Professional Lifting and Material Handling Systems
TGT: Innovative solutions for lifting glass, windows, doors, and construction materials
TGT (Teupen Grizzly Technologies) is a German manufacturer specializing in the development of professional solutions for lifting and handling glass, windows, doors, curtain walls, and construction materials. With a comprehensive range of tracked mini cranes, glass handling robots, vacuum lifters, and advanced material handling systems, TGT has become a trusted partner for glass installers, window and door professionals, construction companies, and installation specialists.
The company’s mission is to make lifting and installation operations safer, easier, and more efficient by reducing physical strain on operators and improving precision during handling and positioning tasks. TGT equipment is designed to optimize workflows on construction sites, in workshops, and in industrial environments, delivering reliable performance even under the most demanding working conditions.
Among the most popular products in the range are the renowned Robby Series glass handling machines, professional lifting systems specifically designed for the transportation and installation of glass panels, windows, doors, and large glazed surfaces. Thanks to their compact dimensions and exceptional manoeuvrability, Robby lifters can operate efficiently even in confined spaces while maintaining maximum control and precision throughout the installation process.
The range also includes professional glass vacuum lifters developed for the safe handling of glass panels, cladding elements, and other smooth surfaces. Utilizing advanced vacuum technology, these devices provide a secure grip and allow operators to move heavy loads with maximum safety and reliability.
For more demanding lifting applications, TGT offers a complete line of tracked mini cranes with telescopic booms. These machines are ideal for installing large glass façades, curtain walls, technical equipment, and heavy construction materials. Their robust tracked undercarriages enable operation on uneven terrain and in restricted-access environments, while the telescopic boom ensures outstanding precision, reach, and versatility.
The product portfolio is completed by professional glass lifting devices designed to simplify the installation of windows, doors, glazed façades, skylights, and glass roofing systems, helping professionals improve productivity and safety on site.
Choosing TGT means relying on a specialist manufacturer that combines innovation, engineering excellence, and safety to deliver professional solutions for lifting and handling glass, fenestration products, and heavy materials.
FAQ
What Types of Products Does TGT Offer for Glass Handling and Lifting?
TGT develops a comprehensive range of professional solutions for lifting and handling glass, including Robby Series glass handling machines, glass lifting devices, Craneline tracked mini cranes, professional vacuum lifters, and specialized systems for windows, doors, curtain walls, and large glazed surfaces. These solutions are designed to improve safety, precision, and efficiency during installation and material handling operations.
What Applications Are the TGT Robby Series Lifters Suitable For?
The TGT Robby Series is designed for lifting, transporting, and positioning glass panels, windows, doors, curtain walls, and other heavy building components. Thanks to their compact dimensions, excellent manoeuvrability, and advanced rotation, tilting, and positioning functions, Robby lifters enable precise installation even in confined spaces and on job sites with restricted access.
What Are the Advantages of TGT Craneline Mini Cranes?
TGT Craneline tracked mini cranes are designed to handle and position heavy materials with exceptional precision, even on uneven terrain or in areas with limited space. Featuring telescopic booms, compact dimensions, and compatibility with glass lifting systems, they are an ideal solution for installing curtain walls, large glass panels, windows, doors, and technical building components.
