PECM Issue 33 2018 | Page 15

The LOBO Advanced Platform is the solution Sway braces, toe boards, wheels, handrails, outriggers and a lifting slider beam can be added to enhance the construction. The LOBO System is a versatile work platform product that combines the flexibility and strength of traditional scaffolding with the simplicity and mobility of tower systems. The LOBO System is scalable, adaptable and adjustable to meet your on-going and changing requirements. The unique and patented hand adjustable clamp, when combined with the tube, allows the engineer to create a work platform, of any shape or size, without the need for any tools. The system is made from modular steel components, which are easy and quick to assemble and provide a rock steady and safe working platform. It flat packs for transportation and yet is incredibly strong. Areas previously awkward to get to, can now be accessed by your own engineers or technicians with ease, whenever required. Simply add more components or alter your existing configuration to satisfy the demands of the next task. Protect your initial investment with a product that will meet all your access needs safely! The LOBO System can be transported and assembled fast and with ease from a flat pack, into any required configuration, by your own maintenance engineers and technicians. Options include a tool tray and a gate can be fitted to the system. And it can be stored in a LOBO Towerstore unit when not in use. The LOBO System comprises of trestle legs that vary in size and adjustable extensions with fixed side clamps. LOBO is a rigid and stable product, which meets or exceeds international safety regulations. Steel tubes can then be passed through the clamps, which are hand tightened to form a structure to suit the application. LOBO Systems provides fully certified training for safe assembly, inspection and use. For more information and to arrange a product demonstation please contact us by either email: [email protected] Telephone: +44 (0) 1332 365666 www.lobosystems.com Issue 33 PECM 15