en.Wedoany.com Reported - UK rental company Advanced Access Platforms (AAP) has recently added a Hinowa Lightlift 33.17 Performance IIIS spider lift to its fleet. With a working height of 32.5 meters, this is the tallest model in the company's fleet. Supplied by UK dealer Access Platform Sales (APS), the unit is a brand-new machine available for rental.
Founded in 2007 and headquartered in Sutton, Surrey, UK, Advanced Access Platforms is a key member of the Access Link alliance of independent regional rental companies. The company operates from locations in Sutton, Southampton, West Thurrock in Essex, Northampton, and London, covering major markets in southern and southeastern England.
This model offers a horizontal outreach of 16.5 meters at a spanning height of 17 meters, with a platform rated load of 230 kg (unrestricted). The new machine's lifting mechanism features a four-section lower boom that can rise to nearly 90 degrees, plus a three-section telescopic upper boom and an articulated jib. The machine has a total height of less than 2 meters, a total length of 6 meters when the work platform is removed, and a stowed width of 1.2 meters. The retractable tracks can increase the width to 1.7 meters for improved stability. Additionally, the equipment is equipped with a wireless remote control, enhancing operational flexibility and convenience.
The Hinowa Lightlift 33.17 Performance IIIS is a high-performance spider lift from Italian aerial work platform manufacturer Hinowa. This model is widely used globally for building maintenance, landscaping, facility repairs, and other scenarios requiring aerial work in complex terrain or confined spaces. Its compact dimensions and lightweight design enable it to access work areas that are unreachable by standard large truck-mounted aerial work platforms.
This procurement further enhances Advanced Access Platforms' equipment inventory and service capabilities in the spider lift market segment. The company stated that the addition of the new machine will better meet customer demand for compact aerial work platforms.
