Convertible Bench/Table Unit

Convertible Bench/Table Unit 685mm High - DOVEThe Convertible Bench/Table Unit features a laminated tabletop and bench with a water-resistant MDF core and tough edging, designed for easy cleaning and durability. This versatile unit offers three practical configurations: auditorium seating, classroom seating/table, and combined dining setups when two units are joined. It is ideal for primary and secondary schools with multi-use spaces, providing flexible seating and table solutions. Multi-Use685mm Height14 Colours16yr Warranty. FIRA Certified. Versatile Configurations.

Transforms easily between auditorium benches, classroom tables with seating, and dining arrangements by combining two units. Mobility & Storage. Equipped with heavy-duty locking castors and folding mechanisms for effortless transport, movement, and compact nesting storage. Key Features. Three configurations in one unit: auditorium seating, classroom table/bench, and dining setup when combined. Seats between 4 and 6 children per bench depending on age. Footprint dimensions: 2485 x 675mm when used as seating, 2485 x 730mm when used as a table, 2485 x 565mm when folded.

Laminated tabletop and bench with MDF core and tough edging for water resistance and easy cleaning. Heavy-duty locking castors for easy transport and secure positioning. Folds and nests together for space-saving storage. Available in 14 colour options to suit various environments. Choice of two heights suitable for primary and secondary education settings. FIRA certified to ensure quality and safety standards16 year manufacturer's warranty covering welds and mechanism. Installation & Practical Considerations. Heavy-duty locking castors provide both mobility and stability when stationary.

Folding design allows easy transport and compact nesting for storage. Suitable for multi-use educational spaces requiring flexible furniture solutions included. Please contact us for best prices on bulk orders3D room planning available to assist with layout and space optimisation