AGS Automation Channel Nut EOAT & Gripper Kit - Technical and Application Guide
Product Family Overview
The Channel Nut EOAT / Gripper Kit offered by AGS Automation is a comprehensive modular solution developed for end-of-arm tooling (EOAT) and mechanical gripper systems in industrial robotic automation. The system delivers maximum flexibility in robotic applications through a wide range of configurable profiles, connection elements, gripper arms, vacuum systems, and sensor infrastructure. Designed around standardized channel-nut profiles, the kit adapts easily to nearly all application requirements with multiple profile dimensions and connection options.
AGS's EOAT system is optimized to enable fast design, easy assembly, and rapid reconfiguration of robotic grippers whenever process requirements change.
Core Engineering Concept of the Channel Nut EOAT System
The Channel Nut EOAT Kit is fundamentally built on a standard 25 × 25 mm channel-nut profile architecture. Compared to conventional slot-nut systems, this profile concept provides:
• Modular connectivity and expandability
• High mechanical strength and rigidity
• Uniform load distribution along the profile
• Compatibility with standard industrial fastening solutions
Thanks to the channel-nut design, all components can be positioned freely within the profile and reconfigured quickly whenever needed.
In addition to the 25 × 25 mm format, the system supports a broad range of profile cross-sections such as 10 × 18, 18 × 18, 10 × 25, 18 × 25, 25 × 50, 40 × 40, and 40 × 80 mm. This variety enables scalable load-bearing structures with different rigidity and payload capacities tailored to specific applications.
System Components and Technical Details
The Channel Nut EOAT Kit offers a powerful modular ecosystem with more than 2,500 standard components. These components allow flexible EOAT design depending on robot type, part geometry, gripping method, and process requirements.
1. Quick-Change Systems
• Manual, semi-automatic, and fully automatic designs
• Pneumatic or electrical interface options
• High positional repeatability
• Minimal robot downtime during tool changeover
These quick-change systems enable rapid EOAT reconfiguration without interrupting the robot workflow, significantly improving productivity in multi-product manufacturing environments.
2. Channel-Nut Profiles
• Multiple size options from 10 × 18 mm up to 40 × 80 mm
• High-strength aluminum construction
• Flexible mounting points enabled by channel-nut design
• Integrated channels for pneumatic tubing and cable management
These profiles form the structural backbone of the EOAT while providing a clean and organized infrastructure for actuators, sensors, and utilities.
3. Profile Accessories and Connection Elements
• Various add-on components such as cover plates and intermediate connectors
• 90-degree, 180-degree, and adjustable-angle connectors
• Screw-mounted or clamp-based connection systems
These elements enable fast and rigid assembly of three-dimensional EOAT structures.
4. Clamps and Mounting Elements
• Clamp options for various diameters (10, 14, 20, 30 mm)
• Fixed, rotating, or adjustable designs
• Direct mounting solutions for vacuum systems, gripper arms, and accessories
These components ensure secure fastening of both active gripping elements and structural supports.
5. Vacuum and Mechanical Grippers
The Channel Nut Kit provides a comprehensive set of solutions for both mechanical and vacuum-based gripping:
• Oval, round, and three-lip vacuum cups
• Silicone, NBR, or long-life polyurethane materials
• Pneumatic parallel grippers
• Specialized sprue cutting and gripping tools
Vacuum and mechanical gripping solutions allow deformation-free handling of thin-walled or sensitive parts.
6. Sensors and Pneumatic Accessories
• Capacitive and inductive part presence sensors
• Vacuum pressure monitoring sensors
• Pneumatic manifolds and multi-valve distribution systems
• Pre-assembled compressed air hose sets
With these components, the system offers not only mechanical gripping capability but also advanced process control and automation safety.
Technical Advantages and Performance Benefits
Key technical advantages of the Channel Nut EOAT Kit include:
• Flexible and repeatable designs enabled by modular architecture
• High rigidity and stability through channel-nut profile construction
• Fast assembly and disassembly
• Optimized load distribution on the robot arm
• Long-term industrial-grade durability
These features help reduce maintenance costs while significantly improving production continuity at all automation levels.
Application Areas
The Channel Nut EOAT & Gripper Kit provides comprehensive solutions for the following sectors:
• Plastic injection molded part handling
• Transfer and pick-and-place applications
• Electronics and medical manufacturing lines
• Automotive supplier processes
• Packaging and assembly operations
• End-of-arm tooling for cobots and industrial robots
Thanks to its modular structure, a single EOAT platform can be rapidly reconfigured for different products and process requirements.
Channel Nut EOAT Configuration Example
A typical Channel Nut EOAT configuration may include:
• Channel-nut load-bearing profiles
• Manual or pneumatic quick-change flange
• Pneumatic parallel gripper
• Vacuum generator with multiple vacuum cups
• Sensor-based process monitoring module
With this configuration, the robot can reliably and repeatably perform both mechanical gripping and vacuum handling tasks within a single production cycle.
Conclusion
The AGS Automation Channel Nut EOAT / Gripper Kit is a modular and expandable end-of-arm tooling system built on a standard 25 × 25 mm channel-nut profile platform. With more than 2,500 available components, it meets even the most complex robotic gripping and handling requirements. High rigidity, fast reconfiguration capability, and a wide range of profile and connection options make it a powerful and sustainable EOAT solution for OEMs, robot integrators, and production facilities operating at industrial scale.