Universal Frame Max - UTF-3000-2050

The Universal Transport Frame Max – 6 A-Frames is developed to support oversized glass sheets and large-format stone slabs increasingly used in modern architectural and construction projects. With a frame length of 3000 mm and a working A-frame height of 2050 mm, it is optimised for oversized materials, providing reliable support throughout handling, storage and transport operations.

Six A-frame supports help maintain material stability across the entire frame length while promoting effective load distribution. Integrated forklift pockets, lifting eyelets and heavy-duty castor wheels enable convenient handling of large-format materials in manufacturing facilities, warehouses and installation sites.

• Maximum Frame Length: The 3000 mm frame length provides enhanced support for oversized slabs and large-format sheet materials.
• 2050 mm Working A-Frame Height: Designed to accommodate taller materials while maintaining stability during storage and transportation.
• 6 A-Frame Support Configuration: Six A-frame supports create multiple contact points along the frame, helping distribute loads evenly and improve overall stability.
• Heavy-Duty Frame Construction: Built for demanding industrial applications requiring strength, durability and long-term performance.
• Integrated Forklift Pockets: Allows efficient loading, unloading and transportation using a forklift.
• Lifting Eyelets: Integrated lifting points enable safe lifting and positioning using a crane when required.
• Heavy-Duty Castor Wheels with Safety Brakes: Equipped with Ø150 mm castor wheels for easy movement. Two wheels are fitted with safety brakes to secure the frame during storage and handling operations.

• Suitable for oversized slabs and large-format sheet materials.
• Provides enhanced support across the full material length.
• Improves stability during storage and transport.
• Enables efficient handling with forklifts, cranes and castor wheels.
• Ideal for fabrication shops, warehouses and construction projects handling larger materials.