Sightseeing Elevators focus on scenarios with dual needs of "transportation + sightseeing", and accurately adapt to diverse scenarios such as high-end hotels, commercial complexes, scenic landmarks, and urban cultural tourism buildings. For high-end hotel scenarios, customized curved glass cabs are available, paired with warm ambient lighting and high-end light luxury interiors to match the luxurious style of the hotel and enhance guests' sightseeing experience. For commercial complexes, they support integrated design with the high-ceilinged atrium space, adopting large-area ultra-transparent glass to enhance spatial transparency and attract customer attention. For scenic landmark scenarios, they can adapt to complex outdoor terrains and use special glass with UV resistance and high weather resistance, ensuring visitors can clearly enjoy natural or cultural landscapes while withstanding the impact of harsh weather.
The product offers comprehensive customization dimensions: Cab materials (such as ultra-transparent tempered glass, brushed stainless steel, custom painted glass), color schemes, and interior details can be designed on demand. Additionally, optional features like intelligent dimming systems (automatically adjusting glass light transmittance according to light conditions), multimedia sightseeing commentary screens, and barrier-free handrails are provided to flexibly adapt to different architectural styles and usage needs.
It has obtained dual certifications of EU CE and Eurasian Economic Union (EAEU) Certification, strictly complying with international standards for safety, environmental protection, and sightseeing facilities. In terms of core configurations, it adopts a permanent magnet synchronous traction machine to achieve low-noise and stable operation, is equipped with multiple safety devices such as infrared light curtain anti-pinch protection, emergency leveling in case of power failure, and glass anti-impact explosion-proof treatment, and integrates an efficient frequency conversion control system.