Abstract: A protective device for the vertical part of a fork of a lift includes an external layer configured to protect from damage by impact/pressure fragile loads, a magnetic layer for applying the device to the fork magnetically, and a stiffening layer interposed between the external layer and the magnetic layer. Tangential constraint members co-operate with at least a part of a related fixing systems to fix the fork to the lift and to constrain the protective device tangentially to the application surface where it is applied.

Abstract: A protective device for the vertical part of a fork of a lift includes an external layer configured to protect from damage by impact/pressure fragile loads, a magnetic layer for applying the device to the fork magnetically, and a stiffening layer interposed between the external layer and the magnetic layer. Tangential constraint members co-operate with at least a part of a related fixing systems to fix the fork to the lift and to constrain the protective device tangentially to the application surface where it is applied.

Abstract: An innovative anti-scratch and anti-slip device for lifting loads with the fork of a lift, for example with a forklift, includes three different, overlapping layers. In particular, a first magnetic layer is adapted to be removably applied to the fork; a second, external layer covers the first layer and is made of a rubber material that comes in direct contact with the load, the rubber material providing a seal and not scratching the load; and a third layer that is interposed in an intermediate position between the first and the second layers to stiffen the device.

Abstract: The present invention concerns a weighing device applicable in a removable manner to the fork of a fork lift or of a lifter and including an external strip to support the load to weigh; a magnetic element arranged to allow applying magnetically the external strip to the fork; and a weighing device arranged below the external strip in such a way as to detect the weight of a load overlying the external strip. The weighing device is further configured to communicate in wireless modality with an external device for the reading of the datum of the detected weight.

Abstract: An innovative anti-scratch and anti-slip device for lifting loads with the fork of a lift, for example with a forklift, includes three different, overlapping layers. In particular, a first magnetic layer is adapted to be removably applied to the fork; a second, external layer covers the first layer and is made of a rubber material that comes in direct contact with the load, the rubber material providing a seal and not scratching the load; and a third layer that is interposed in an intermediate position between the first and the second layers to stiffen the device.

Abstract: The present invention concerns a video shooting and load movement device applicable in a removable manner to the surface of a fork lift or of a lifter and including an external strip, a magnetic element arranged in such a way as to allow to apply magnetically the external strip to the fork, and a video-camera.

Abstract: The present invention concerns a weighing device applicable in a removable manner to the fork of a fork lift or of a lifter and including an external strip to support the load to weigh; a magnetic element arranged to allow applying magnetically the external strip to the fork; and a weighing device arranged below the external strip in such a way as to detect the weight of a load overlying the external strip. The weighing device is further configured to communicate in wireless modality with an external device for the reading of the datum of the detected weight.

Abstract: The present invention concerns an innovative anti-scratch and anti-slip device (1) for realizing the lifting of a load with the fork (10) of a lift, for example a fork lift. The device is realized through the overlapping of three different layers. In particular, a first magnetic layer (2) is included so as to result magnetically applicable to the fork. A second external layer (4) covers the first layer (2) and is realized of a rubber material since it has to be in contact directly with the load. The rubber guarantees seal and does not scratch the load. Last, the third layer is an intermediate metallic layer (3), interposed between the first (2) and the second layers (4) so as to duly stiffen the device.