Ready

The Ready system by Emuca offers a quick and efficient solution for sliding doors, with smooth sliding and high-quality materials
Sliding doors

The Emuca Ready Unit is designed to provide a fast and efficient solution for sliding doors in wardrobes and dressing rooms. This system ensures a smooth and stable glide, ideal for home and office applications that seek to maximise space and maintain a modern design. Manufactured from high quality materials such as aluminium and steel, the Ready guarantees durability and strength. It includes all the necessary components for a quick and easy installation, such as profiles, runners and wheels, allowing a customised configuration to suit different styles and needs.

What does the Ready system include?

The Ready system includes all the components necessary for the installation of sliding doors, such as profiles, runners and wheels. This ensures a complete installation without the need to purchase additional parts.

What are the advantages of the Ready system?

The Ready system provides a smooth and stable glides, ideal for maximising space and maintaining a clean, contemporary design. Its design facilitates quick and easy installation, allowing for a flexible and customised configuration according to the needs of the space.

What materials are used in the Ready system?

The Ready system is made from high quality materials such as aluminium and Steel, ensuring durability and strength. These materials ensure reliable performance and a long service life, even in heavy-duty applications.

Are the Ready system components easy to install?

Yes, the Ready system components are designed for quick and easy installation. They include clear instructions and all the elements necessary for assembly, facilitating precise adjustment and efficient operation of the sliding doors.

What load capacities does the Ready system support?

The Ready system is designed to support loads of up to 50 kg per door, making it suitable for a variety of applications, from lightweight doors to those requiring higher load capacities.