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Rectangular single desks

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LP Galaxy single 2 and 3 drawer pedestal desks

LP Galaxy single 2 and 3 drawer pedestal desks

Prices from

£161.00

Prices listed exclude VAT at the prevailing rates.

For more information

Contact us here

or call us

01302 378783

LP Galaxy single 2 and 3 drawer pedestal desks

Key features

  • Predominantly UK sourced material used during manufacture

  • Traditional ‘H’ frame 4-leg design

  • Pedestal has recessed handles.

  • Full length metal underframe.

  • Supplied with full width modesty panel

  • Pedestal may be mounted on the left or right

  • 2 Drawer pedestals have a shallow drawer and filing drawer as standard and is suitable for A4 or foolscap suspension files

  • Height levelling adjustable feet

  • Supplied with 2 keys

  • 18mm desktops in a choice of Grey framework with beech top. Grey framework with White top or Brown framework with Light Oak top.

  • Available in 3 widths.

  • Quick ship

Additional desktop configurations

Available as a double pedestal version and with a secretarial return desk.

Pricing.

1,200 x 745mm deep £161.00

1,500 x 745mm deep £190.25

1,800 x 745mm deep £223.25

Delivery charges and lead times.

This product may be subject to additional delivery charges depending on order value and destination.

It arrives flat packed unless advised otherwise. Should you wish us to assemble the item please make contact to discuss our range of options.

Generally on a 5-7 working day lead time.

Illustrations are intended as a guide only and may not be an exact representation of the product. Customers should check with us if any points need clarification before purchase.

Model: LP Galaxy single 2 and 3 drawer pedestal desks

1,200 x 745 x 720mm high

1,500 x 745 x 720mm high

1,800 x 745 x 720mm high

Frame and wood finishes.

Grey/Beech

Grey/White

Brown/Light Oak

The appearance of colours may vary depending on the lighting of your room or the settings of your monitor, any hard copies printed may not be an exact representation of the colour due to tolerances in the printing process.