The 2013 Allmand MAXI-LITE is a robust light tower designed to provide high-efficiency illumination for various applications. This unit features a 360-degree rotating mast with hydraulic deployment and individual light control switches.
The Solar Tech SPLT-3000 is a state-of-the-art light tower from 2016, designed for efficient and reliable illumination in various settings such as construction sites, outdoor events, and emergency response situations. Despite being unused with zero hours on record, this model features robust construction and advanced lighting technology, ensuring bright and extensive coverage.
The 2022 Allmand Night-Lite GR-Series is a robust light tower designed for extensive use in a variety of settings such as construction sites, mining operations, and large-scale events. With 6,937 hours of operation, this model has demonstrated reliability and endurance.
The Wanco WLT4M, a 2023 model light tower, is engineered for reliable performance and durability. With 6,633 hours of operation, this unit has been extensively used for providing essential illumination across various construction sites and outdoor events.
The Allmand Night-Lite GR-Series, manufactured in 2022, is a highly reliable light tower renowned for its robust performance and durability. With 7,635 operational hours, this equipment is designed to provide exceptional illumination for various applications, including construction sites, events, and emergency response scenarios.
The 2022 Allmand Night-Lite GR-Series is a highly efficient light tower designed for optimal illumination across various job sites. With 6008 hours of operation, this unit has demonstrated remarkable durability and reliability.
The Solar Tech SPLT-3000 light tower, from the year 2016, is designed to provide efficient and reliable lighting solutions for various applications. As a new unit with zero operating hours, this light tower features robust construction and advanced lighting technology, suitable for nighttime construction, event lighting, and emergency response scenarios.