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The SHENX15 Modular System for BMU (Building Maintenance Units) combines the flexibility of a modular design with high efficiency. With minimal core components, including a ground frame, drive unit, and mast section, this system can be configured to create a variety of work and transport platforms, or even a combination of both. The adaptability of the system ensures it can meet the needs of various building maintenance tasks, from window cleaning and facade repairs to construction hoisting and material handling. The ability to integrate additional components, such as adaptors, pendulum decks, deck sections, and fences, further enhances the versatility of the system.
One of the standout features of the SHENX15 system is its dual functionality. The same mast can be used for both Transport Platforms (STP) and Material Hoists (SMH), or as part of a Mast Climbing Work Platform. This allows fleet owners to maximize equipment utilization, reducing the need for additional machinery and improving storage efficiency. The ability to use the same components across multiple platforms results in significant savings in terms of mast stock, installation costs, and maintenance. By offering these dual functions, the system provides cost-effective and efficient access for a wide range of high-rise and industrial applications.
Designed with simplicity and reliability in mind, the SHENX15 BMU system is easy to handle, transport, and maintain. Its modular components, combined with strong commonality across different configurations, make it an ideal choice for both large and small projects. The system’s ability to accommodate three different platform sizes on the same basic unit (including mast, anchors, drive units, and electrical equipment) offers added flexibility, while its low operational costs ensure it remains an economical choice for building maintenance and construction hoisting. Whether used for window washing, facade maintenance, or as part of a building construction process, the SHENX15 BMU system offers a highly efficient and cost-effective solution for vertical access.