Flexibly configurable
Grippers, gripper arms and functional elements can be combined to suit the workpiece, gripping task and process requirements.
Gripping modules for flexible robot systems
Gripping modules from AGS combine tailored structural, gripping and functional elements to form a reliable solution for robotic automation. Thanks to the flexible modular system, they can be configured, retrofitted and expanded to suit the workpiece, process and robotic system.
Quickly customisable
Components can be added or repositioned at a later stage without the need for conventional slotted blocks. This makes it easier to carry out modifications when requirements change.
Accurate and reliable
Coordinated gripping elements enable defined gripping points, constant gripping forces and repeatable processes in the automated handling.
Easy to integrate
Suitable interfaces, pneumatics, electronics and sensor technology facilitate the integration of the gripper modules in robots and existing automation systems.
The right gripping technology for your application
From the workpiece to the right gripper module
When configuring a suitable gripping module, AGS considers the workpiece, gripping task, cycle time, process environment and existing interfaces as a whole. Structural components, connecting elements, media supply and suitable gripping elements can be combined to form a solution tailored to the specific application.
Typical applications for gripper modules
Gripper systems for robots: gripper modules, universal grippers and modular gripper system
Gripper systems for robots are key components of modern automation technology. They link robots, grippers and workpieces to form a process-reliable handling solution. Whether it’s a gripper module, a universal gripper for robots, a multi-gripper or a gripper changeover system: the right solution determines the precision, cycle time, flexibility and reliability of the entire production process.
AGS Automation Greifsysteme has been developing and manufacturing modular gripper modules and robotic gripping systems for industrial applications for over 30 years. The PRECIGRIP modular gripper system enables the creation of flexible gripping systems that can be individually adapted to the workpiece, robot, industry and process requirements.
Universal grippers for robots thanks to their modular design
A universal gripper for robots must be able to adapt flexibly to different workpieces, materials and processes. This is precisely what modular gripping modules are ideal. With the PRECIGRIP gripper system from AGS, individual components can be combined to fit perfectly, for example:
- Gripper modules for customised gripper solutions
- Gripper arms for precise positioning on the workpiece
- Vacuum grippers for flat or delicate components
- Parallel grippers for precise gripping and holding
- Gripper fingers for direct contact with the workpiece
- Adapters for easy integration into existing systems
The result is a gripper system that is precisely tailored to the application and can be quickly adapted to new requirements. This reduces changeover times, increases flexibility and improves cost-effectiveness of automated systems.
Robotic gripping systems with the PRECIGRIP modular gripper system
The PRECIGRIP system is a modular system for robotic gripper systems and customised gripper modules. It is suitable for applications in assembly automation, packaging, machine loading, material handling and industrial manufacturing.
Assembly is carried out without traditional slotted nuts, using external clamping and sturdy tubular cross-sections. This makes it easier to add or adapt components at a later stage. For users, this means greater flexibility, fewer individual parts and faster changeovers when requirements change.
Gripper changeover systems for robots
Gripper changeover systems for robots enable rapid switching between different grippers or tools. This is particularly important when a robotic system is required to handle different workpieces, formats or process steps.
In the PRECIGRIP modular system, the 10.0 gripper changeover system forms the basis for flexible tool changes. In combination with profiles, profile connectors, clamping pieces and gripping elements, robotic systems can be expanded in a modular fashion and adapted to new production tasks.
Multi-gripper systems for efficient handling
Multi-finger grippers are used when several workpieces need to be picked up simultaneously or when multiple gripping points are required on a single component. This allows cycle times to be reduced and handling processes to be made more efficient.
The modular design of the PRECIGRIP system allows multi-gripper units to be individually configured. Depending on the application, multiple suction grippers, gripper arms, gripper fingers or actuators can be combined. This results in gripping systems for robots that are precisely tailored to the workpiece’s geometry, weight, surface and process requirements.
Mechanical, vacuum-based and magnetic gripper modules
Different gripping modules are used depending on the workpiece and application. Mechanical gripping modules such as parallel grippers, centre grippers or angular grippers are suitable for structured components with defined gripping surfaces. Vacuum-based gripping modules are ideal for flat, delicate or irregularly shaped workpieces. Magnetic gripping modules can provide a robust and compact solution for ferromagnetic materials.
Linear grippers or linear gripping modules may also be suitable for certain tasks where a linear gripping motion, defined positioning or compact integration is required. The choice always depends on the workpiece, cycle time, gripping force, surface and installation space.
Core components of the PRECIGRIP modular system
The modular system comprises coordinated components for customised gripper systems. These include gripper changeover systems, profiles, profile accessories, profile connectors and clamping pieces to provide a stable base. The system is complemented by gripper arms for suction grippers, gripping elements, suction grippers in various shapes and materials, gripping tongs, parallel grippers and gripping fingers.
These components enable the configuration of suitable gripper modules for robots, specialised machinery and automated handling processes.
Requirements for modern gripper systems for robots
Modern robotic gripping systems must operate precisely, quickly and reliably. High repeatability, stable gripping forces, short cycle times and secure integration into existing systems are essential.
Furthermore, flexibility is becoming increasingly important. Today’s production facilities must be able to respond more quickly to new variants, smaller batch sizes and changes to workpieces. Modular gripper modules and universal grippers for robots support these requirements because they are easier to adapt, expand and reuse.
Industries and Applications
Gripper modules and gripper systems from AGS are suitable for a wide range of industries and materials. They can be used for plastic components, textiles, medical components, batteries, electronic assemblies, cardboard packaging, sheet metal parts, wood, insulation materials and many other workpieces.
Precise and gentle gripping processes are essential in electronics manufacturing. In the food and pharmaceutical sectors, hygiene requirements are paramount. In the automotive industry and metalworking, robustness, load-bearing capacity and reliability in continuous operation are key.
Gripper modules from AGS: Made in Germany
AGS develops and manufactures gripper modules and gripper systems at its site in Herkenrath near Cologne. Its DIN EN ISO 9001/14001-certified processes ensure high quality standards and environmental responsibility. With the entire value chain managed in-house, customer-specific requirements can be implemented flexibly.
Durable products, energy-efficient manufacturing and modular reusability support cost-effective and sustainable automation.
The right gripping system for your robotic application
Whether you need gripper systems for robots, universal grippers, robotic gripping systems, gripper changeover systems, multi-grippers or customised gripping modules: AGS will support you in selecting and configuring the right solution.
On the AGS customer portal, you’ll find the wide range of options offered by the PRECIGRIP modular gripper system. You’ll benefit from customised configuration, technical advice, CAD data for your design and modular components for flexible automation projects.
Contact our specialists for a personalised consultation on your bespoke gripping solution.
Frequently asked questions about gripping modules
How are modular gripper kits configured and what data is required for this?
First, the required function is defined. Next, gripper modules, adaptors and fasteners are selected based on workpiece dimensions, weight, gripping points, cycle time and robot connection.
What are the advantages of a modular gripper system compared to a fully bespoke solution?
Standardised and tested components reduce development time and costs. They simplify spare parts management and enable rapid adjustments when changing workpieces or products.
How are control systems and sensors integrated into a gripping system ?
The integration includes suitable inputs and outputs, fieldbus connections, status and error logic as well as the integration of sensors. Safe shutdowns and the required protection classes are also taken into account.
How can it be tested in advance whether a gripping system is suitable for a new series of components?
Test pre-series trials using demo grippers or prototypes to assess pick-up, placement and cycle times under realistic conditions. Component variants and potential error scenarios should also be taken into account.
Fast delivery
Reliable and on time within Germany.
Highest quality
Robust components for long-term use.
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