Joinery and fitted elements
Joinery that resolves the design, not just delivers it.
Joinery is where a hotel design becomes physical. It absorbs the tolerances of the building, hides the services and carries the detail the designer cares about.
We take design intent, engineer it into a buildable set of shop drawings, manufacture it and install it against surveyed site conditions.

Scope
What this covers.
Fitted elements
- Wall panelling, feature walls and screens
- Reception, concierge and bar fronts
- Guest room wardrobes and casework
- Bathroom vanities and fitted mirrors
- Fire rated and acoustic doorsets
- Back of house joinery where included
Engineering
- Shop drawings from design intent
- Site survey and dimensional reconciliation
- Fire, acoustic and moisture performance
- Access provision for services behind joinery
- Movement, tolerance and fixing strategy
Control
How the scope is held together.
Drawn before it is made
Every element is drawn, reviewed and approved as a shop drawing. This is where clashes with services and structure are found, at a stage when they cost nothing.
Surveyed before it is cut
Site dimensions are taken and reconciled against the drawings, so joinery arrives to fit rather than to be adjusted on site.
Finished under one roof
Veneer, lacquer and hand finishing are carried out in our own workshops, which keeps colour and sheen consistent across an entire floor.
Before we price
What we need from you.
Send whatever exists today. We will tell you what is missing rather than build a number on assumptions.
- Design intent drawings and finish schedule
- Fire and acoustic requirements
- Site programme and access dates
- Interfaces with services and other trades
- Sample and prototype expectations
Evidence
Projects behind this scope.
Questions
What hotel clients ask us.
Related
Where to go next.
Discuss a hotel project
Tell us what is being built or refurbished.
Tell us where the project is and which parts of the interior scope require support. We will review the information and recommend the most appropriate delivery structure.


