Internal sliding pocket doors, flush fitting (no architraves or jambs) for residential applications, also suitable for industries such as hospitality, healthcare, commercial offices, and high-end retail where space efficiency and minimalist aesthetics are essential.

Minimalist. Space-Saving. Wiring-Ready.

Designed for architects and specifiers seeking seamless integration and modern aesthetics, the Syntesis® Flush Wiring-Ready Pocket Door System from Eclisse UK combines minimalist design with advanced functionality. This innovative system allows for electrical components—such as sockets, switches, thermostats, and lighting—to be installed directly on the wall concealing the pocket, without compromising structural integrity or design intent.

Key Features & Benefits:

• Wiring-Ready Innovation: Integrated wiring channel enables installation of electrical fittings on the pocket wall—ideal for smart home layouts and flexible lighting schemes.
• Minimalist, Architrave-Free Finish: Patented edge profile allows plaster to finish flush to the edge and into the return, delivering a clean, contemporary look.
• Engineered for Strength: Reinforced aluminium profiles and joints reduce flex and virtually eliminate plaster cracking—making it the strongest system of its kind.
• Space-Saving Design: Perfect for compact or open-plan environments, offering greater layout freedom and design flexibility.
• Durability Assured: Maintenance-free track and runners tested to 100,000 cycles—equivalent to 25 years of average use.
• Precision Adjustability: Fully adjustable front and rear doorstops; rear stop can be fine-tuned without removing the door.
• Long-Term Confidence: Backed by a 15-year guarantee on the complete steel pocket system, track, and runners.

Note: When using flush pull handles, Eclisse recommends adjusting the stop so the door remains slightly protruded to avoid finger entrapment. Full retraction into the pocket is possible but at the user’s own risk.

Available Variants:

• Standard (non-wiring) version
• Double door configuration (specify separately)