Designed for Modern Open-Plan Offices
The Boston 2 Way Cluster Desk is a professional workstation designed for efficient office environments. It suits businesses that require shared workspaces without compromising comfort or organisation. This two-person desk setup supports collaboration while maintaining clear workstation separation.
Each workstation includes a Boston main desk shell measuring 1800mm x 800mm. These desks provide generous surface space for computers, paperwork, and daily office tools. The sturdy construction ensures long-term durability in high-use commercial settings.
Practical Storage for Everyday Use
Each desk is supported by a desk-height pedestal that improves both storage and ergonomics. These pedestals include two standard drawers, one deep filing drawer, and a pull-out pencil tray. Users can store documents and personal items neatly and securely. As a result, desktops remain organised and clutter-free.
In addition, the configuration includes two lockable credenzas with white and silver roller doors. Each credenza measures 800mm wide, 470mm deep, and 400mm high. These units provide shared storage for files, stationery, or office equipment. Consequently, the workspace stays clean and professional.
Improved Privacy and Focus
The Boston 2 Way Cluster Desk includes a rectangular desk screen measuring 1800mm x 400mm x 16mm. This screen creates a visual barrier between workstations. At the same time, it allows easy communication between users. Therefore, employees can focus better without feeling isolated.
Professional Finish and Modular Design
The desk system features a clean and modern appearance that suits various office interiors. Moreover, its modular design allows easy integration with other products in the Boston range. This flexibility makes it ideal for growing businesses and evolving office layouts.
The Boston 2 Way Cluster Desk delivers a balanced combination of functionality, durability, and visual appeal. Overall, it is a reliable workstation solution for organisations that value productivity and efficient space planning.
