Flexible transport robot for packaging lines

Enhance your packaging efficiency with a transport robot engineered to seamlessly integrate complex processes, ensuring flexibility and high-speed operation across diverse product formats.

Streamlines Packaging, Transport, and Grouping Processes

The Transmodul Transport Robot from Schubert is a state-of-the-art solution designed for seamless packaging automation in diverse industries such as food, pharmaceuticals, and cosmetics. This versatile transport robot excels in streamlining numerous packaging processes, from grouping to cartoning and labeling, within a highly efficient and modular system. Its unique capability to independently navigate various stations ensures seamless integration and flexibility in production lines, accommodating rapid product changes and high-speed operations.

Notably, the Transmodul reduces production downtime with its robust system components and inherent redundancy, allowing continued operation even if one module fails. The robot’s modularity enables quick adaptation to new formats, including 3D-printed parts, optimizing packaging for a broad range of solid and liquid products, such as madeleines, skincare bottles, and plasma preparations.

Energy efficiency is a key feature, achieved through inductive power supply with energy recuperation from braking. The durable construction and sophisticated signal management ensure high reliability, while gentle handling protects product integrity throughout transport. Schubert supports customization with engineering assistance, ensuring the system meets specific production requirements effectively.

Benefits

  • Enhances production flexibility with quick format changes and modular tools.
  • Increases line efficiency by maintaining operations even if a module fails.
  • Optimizes space with a compact layout and high-density power distribution.
  • Reduces energy costs via inductive power supply and energy recuperation.
  • Protects product quality during transport with gentle handling and precise robotic tools.

General


Applications
Food,Beverages,Snacks,Pet food,Confectionery,Cosmetics,Bakery products,Dairy,Pharmaceuticals
End products
Biscuits,Small cakes,Remoulades,Barbecue sauces,Skincare products,Health and wellness bottles,Madeleines,Human plasma preparations,Body care products,Mozart balls,Wafer rolls
Steps before
Product grouping,Component assembly
Steps after
Cartoning,Palletizing,Product labeling,Closure,Filling
Input ingredients
packaged products,erected cartons,filled packages,product components,folding cartons,mixed formats,special tin formats,human plasma preparations
Output ingredients
ready-for-sale products,grouped product components,secondary packaging,bottles,jars,folding cartons,trays,packaged products in different formats and container sizes
Market info
Schubert Group is renowned for its innovative packaging technology solutions, specializing in modular, highly flexible packaging machines for various industries, ensuring efficiency and precision in production lines.

Technical Specifications


Automation
Cross-process,seamless,and flexible
Efficiency
High machine availability and line efficiency
Cycle time
Adaptable to almost any cycle time
Power supply
Inductive with buffer storage
Energy efficiency
High power density
Recuperation of braking energy
Load capacity
High load capacity
Modularity
High level of modularity
Redundancy
System-inherent redundancy for machine availability
Format change capability
Quick adaptation to new formats
Tools
Individually designed robotic tools
Footprint
Compact layout
Compatibility
Suitable for a wide range of products and sectors

Operating Characteristics


Automation level
Fully automatic
Changeover time
Quick changeover
Energy efficiency
High energy efficiency with recuperation
CIP/SIP
Not applicable
Cleaning method
Not specified
Flexibility
Highly flexible with modular tools
Process integration
Seamless and interface-free
Load capacity
High load capacity
Cycle time adaptation
Flexible cycle time adaptation
Redundancy
System-inherent redundancy
Failure backup
Continuous operation with reduced output
3D printing compatibility
Yes,via Schubert PARTBOX

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Compact footprint
Space-saving layout
Modularity
Easily replaceable modules
Format parts adaptability
3D-printed format parts

Custom Options


Control panel type
HMI/Touchscreen
Integration possibilities
Seamlessly integrates with existing packaging lines
Modular tools
3D-printed format parts
Exchangeable base plate
Double
Adaptability to formats
Quick format changes