Draper Steel Workbench 24912 - Workbench

Draper Steel Workbench 24912 - Workbench arrives as a sturdy, practical solution for hobbyists and professionals who need a compact and reliable workspace.

This Draper Steel Workbench 24912 combines a blue steel frame with a wood-finish chipboard top to deliver a classic workshop look with modern durability. The blend of chipboard and steel makes the bench both affordable and robust for everyday tasks.

With dimensions of 600 mm width, 1200 mm depth and 900 mm height, this workbench fits well in garages, small workshops or utility rooms while offering a comfortable working height for most users.

Engineered as a woodworking workbench, the bench supports a maximum load weight of 200 kg, making it suitable for light to medium tasks such as sanding, assembly and small machinery placement. The solid construction provides stability during typical workshop activities.

This model does not include castor wheels or an integrated locking mechanism, so it is ideal for stationary setups where portability and security locks are not required. Its simple, fixed-base design keeps costs down and enhances rigidity.

Practical use cases include DIY woodworking projects, component assembly, tool storage and as a stable surface for measurement and layout work. Its compact footprint makes it especially useful in apartment workshops or shared spaces where floor space is limited.

Key selling points are the durable steel frame, the economical chipboard worktop, the 200 kg load capacity and the space-efficient 600 x 1200 mm footprint. These features make the Draper Steel Workbench 24912 a dependable choice for anyone seeking a solid, no-frills workspace.

For users wanting to customize their setup, the workbench’s open underframe allows for shelving or tool storage to be added, improving organization and accessibility in a workshop environment.

• Colour: Blue frame with wood chipboard top
• Material: Steel frame and chipboard top
• Load capacity: 200 kg
• Dimensions: 600 x 1200 x 900 mm (W x D x H)