Why you can trust HVR MAG magnetic workholding system
- Tailor-made solution for the best automation result
- Lightweight with maximized end-of-arm gripping capacity
- No damage or deformation of the workpiece when clamped by a magnetic gripper
- Less energy consumption
- Electropermanent magnetic Technology offers the safest transport method
- Maintenance-free in use
Magnetic workholding system we make
In metal processing, such as cutting, stamping and other processes, magnetic workholding system can provide stable gripping force. For steel plates, the magnetism can tightly adhere to the surface of the plates, preventing slipping during transportation.
Magnetic Workholding Solution can greatly improve the efficiency of plate cutting. In automated cutting production lines, Magnetic Workholding Solution can grasp and fix the plate in seconds, while traditional fixtures may require manual operation for complex clamping steps, which takes more time.
Magnetic Workholding Solution has many applications in bending.The clamping speed of Magnetic solution is faster compared to traditional mechanical fixtures. In the bending process, operators or automated equipment can use Magnetic Workholding Solution to quickly fix the sheet on the workbench.
During the Stamping Part Holding process, the Magnetic Workholding Solution can accurately position the metal sheet to be stamped in the correct position on the stamping die. In the stamping process of large-scale production, the Magnetic Workholding Solution can complete the clamping actions within seconds.
During the Stamping Part Holding process, the Magnetic Workholding Solution can accurately position the metal plate to be stamped in the correct position on the stamping die. In the stamping process of large-scale production, the Magnetic Workholding Solution can complete the clamping actions within seconds.
Magnetic Workholding Solution
By using automated Magnetic Workholding Solution, the dependence on manual labor has been reduced in the metal processing process, resulting in lower labor intensity for workers.And the production efficiency is improved, which is very important for the development of enterprises.
What is HVRMAG Magnetic Workholding Solution
Magnetic Workholding Solution is a transfer device for industrial automation and robotics, utilizing electro permanent magnetic gripper for manipulation, clamping and moving of workpieces with various shapes and weight.
Magnetic Workholding Solution improves efficiency, safety, and flexibility in the field of Metal Processing. Therefore, it has been applied in many working applications such as:
- Découpe de plaques • Pliage
- Estampage • Palettisation
Why Magnetic Workholding Is Essential for Modern Automation
Les outils de bout de bras, avec leurs avantages uniques, sont devenus une force clé du processus d'automatisation industrielle.
Utilise uniquement l'électricité en phase MAG et DEMAG, économisant ainsi de l'énergie jusqu'à 95%
Temps de cycle court, magnétisation/démagnétisation en 2 secondes.
Structure légère pour maximiser la capacité en bout de bras.
La force magnétique peut rester présente même en cas de panne de courant soudaine.
Aucune pièce mobile à l'intérieur, coût de maintenance quasi nul.
Conception personnalisée pour une prise parfaite de n'importe quelle pièce.
Application de chargement et de déchargement de plaques
During the loading and unloading process, the Magnetic Workholding Solution with the automation system, can achieve precise gripping and placement of the workpiece. It can quickly grasp and place workpieces as required, significantly reducing the time of each loading and unloading cycle and improving overall loading and unloading efficiency.
Application de pliage
During the bending process, the bending mold exerts tremendous pressure on the plates metal, which may cause displacement of the workpiece. The strong adsorption force of the Magnetic Workholding Solution can effectively prevent the workpiece from deviating during bending.
Application de palettisation
In the palletizing process, the Magnetic Workholding Solution can accurately place the workpiece in a specific position on the pallet. By cooperating with the automation control system, it can accurately place each workpiece according to the preset stacking mode. It is very advantageous for subsequent storage, transportation, and handling.
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Details of Magnetic Workholding Solution
Magnetic Workholding Solution can quickly grasp and release workpieces, significantly improving production efficiency, especially in high-frequency handling environments.
Magnetic Workholding Solution Applications
Magnetic Workholding Solution can adapt to workpieces of different shapes, sizes, and weights, providing flexible solutions suitable for diverse production needs.
Magnetic Workholding Solution can provide strong and stable magnetic force, ensuring firm grip for metal products (such as metal sheets, metal parts, etc.) in automated palletizing.
Magnetic Workholding Solution can stably grasp workpieces and accurately place them in designated positions, ensuring the accuracy of loading and unloading positions,Can flexibly adapt to workpieces of different shapes.
Yes. Magnetic workholding systems can be easily integrated with robotic arms, gantry systems, and automated production lines for efficient material handling.
No. Electro-permanent magnetic systems maintain holding force without continuous power, helping prevent load drops during unexpected power failure.
Magnetic workholding is suitable for steel plates, pipes, shafts, welded parts, cut pieces, and many other ferrous metal workpieces.
Yes. Customized magnetic pole designs, such as V-type poles or movable magnet layouts, allow stable gripping of irregular and cylindrical materials.
Les aimants électropermanents sont composés de deux matériaux magnétiques distincts : l'un magnétiquement dur, comme le Nd-Fe-B, et l'autre semi-dur, comme l'Alnico. Ces matériaux sont recouverts à leurs deux extrémités d'un matériau magnétiquement doux, généralement du fer, puis enroulés autour d'une bobine. Lorsqu'une impulsion de courant de polarité spécifique traverse la bobine, les matériaux s'alignent et augmentent le flux magnétique externe. En revanche, lorsqu'une impulsion de courant de polarité opposée circule, elle inverse l'aimantation du matériau semi-dur tout en laissant le matériau dur inchangé. Cela redirige tout ou partie du flux vers l'intérieur du dispositif, réduisant ainsi le flux magnétique externe. Le résultat final est une méthode hautement contrôlée et efficace de manipulation des champs magnétiques pour un large éventail d'applications.
