Hospital cabins are independent or semi-independent units within healthcare environments, designed to enhance privacy, reduce contamination risks, and improve the overall patient experience. These cabins typically feature sound-insulated walls and adjustable lighting to allow patients to rest comfortably while minimizing environmental stress. One of the key advantages of hospital cabins is their role in lowering the risk of hospital-acquired infections; by separating spaces, the spread of germs between patients is significantly reduced. Additionally, these cabins can be customized based on the specific needs of various departments—such as intensive care, isolation units, or VIP wards. The implementation of hospital cabins leads to more efficient use of hospital space, better control over the movement of nurses and visitors, and ultimately, higher levels of safety and patient satisfaction.

In the construction of hospital elevator cabins, the use of durable and hygienic materials is of critical importance. For the walls and ceiling of the cabin, stainless steel sheets with matte or hairline finishes are used. These finishes not only provide an elegant appearance but also offer antibacterial properties that prevent microbial growth and allow for easy cleaning. For the cabin floor, materials such as granite, ceramic, or stainless steel sheets with anti-scratch coatings are used to ensure high durability and safety. The cabin design also adheres to strict safety standards, including fire resistance, the use of fire-rated doors, and the integration of emergency lighting systems. These features ensure that hospital elevator cabins are not only functionally efficient but also provide a safe and hygienic environment for patients and medical staff.

Hospital elevator cabins are specifically designed to safely and efficiently transport patients, medical equipment, and staff within healthcare facilities. These cabins feature large dimensions and high load capacities, making them suitable for carrying hospital beds, stretchers, and bulky medical devices. For instance, the standard dimensions of a stretcher elevator cabin are 1400×2400 mm, with a door size of 1100×2100 mm. The cabin structure is typically made from stainless steel with an antibacterial coating, ensuring easy disinfection and high hygiene standards. Advanced safety features such as emergency brakes, alarm systems, and emergency call buttons are integrated to guarantee the safety of patients and staff. Additionally, air conditioning and air purification systems are installed inside the cabin to maintain air quality and prevent the spread of airborne pathogens. Smooth and silent movement is a crucial design element to maintain a calm environment for patients. To achieve this, variable voltage and frequency (VVVF) control systems are used to regulate speed and reduce sudden jolts. The operational speed of these elevators is generally kept below 1 meter per second to ensure gentle and stable movement. Overall, hospital elevator cabins—through their specialized design and advanced systems—play a vital role in enhancing the quality of healthcare services and facilitating the safe and comfortable transport of patients.