Fitted Wardrobes London & Essex
DISAY creates fitted wardrobes that use the available space properly, from wall-to-wall and floor-to-ceiling storage to dressing areas and complete bedroom furniture.
Designed • Made • InstalledFrom first survey to final fit.
Layouts are planned around your clothes, room proportions and preferred finish, with internal storage built around the way you actually use the wardrobe.



Furniture specified for your project.
Every detail is agreed around the room, the required storage and the finish you want.
Floor-to-ceiling and wall-to-wall fitted wardrobes
Hinged or sliding door arrangements
Shelves, drawers, hanging rails and accessories
Dressing tables, bedside units and matching furniture
Integrated lighting options
Made-to-measure fitting around alcoves and awkward spaces
A clear route from idea to installation.
Survey
We measure the room, ceiling heights, alcoves and any obstacles.
Plan
The exterior design and internal storage are planned around your needs.
Build
Furniture is made to the agreed dimensions and finish.
Fit
The wardrobe is installed and adjusted for a clean built-in result.
London & Essex.
We work across Greater London and Essex, with enquiries from East London, Brentwood, Basildon, Chelmsford, Romford, Ilford, Epping, Loughton, Chigwell and surrounding areas.
Before you request a quote.
Can wardrobes be built to the ceiling?
Yes. Floor-to-ceiling designs are a common way to maximise storage and create a fully fitted appearance.
Can you build around sloping ceilings or alcoves?
Yes. Made-to-measure furniture is particularly useful for uneven walls, alcoves and awkward room shapes.
Can I choose the internal layout?
Yes. Hanging space, shelving, drawers and other storage can be arranged to suit how you use the wardrobe.
Do you make other bedroom furniture to match?
Yes. Matching bedside units, dressing tables, headboards and storage can be included in the same project.
Tell us what you want to create.
Send photos, plans or approximate dimensions and we’ll discuss the next step.


