SOFT LOGGING - Soft Robotic Hydraulic Log Gripping System
The SOFT LOGGING project focuses on developing advanced gripping systems for handling logs using the principles of soft robotics and fluid power technology. At the Laboratory for Fluid Power and Controls, we research materials, design solutions, and hydraulic systems that enable the development of safe and adaptable gripping concepts. For a detailed description, follow this link.
The Challenge
Conventional gripping systems struggle to adapt to different log shapes. The project explores the use of soft robotics and fluid power technology to develop more adaptable gripping solutions.
From Idea to Prototype
Development Process
1. Concept: Creating a sketch and concept for the soft gripper
2. Mold making:Dedicated molds were developed for producing the first soft structures, allowing different geometries and manufacturing approaches to be tested.
3. Material selection:We investigated various materials and reinforcement structures to achieve the appropriate flexibility and mechanical properties of the gripper.
4. Prototypes:Prototype development went through several iterations, during which we tested various designs, shapes, and manufacturing processes.
5. Force testing on prototypes:Measurements of the push/gripping force were carried out on a specially designed 3D-printed device fitted with a force sensor.
6. Hydraulic control:A dedicated hydraulic system was developed to operate the experimental gripper, providing power supply, regulation, and control of the soft actuators.
What We Developed
Soft Actuators
Development of adaptable gripping elements.
New Materials
Hydraulic Drive
Development of a dedicated fluid power system.
Development Tools
CAD modeling and prototyping.
Forestry Applications
Application in log handling.
Key Results
Development of experimental soft structures
Development of a dedicated hydraulic system
Production of several generations of prototypes
Laying the groundwork for further innovation and intellectual property
The SOFT LOGGING project represents an important step in connecting soft robotics, fluid power technology, and forestry machinery. The experimental solutions developed provide a foundation for further research and technological innovation.