Stalgast 980256080 Desk with Two Drawers 800 mm

A solid worktop with two integrated drawers provides organised storage directly beneath the food-preparation surface. The unit stands on a rigid frame that carries the weight of ingredients, utensils and small appliances without flexing, keeping the worktop level and stable during service.

The drawers slide on full-extension runners, allowing the operator to reach every item without stretching or bending. Each drawer is a single compartment, so contents remain visible and accessible while the drawer is open. The absence of an internal shelf keeps the interior uncluttered and simplifies cleaning.

Assembly is straightforward: the desk arrives in flat-pack form, and the frame bolts together with supplied fixings. The worktop and drawer fronts are pre-drilled for alignment, so the unit can be assembled on-site with basic tools. No additional shelf is fitted, leaving the full depth of the drawers available for storage.

The overall footprint of 800 mm width and 600 mm depth fits standard kitchen layouts, while the 900 mm height matches adjacent worktops and hobs. The depth of 700 mm provides ample space for ingredients and equipment, and the optional 10% tolerance allows for minor adjustments to fit irregular wall lines or service ducts.

The construction is plain steel with a powder-coated finish, chosen for durability in a busy kitchen environment. The drawers and worktop are sealed against moisture, so spills can be wiped away without damaging the surface. Runners and fixings are corrosion-resistant, ensuring smooth operation over repeated use.

Cleaning is limited to wiping the worktop and drawer fronts with a damp cloth and mild detergent. The full-extension runners allow the drawers to be removed for thorough cleaning if needed, and the absence of internal dividers prevents dirt from accumulating in corners.

This model is supplied without an internal shelf, keeping the design simple and the storage space maximised. It is catalogued under worktop storage and preparation surfaces.