A DESIGNER’S DREAM: COLLABORATING WITH FRENCH ARTISANS
Our FF&E procurement in France offers a unique opportunity to work with France’s finest regional artisans. Through Studio Ziricote, clients gain access to highly skilled furniture makers and specialty craftsmen from diverse regional hubs. This allows us to source specific skills, from the cabinetmaking mastery in the Nantes région to the textile expertise of Lyon, ensuring each bespoke piece reflects the unique, timeless quality of French craftsmanship found across the country, ensuring every project is exceptional.
WHERE WE WORK
FF&E procurement in France covers the country’s most sought-after locations, including Paris, the French Alps, and the renowned cities of the French Riviera, such as Saint-Tropez and Cannes.
OUR NATIONWIDE NETWORK
FF&E procurement in France grants clients access to our exclusive, nationwide network of master furniture makers, craftsmen, and specialty artists. Importantly, this strategy allows us to source the unique expertise found across the country, focusing on established hubs for custom furniture like Lyon and Nantes, alongside our Parisian core. Therefore, each partner is carefully selected for their mastery and proven ability to produce bespoke pieces that reflect France’s regional elegance and quality. Our core role is to professionally coordinate these diverse regional partners, guaranteeing seamless quality control and the meticulous consolidation of unique pieces from various production centers for your project.
TYPE OF PROPERTIES
Executing FF&E projects across the entirety of France requires specialized expertise in managing both vast distances and diverse site constraints. Unlike city-specific procurement, our process integrates planning for challenging access requirements typical of Alpine chalets, remote bastides, and historic châteaux. We oversee the coordination, quality control, and transport of bespoke furnishings from regional hubs, ensuring seamless installation at the final residence, regardless of its location or architectural complexity.

