Schmalz

The future of logistics is mobile and autonomous

The demands on logistics and production are constantly growing. Companies must manage increasing order volumes, meet ever-shorter delivery times, and adapt quickly to fluctuations in demand - often with limited personnel resources. Autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) play a key role in this. They navigate autonomously through production and logistics facilities and transport materials to wherever they are needed. This creates flexible and scalable material flows that can adapt to changing requirements.

Robots-to-Goods: When AMRs learn to grip

The next step in automation begins when mobile robots no longer merely transport items but perform autonomous handling tasks.

Combining mobile platforms with robotic arms creates autonomous handling systems that independently grasp, transport, and position workpieces. This principle, often referred to as “robots-to-goods,” opens up entirely new possibilities for automating storage, production, and logistics processes.

The decisive factor: the gripping system

The gripping system forms the interface between the robot and the workpiece. Only when products can be safely picked up, reliably transported, and precisely placed can a continuous material flow be achieved without manual intervention.

Vacuum technology offers a particularly versatile solution for this. Different workpiece geometries, materials, and surfaces can be reliably handled using a single gripping principle across a wide range of applications.

Four success factors for gripping technology on mobile robots

Compact design

Every gram counts on mobile robots. Lightweight and space-saving gripping systems maximize reach, payload, and dynamics.

Energy-efficient vacuum generation

Vacuum to go: Mobile robot systems require a compact vacuum generation system that operates independently of compressed air.

Maximum process reliability

Gripping processes must function reliably even when workpieces and process conditions vary.

Easy integration

Modern interfaces ensure quick and easy integration into existing robotics systems.

Mobile robots only become truly autonomous handling systems when combined with intelligent gripping technology. Our solutions provide the foundation for safe, flexible, and efficient material flows.
∼ Michael Pojtinger, Head of Business Development Process, Vacuum Automation

Vacuum solutions for AMR and AGV: From components to complete systems

A high-performance gripping system consists of much more than just a suction cup. It is the interaction of all components that ensures a stable and cost-effective process.

Schmalz offers a coordinated portfolio for this purpose - ranging from intelligent suction cups and electric vacuum generators to sensor technology and matching accessories. This results in solutions that are easy to integrate and operate reliably in mobile robotic applications.

Schmalz sets the standard

The new vacuum pump GSP: Designed for mobile robotics

Vacuum generation is at the heart of every gripping process. It affects cycle times, process stability, and the energy efficiency of the entire application. With the intelligent vacuum pump GSP, Schmalz has developed a unique solution for electric vacuum generation and is setting new standards in energy efficiency, integration, and performance.

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Typical applications of mobile handling systems

Order Picking

Order Picking

Automated picking for order fulfillment

Machine loading and unloading

Machine loading and unloading

Bin picking

Bin picking

Palletizing and depalletizing

Palletizing and depalletizing

Packaging

Packaging

Contact

If you have any questions, we will be happy to assist you.
Schmalz GmbH

Commerz Park West 1
4061 Pasching

+43 7229 24 24 4
schmalz@schmalz.at
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