Sliding doors have long symbolized openness, light, and luxury—but they often come with compromises: bulky frames, heavy operation, and limited design freedom. In 2025, Reynaers Aluminium answers these challenges with the HiFinity Magnetic Slider, a revolutionary advancement in door technology.

At first glance, the system stuns with its visual minimalism—razor-thin sightlines, large glass surfaces, and concealed components. But the true innovation lies within: a frictionless magnetic rail system that allows panels weighing up to 600 kg to glide smoothly and silently, with just a light push.

The concept defies expectations. Traditional large-format sliders require heavy-duty mechanisms and often sacrifice elegance for performance. The HiFinity Magnetic Slider flips the equation: it uses magnetic levitation technology to reduce wear, eliminate friction, and extend product life—all while preserving ultra-slim aesthetics.

Reynaers designed this system for both residential and commercial high-end applications, where luxury, usability, and technical sophistication must coexist. The magnetic slider can be integrated with automated controls, hidden drainage, and flush thresholds, creating seamless transitions between interior and exterior spaces.

Thermal performance is equally impressive. The system supports triple-glazing and achieves U-values as low as 1.0 W/m²K, making it suitable even for passive building envelopes. Its concealed frame and thermal break design help reduce heat transfer without compromising visual transparency.

Beyond hardware, the HiFinity Slider is fully compatible with Reynaers’ ReynaFlow digital fabrication tools and DigiTrace product traceability platform—helping fabricators and architects maintain control from design through installation.

This isn’t just a sliding door; it’s an architectural statement—one that balances minimalism, innovation, and sustainability. The HiFinity Magnetic Slider proves that when engineering meets elegance, movement becomes more than motion. It becomes experience.