Ușă de interior laminată Vito made to order

The Vito laminated interior door from LEBO — simple, elegant design with durable CPL/HPL finish, perfect for any modern space.

The Vito door is part of LEBO's interior range, delivering a versatile and practical solution for residential and commercial spaces. Built with a solid wood structure and finished with a modern CPL/HPL surface treatment, Vito combines understated elegance with proven durability. This collection appeals to those who value clean design simplicity and reliability in a straightforward package.

Materials chosen for Vito reflect a careful balance between quality and everyday functionality. The 40 mm thick door leaf, crafted from solid wood with CPL or HPL finish, ensures excellent dimensional stability and impressive resistance to daily wear. The CPL (Continuous Pressure Laminate) or HPL (High Pressure Laminate) surface treatment protects the wood from scratches, moisture, and fading, preserving the door's appearance for years to come.

Vito's performance rests on robust construction and the natural insulating properties of solid wood. With its substantial thickness, Vito provides adequate thermal and acoustic insulation for residential spaces with moderate traffic. The door is manufactured in Germany, guaranteeing compliance with strict European standards for safety and long-term performance.

Vito's design is defined by clean lines and the flexibility to adapt to diverse decorative contexts. Available in several CPL/HPL finish options, the door can be customized to integrate seamlessly into any interior style, from minimalist to classical. Sizing is handled as custom order, allowing precise fit to existing openings.

Vito is recommended for bedrooms, kitchens, home offices, and other interior spaces with moderate insulation needs. It pairs beautifully with solid wood flooring, laminate parquet, and other modern materials, creating a cohesive and tasteful composition within a contemporary interior. For correct sizing and finish selection, we invite you to visit the Kulttur showroom in Bucharest.

The Vito door features a solid wood frame with CPL/HPL laminate finish, providing durability against daily wear and tear. This laminate coating resists scratches, moisture damage, and fading, ensuring the door maintains its appearance and structural integrity over many years of use.

The Vito door achieves 28 dB acoustic insulation, making it suitable for reducing normal household noise between rooms. This performance is supported by the 40 mm door thickness and the density of the laminate, creating an effective sound barrier that handles typical residential noise without additional acoustic solutions.

The Vito door comes in standard dimensions, but for specific width and height customization needs, we recommend contacting the showroom team who can provide solutions tailored to your masonry. The CPL/HPL finish is available in multiple color and texture variants to seamlessly integrate into any interior design.

The Vito door installs into standard frames, making it a straightforward replacement solution for existing interior doors. The 40 mm door thickness and laminated construction ensure compatibility with standard hinge systems and door frames. We recommend professional installation services available through the showroom for proper and secure fitting.

The Vito door with CPL/HPL finish requires only regular cleaning with a soft cloth lightly moistened with water and a mild neutral cleaner. Avoid abrasive materials, harsh chemical solvents, and excess moisture, which can compromise the laminate integrity. The durable finish ensures the door remains in pristine condition with minimal maintenance over the years.

The Vito door with CPL/HPL finish is moisture-resistant and works well in standard interior spaces with normal humidity levels. For bathrooms and kitchens with persistently high moisture, we recommend consulting the showroom team to evaluate whether additional protective treatments or moisture-resistant alternatives would be more suitable for extreme wet environments.