Magnetic Work Platform

Overview of Magnetic Work Platform

The magnetic work platform is a heavy-duty, temporary standing solution specifically engineered for the high-altitude assembly and maintenance of wind towers. As turbine diameters continue to grow, split-section (modular) towers are becoming the new industry standard to overcome logistics and transportation limits. These massive tower “tiles” require precise on-site longitudinal joining, and this platform provides the ideal, stable workspace for these demanding tasks.

Equipped with rubber coated heavy duty magnets, the platform attaches securely to curved tower walls without the need for any drilling or welding. This field-proven, non-destructive mounting method is critical for preserving the integrity of factory-applied anti-corrosion coatings and structural fatigue resistance, making it an essential tool for modern split-section wind turbine installation and demanding offshore O&M tasks.

• Optimized for Split-section Assembly: Specifically engineered to provide a stable, level workspace for technicians during the complex longitudinal bolting and alignment of modular tower segments.

• High-Strength 7075 Aluminum Construction: Built with premium 7075 aluminum alloy, the platform offers a superior strength-to-weight ratio, ensuring the structure is both heavy-duty and easy to handle during installation.

• Exceptional 200kg Load Capacity: Rigorously designed to support a load of 200kg, providing a high safety factor for multiple technicians and their heavy hydraulic bolting equipment.

• Adaptive Telescopic Support System: Features five adjustable telescopic support rods, allowing the platform to be fine-tuned to fit flat surfaces and curved tower walls of various diameters.

• Non-Destructive Surface Protection: The drilling-free and welding-free magnetic attachment prevents mechanical damage, protecting factory-applied anti-corrosion coatings and the tower’s structural integrity.
• Marine-Grade Environmental Resilience: Engineered for the most demanding environments, the platform features 1,000-hour UV protection alongside superior resistance to offshore salt-spray and high-humidity conditions.