In modern industrial automation, the handling and stacking of steel materials requires solutions that combine precision, reliability and efficiency. Magnetic workholding system have emerged as a viable option for these applications, particularly in automated stacking operations where traditional methods may present limitations. Technical Advantages in Stacking Operations The compact physical […]

 We recently worked with a client to develop a magnetic gripper for steel cylinders ranging from 219mm to 406mm in diameter and 650mm to 2500mm in length. These cylinders have wall thicknesses of 4mm to 15mm and weigh between 50kg and 350kg.Many industrial applications require handling cylindrical objects, where traditional

In modern manufacturing and logistics operations, the efficient handling of standardized pallets remains a fundamental requirement for streamlined workflow. We recently collaborated with a client to develop a specialized magnetic workholding solution for handling 1440×1000mm pallets with a total maximum load of 80kg. The technical requirements specified attachment points limited

In industrial magnetic gripper handling applications, certain materials present distinct challenges that standard equipment cannot adequately address. Among these are thin, flexible woven mesh materials approximately 0.5mm thick, which require careful consideration in both engineering approach and practical implementation. Understanding the Material Handling Complexities Woven mesh materials possess characteristics that

In today’s automated manufacturing environments, efficiency and reliability are paramount. Electro-permanent magnetic workholding technology has emerged as a valuable solution for addressing these needs, particularly in applications requiring rapid cycling and consistent performance. This technology operates on principles that make it especially suitable for integration into automated systems and robotic