Presenting the Pull Out Universal Cradle, an essential accessory designed specifically for the 400mm and 360mm mobile bulk filing systems. Crafted from durable steel, this cradle enhances your document storage capabilities by providing a practical solution for organising and accessing a large volume of files. Weighing in at just 2.8kg, it is lightweight yet robust, ensuring that it can withstand the rigours of daily use in busy office environments. The pull-out feature allows for easy retrieval of documents, making it an ideal choice for those who need to access files frequently without the hassle of rummaging through stacks. This cradle is particularly beneficial for businesses that require efficient document management, as it maximises the use of vertical space while keeping everything neatly organised. Whether you are storing lever arch files, archive boxes, or other important documents, this universal cradle adapts seamlessly to your needs. Its sleek motorcraft grey finish not only complements the aesthetic of modern office spaces but also ensures that your filing system remains professional and tidy. By integrating this pull-out cradle into your mobile shelving system, you can significantly improve your office's efficiency, reduce clutter, and maintain a streamlined workflow. Invest in the Pull Out Universal Cradle today and transform the way you manage your documents.
- This product is made from durable steel
- It weighs 2.8kg, making it sturdy yet manageable
- The design includes an additional pull-out universal cradle that accommodates both 400mm and 360mm mobile bulk filing systems
- It is particularly suited for organising and storing a large volume of documents
- The bulk filer cradle enhances the efficiency of your filing system
- This solution is ideal for both mobile library and office shelving needs
- It offers a practical way to keep your files in order
- The steel construction ensures longevity and reliability
- This product is part of a broader range of mobile shelving solutions
- It is designed to meet the demands of high-density storage.