advanced Connectivity
Seamless integration with smart machinery, power systems, and software interfaces for real-time control.
Innovative Gripper Concept
Designed to support demanding processes that require high load capacity or high vacuum flow for stable handling.
Results
| Key Benefits | Large-Scale Transfer: Efficiently handles oversized or bulky workpieces.
Versatile Palletizing: Adaptable to various product types and stacking configurations.
Damage-Free Gripping: Protects product integrity through soft yet powerful vacuum technology.
High Capacity Support: Reliability in high-weight and high-flow industrial environments.
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| Client Feedback | "By using Schmalz's Layer Vacuum Gripping System (SPZ), we've been able to implement a process that handles large-scale workpieces with absolute stability and no surface damage."
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