goudsmit magnetic grippers, special price, in stock

goudsmit magnetic grippers are original imports from Germany, offered at competitive prices with available stock.

goudsmit magnetic grippers are fixtures that use magnetic force to secure workpieces, facilitating the rapid transport of heavy loads made of ferromagnetic materials. They are commonly used in workshops, warehouses, machinery plants, mold factories, and other machining sectors. goudsmit magnetic fixtures can significantly improve the clamping efficiency of magnetically permeable steel materials. The goudsmit magnetic gripper uses high-performance rare-earth neodymium-iron-boron (N>40) as its core. Pneumatic switching changes the internal magnetic system of the neodymium-iron-boron, enabling the gripping or release of the workpiece.

goudsmit Magnetic Gripper Features and Applications

With magnetic grippers, you can automatically pick up flat steel products or sheets with a maximum thickness of 10 mm. They can be switched quickly and easily and are specifically designed for transfer, placement, or positioning using robotic arms. Electromagnetic fixtures serve as end-of-arm tooling for robotic arms. They can even hold perforated sheets effortlessly. For sheets up to 10 mm thick. Switching: pneumatic. Tool for robot arm ends. Lifting force: max 45 kg. Permanent magnets. Simple and convenient operation; the magnetic gripper switches pneumatically. This allows the magnetic field to be moved, turned on, and off. Control can be achieved via 5/3 or 5/2 valves. Even in the event of air pressure or power failure, the activated magnetic gripper will not release its load. This makes it a safe and reliable end-of-arm solution.

goudsmit magnetic grippers can be used as end-of-arm tools when you want to pick up, place, or position flat steel products with a robot. Electromagnetic fixtures are ideal for this. Applications are diverse, such as: pick-and-place of steel parts, handling perforated sheets with manipulators, removing workpieces from crates (bin picking), positioning paper in printing presses, stacking or palletizing hot baked cans.

High-temperature grippers are suitable for this last example. For instance, you can also use them to load and unload advanced steel in presses where it is formed at high temperatures.

goudsmit Magnetic Gripper Specifications and Models

1). Basic type: Basic version, most common applications.

Size: 24 mm, HGR-SQ-024-FL-R-M-F, TPGC024078, max lifting force 34 N, recommended working load 11 N.

Size: 40 mm, HGR-SQ-040-FL-R-M-S, TPGC040078, max lifting force 230 N, recommended working load 77 N.

Size: 70 mm, HGR-SQ-070-FL-R-G-S, TPGC070078, max lifting force 530 N, recommended working load 175 N.

Size: 100 mm, HGR-SQ-100-FL-R-G-S, TPGC100078, max lifting force 1500 N, recommended working load 500 N.

Size: 160 mm, HGR-SQ-160-FL-F-G-S, TPGC160078, max lifting force 3500 N, recommended working load 1170 N

Size: 20 mm, HGR-RO-020-FL-R-M-F, TPGC020018, max lifting force 10 N, recommended working load 3.3 N.

2). Friction type: With vulcanized friction pads - enhanced grip and product protection.

Size: 24 mm, HGR-SQ-024-FP-R-M-F, TPGC024088, max lifting force 24 N, recommended working load 8 N.

Size: 40 mm, HGR-SQ-040-FP-R-M-S, TPGC040088, max lifting force 140 N, recommended working load 47 N.

Size: 70 mm, HGR-SQ-070-FP-R-G-S, TPGC070088, max lifting force 380 N, recommended working load 128 N.

Size: 100 mm, HGR-SQ-100-FP-R-G-S, TPGC100088, max lifting force 1180 N, recommended working load 390 N.

3). High-temperature version: Suitable for ambient temperatures up to 120°C.

Size: 40 mm, HGR-SQ-040-FL-RH-M-F, TPGC040378, max lifting force 185 N, recommended working load 60 N.

Size: 70 mm, HGR-SQ-070-FL-RH-G-F, TPGC070378, max lifting force 420 N, recommended working load 140 N.

Size: 100 mm, HGR-SQ-100-FL-RH-G-F, TPGC100378, maximum lifting force 1200 N, recommended working load 400 N.

goudsmit magnetic gripper usage tips

When using goudsmit magnetic grippers, please note the following:

1).When handling thin sheets (≤1 mm), the "peeling effect" must be considered. This reduces the maximum separation force. In such cases, it is better to design a structure with multiple smaller grippers rather than one or two large ones (e.g., 40 x 40 mm).

2).Whenthe grippercontacts paper, the paper may be damaged. If issues arise, select models with polyurethane protective covers (friction type).

3).When handling oiled paper or operating with high acceleration of the robotic arm, the paper may shift position. This can also be prevented by using polyurethane friction pads.

4).Sometimes, the surface of a sheet is uneven, rendering vacuum ineffective. In this case,magnetic grippersare the ideal solution. Larger contact surface area is better, but magnetic fixtures always work on ferromagnetic steel. Therefore, they are also effective on circular surfaces.

5).When there are holes in the paper, vacuum will not work.magnetic grippersIn this case, select a gripper larger than the hole size and thoroughly test the selected solution.

6).For small workpieces, Goudsmit offers compactmagnetic grippersversions. They have a lower overall height and additional strength to hold workpieces securely in place. For example, select type HGR-RO-020.

7).For stuck-together thin sheets (≤4mm) and oily sheets, robots sometimes pick up multiple sheets. Paper separators prevent this. They are available in fixed and pneumatic versions.