Glass is a very fragile material, requiring careful handling during installation and transportation. To address this challenge, a machinery called a vacuum lifter was developed. This device not only ensures the safety of glass but also reduces labor costs.

The working principle of the glass vacuum lifter is relatively simple. It uses a vacuum pump to create negative pressure, extracting the air between the rubber suction cup and the glass surface. This allows the suction cup to firmly grip the glass, enabling safe transportation and installation. The load capacity of the lifter depends on the number of suction cups installed, which is also influenced by the diameter of the vacuum pads.

For our LD series vacuum lifter, the standard diameter of the vacuum disc is 300 mm. However, the size can be customized to meet your specific requirements. In addition to glass, this vacuum lifter can handle various other materials, including composite panels, steel, granite, marble, plastic, and wooden doors. We have even customized a specially shaped vacuum pad for a customer to assist with the installation of high-speed rail doors. Therefore, as long as the surface of the material is non-porous, our vacuum lifter is suitable. For uneven surfaces, we can provide alternative vacuum pads made from different materials. To ensure we recommend the best solution for your needs, please inform us of the specific application, as well as the type and weight of the material to be lifted.

The vacuum lifter is user-friendly and can be operated by a single person, as many functions—such as rotation, flipping, and vertical movement—are automated. All our vacuum lifters are equipped with a safety system. In the event of a sudden power outage, the suction cup will securely hold the material, preventing it from falling and giving you sufficient time to address the situation.

In summary, the glass lifter robot is a highly convenient and efficient tool. It has been widely adopted in factories, construction companies, and decoration firms, significantly improving work efficiency while ensuring the safety of both workers and materials.