The Load Platform is a versatile accessory designed to enhance the functionality of Genie GL Series Material Lifts. By fitting seamlessly over the forks, it transforms the lift into a portable work table, expanding its utility across various material handling applications.
Constructed as an OEM Genie accessory, the Load Platform is specifically designed for compatibility with the Genie GL Series, including models such as the GL-4, GL-8, GL-10, and GL-12. Its design allows for quick and easy installation over the existing forks, enabling users to switch between standard lifting operations and platform use without hassle.
Specification | Details |
---|---|
Part Number | 37148 |
Material | High-strength steel |
Finish | Powder-coated for corrosion resistance |
Dimensions | Width: 0.52 m (1 ft 8.5 in), Length: 0.57 m (1 ft 10.5 in) |
Weight Capacity | Matches the lift's maximum load capacity |
Users have reported increased productivity and flexibility when utilizing the Load Platform with their Genie GL Material Lifts. The ability to transform the lift into a stable work surface allows for more efficient handling of materials, reducing the need for additional equipment and streamlining workflow processes.
Q: Is the Load Platform compatible with all Genie GL models?
A: Yes, the Load Platform is designed to be compatible with all Genie GL Series Material Lifts, including the GL-4, GL-8, GL-10, and GL-12 models.
Q: How is the Load Platform installed?
A: The Load Platform is designed for easy installation by sliding it over the forks of the Genie GL Material Lift, requiring no additional tools or modifications.
Q: Can the Load Platform be used outdoors?
A: While the Load Platform is constructed with durable materials and a powder-coated finish for corrosion resistance, it is recommended to use it in environments suitable for the Genie GL Material Lift's specifications.
Q: Does using the Load Platform affect the lift's weight capacity?
A: No, the Load Platform is designed to match the lift's maximum load capacity, ensuring safe operation without compromising performance.