Skip to content

Creating a suspended staircase

One of our clients contacted us to design a cantilevered staircase for their home. We managed the entire project, from computer-aided modelling (including the production of detailed drawings) through to installation, involving highly technical fabrication to meet the client’s requirements and suit the layout of the premises.

The suspended staircase was designed using computer software to create a 3D visualisation and rendering of the project. In order to free up space and give the whole design an aesthetically pleasing appearance, we designed a quarter-turn suspended staircase with a landing that rests against one of the walls and supports all the steps.

The steps are suspended by a system of rods, thereby ensuring high structural strength for the entire staircase and its individual steps. This design gives the suspended staircase a very pleasing, airy feel and blends in perfectly with the room.

The finish was achieved using a white powder-coated finish to give the whole structure an even lighter appearance. The steps, meanwhile, are clad in rubberwood panels and feature a recessed joint at the bottom where they meet the metal step supports.

We would like to thank our client for placing their trust in us and enabling us to complete and sign off on one of our finest projects.

Produced in July 2022

Our latest projects

Creating an interior glass roof

CT Métal Concept presents this made-to-measure interior glass roof, designed to delimit the...

Creation of a carport

CT Métal Concept is proud to present this custom-built carport that combines sleek lines...

Creating a staircase banister

CT Métal Concept presents this elegant made-to-measure banister, created in Saint-Rémy-de-Provence....

Building a pergola

CT Métal Concept designed and installed a made-to-measure pergola in Saint-Rémy-de-Provence. Designed...

Creating lettering

CT Métal Concept produced and installed bespoke lettering for the Hôtel le...

Making a sign

CT Métal Concept designed and installed the new wrought iron front for La...

Building a pergola

CT Métal Concept designed and installed a made-to-measure pergola, combining robustness and...

Making bay windows

CT Métal Concept recently completed an installation of bay windows, combining aesthetics and...

Creating a staircase banister

CT Métal Concept presents this elegant staircase banister, made-to-measure to fit perfectly...

Creation of a gate

We designed and installed this made-to-measure gate, combining safety, aesthetics and durability. This...

Creation of an interior glass walkway

Project features: Transparency and design: The glazed walkway creates a feeling of...

Creating a suspended pergola

We make it a point of honour to design unique structures that are tailored to your needs...

One of our clients contacted us to design a cantilevered staircase for their home. We managed the entire project, from computer-aided modelling (including the production of detailed drawings) through to installation, involving highly technical fabrication to meet the client’s requirements and suit the layout of the premises.

The suspended staircase was designed using computer software to create a 3D visualisation and rendering of the project. To free up space and give the whole design an aesthetically pleasing look, we designed a quarter-turn suspended staircase with a landing that rests against one of the walls and supports all the steps.

The steps are suspended by a system of rods, ensuring high structural strength for the entire staircase and its individual steps. This design gives the suspended staircase a very pleasing, airy feel and blends perfectly into the room.

The finish was achieved using a white powder-coated finish to give the whole structure an even lighter appearance. The steps, meanwhile, are clad in rubberwood panels and feature a recessed joint at the bottom where they meet the metal step supports.

We would like to thank our client for placing their trust in us and enabling us to complete and sign off on one of our finest projects.

Produced in July 2022