We've designed our exam room counter doors to provide durable, flexible solutions for medical and behavioral health treatment applications. The steel curtain ensures maximum strength and includes impact-resistant guides and end locks that deliver additional curtain security. The fascia side motor rests above the ceiling, with the coil placed atop the cabinet. Our range of hospital doors includes secure options like exam room counter doors designed specifically for the healthcare environment.
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Closing the shutter will cover cabinets and sinks while preventing access to oxygen tanks and other potentially hazardous medical equipment. Masked fasteners and a flat bottom bar remove potential ligature points.
Our new doors can offer several benefits for your facility, such as:
Patient safety is the top priority in any treatment area, and the design of our rolling exam room counter doors helps you maintain a more secure environment. Closing the shutter covers the equipment, so you can create a flat surface facing the patient. Our doors also meet ASHRAE/FGI recommendations regarding impact, tamper, and ligature resistance.
Our exam room counter doors for health care can adapt to your facility's unique needs. The ability to activate the shutter when treating behavioral health patients and store it above the ceiling when seeing medical patients enables you to conserve valuable space. Experience the convenience of having one exam room serve multiple purposes.
Remodeling to add more exam rooms isn't a practical solution for many health care organizations. The multipurpose functionality provided by our counter doors allows you to optimize your available treatment spaces and avoid the additional expense of a new construction project.
These doors come with several options to complement your facility's specific environment. Consider choosing from stainless steel or galvanized steel with a powder-coated finish to meet your needs.
Rethinking hospitals – with a well thought-through patient room design, you can increase the satisfaction of patients and hospital operators. Because how these rooms are designed has major impact on patient recovery and the work done by staff. This article provides valuable tips on planning and implementation.
For patient rooms in hospitals, architects and planners must take into account the requirements of nursing care and the needs of users. This is not always an easy task because usually only small areas are available. Additional ordinances influence the floor plan design because they prescribe minimum distances, among other things. You can find out here where you as a planner or architect can make use of your design leeway.
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In the case of new buildings or structural changes in patient rooms, the operators must ensure, together with planners and architects, that the design complies with the latest standards of technology, occupational medicine and hygiene, and that ergonomic requirements are met. These specifications are set out in ASR V3 and include aspects such as barrier-free access, areas of movement and lighting.
The model hospital building regulations define the minimum sizes for patient rooms in hospitals in order to meet the requirements of nursing care and patients. A single room must be at least 10 square metres in size, while a multi-bed room must have a floor area of 8 square metres per bed. These specifications relate only to the patient area and ensure sufficient floor space to provide freedom of movement and facilitate nursing care. Areas such as wet rooms or cupboards are not included in these dimensions.
The first step in designing a hospital room is to create a pleasant atmosphere that contributes to the patient’s recovery. Lighting plays a central role here. The Human Centric Lighting (HCL) concept imitates natural daylight to support patients’ circadian rhythms. In the morning, lighting with higher blue components should be used to promote alertness, while indirect lighting with at least 100 lux is recommended in the evening. This creates a relaxing atmosphere and also makes the room seem larger. Warm white light enhances the feeling of a cosy environment and is perceived as pleasant by most patients.
Acoustics also play an important role in patients’ feeling of well-being. Noises from medical equipment or from outside can have a negative impact on the recovery process. Sound-absorbing materials such as acoustically effective ceilings and wall panelling should therefore be included in the planning. Special windows that reduce external noise also contribute to the peaceful atmosphere in the room.
A pleasant room climate promotes recovery. This includes good ventilation and air conditioning, which ensures a constant supply of fresh air and minimises temperature fluctuations. Adjustable heating and individually adjustable sun protection elements prevent overheating and create a pleasant climate – even on warm days.
In addition to the lighting, the technical equipment also plays a decisive role in the functionality of a hospital room. Supply rails above the beds must provide sufficient sockets for medical equipment such as height-adjustable beds or infusion pumps. Other important elements are patient call-light components and connections for medical gases. In order to be able to use the room flexibly, hospital bedside tables and dining tables should not be permanently installed. Mobile aids such as lifts or sit-to-stand aids also require sufficient space, which is ensured by easily movable furniture and easy-to-access cupboards. People with higher weights have special requirements. Here you will find an overview of aids for severely overweight people. (obesity)
Hygiene is a key aspect in the planning of hospital rooms. Surfaces and materials that are frequently touched, such as door handles, support rails and furniture, should be made of antibacterial materials to minimise the transmission of germs. Easy-to-clean floors and walls also help to protect against infection and make it easier for cleaning staff to maintain high hygiene standards.
Slip-resistant floor coverings are required in the bathrooms of hospital rooms and must correspond with slip resistance class R 9. For wet areas, floor coverings of rating group R 10 are required to ensure safety even when the floor is wet or comes into contact with cleaning agents. In addition, the floors must be hard-wearing enough to withstand the high loads caused by wheelchairs, lifts and transport trolleys.
The doors in patient rooms in hospitals must have a clear width of at least 1.25 metres and a height of 2.10 metres so that nursing staff can easily push patient beds through. Thresholds should be avoided to enable smooth transition from corridor to room. Different door opening directions for room and wet room doors help to avoid collisions and facilitate access.
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