Clover is a not a panel system, or just a desk based system
The desk concept centres on its structural strength and simplicity. It is a post and bracket system.
Clover's strength is due to the rolled formed clover shaped steel post and the cast alloy support bracket. The strong durable rolled steel fabrication of the clover post will ensure that it will never become redundant, always reusable.
Clover can quickly flex to the future requirements of staff. Clover can solve the needs of many types of organisations with its ability to provide a full range of configurations. Single desks can be expanded into side to side or back to back applications by adding legs. All legs and brackets are universal and so can be used to build any configuration.
A single post can accommodate up to 4 support brackets meaning minimum parts are required for clustering. The result is a product line that offers, in summary, these benefits: easy to estimate and apply to different project contexts, easy to order, distribute, install and handle, well priced due to the simple structure and very strong because it is made of steel . A furnishing system becomes an evolved architectural system.
An evolution of clover, is the introduction of new slim profile beam element which can be used to support storage and shelving at the workstation. The strong robust accessory rail can support up to 3.6 lateral metres of storage within each workstation at arms length. Shelf supports are mounted off the Clover post, nothing is desk mounted or structural to the worktop.
A wide variety of storage devices including low hung or high hung lever arch / binder bins, book shelves, paper trays (shallow or deep, single or multiple), lateral codafile bins, display trays can be simply added providing intensive storage for some and minimal for others depending on information intensity and work complexity. Made by 95% with completely recyclable, fully sustainable material, clover system has also been designed with the users well-being in mind, thus with particular attention to compliance with ergonomics parameters.