The dental office project is completed with the design of the electrical system<\/strong>: the project and technical report of the system are made available for download at the end of the article.<\/p>\n Dental practice hallway | Render created with Edificius<\/p><\/div>\n Download the free trial version of Edificius, the architectural BIM design software<\/a><\/p>\n Once the conditions of the available space have been verified, with respect to your local building regulations and your client\u2019s needs, it is necessary to start planning the office layout to create the best work flows for the staff while guaranteeing quality service to patients.<\/p>\n To achieve this, interior designers should consider the following functions when designing dental spaces:<\/p>\n Firstly, it is necessary to take into account the different flows that coexist in healthcare spaces and which involve:<\/p>\n Not calibrating and differentiating these routes correctly implies interference, waste of time and lack of privacy. A more common solution is the use of doors that directly connect two or more adjacent rooms, allowing the staff to move from one room to another without passing through the corridor. Waiting room | Render created with Edificius<\/p><\/div>\n If there is sufficient space available, it is very useful to plan a room for coffee break or lunch, for both doctors and the staff. Plan of public and staff routes created with a BIM software<\/p><\/div>\n \u00a0Technical choices <\/strong>should envisage:<\/p>\n Medical office | Render created with Edificius<\/p><\/div>\n The designer has the task of analysing various technical and regulatory aspects, such as:<\/p>\n Dental office design | cross-section created with Edificius<\/p><\/div>\n After consulting the reference standards, the designer must:<\/p>\n It is necessary to ensure adequate illumination levels<\/strong> in the operational areas, with values reaching 20,000 lux<\/strong> on the visual field, obtained through high-efficiency LED fixtures with a color rendering index greater than CRI 90<\/strong> and a color temperature between 4000K and 6000K<\/strong>, thus ensuring color fidelity and diagnostic precision.<\/p>\n The lighting must be uniform, free of shadows and glare<\/strong>, achieved through controlled emission optics and diffusion systems, while the integration of natural light should be managed with shading and sensors<\/strong> to avoid sudden variations in intensity.<\/p>\n From an energy perspective<\/strong>, adopting full-spectrum LED solutions, combined with dynamic regulation systems (dimmers, presence sensors, and daylight harvesting), allows for significant reductions in consumption and extends the lifespan of the systems, while ensuring optimal conditions for the various types of treatment.<\/p>\n A correct lighting design, compliant with safety regulations and visual comfort, thus allows for a combination of high perceptual quality, reduced visual fatigue, and energy sustainability, transforming lighting into a true element of value for the overall efficiency of the dental office.<\/p>\n The water system<\/strong> in a dental office is not limited to the simple distribution of drinking water but must meet very specific hygiene and health requirements. In addition to lines for sinks and service areas, dedicated networks are necessary for the supply of dental units and sterilization autoclaves. A reverse osmosis or demineralization system is often provided to ensure impurity-free water, reducing the risks of bacterial contamination and extending the lifespan of the equipment. The pipes must be made of materials suitable to prevent stagnation and microbial colonization, with slopes and non-return valves designed to ensure hygiene and continuity of flow.<\/p>\n Compressed air<\/strong> is an essential resource for the operation of high-precision dental instruments, such as turbines and pneumatic micromotors. The compressors used must be oil-free and equipped with multi-level drying and filtration systems, capable of providing clean, dry air at a constant pressure. The system should be sized according to the number of operational stations, ensuring redundancy and quietness so as not to compromise the acoustic comfort of the office. Periodic checks of filters and tanks are essential to maintain air quality and equipment safety.<\/p>\n The centralized suction system<\/strong> is essential for managing aerosols, biological liquids, and debris produced during dental treatments. It must be designed with adequate capacity for the number of dental units and equipped with amalgam separators in compliance with environmental regulations, to prevent the dispersion of heavy metals into wastewater. The extracted air must be filtered and directed outside to maintain high hygiene standards and reduce the risk of contamination. Particular attention must be paid to noise reduction and ease of maintenance, to ensure operational continuity without discomfort for patients and operators.<\/p>\n The data network (LAN)<\/strong> constitutes the digital infrastructure of the dental office, supporting management software, electronic storage of medical records, digital radiographic imaging, and CAD\/CAM systems for prosthetics. It must be implemented with structured cabling of high category (Cat. 6 or higher) or fiber optics, to ensure speed, stability, and security of connections. A well-sized and scalable network also allows for the integration of control cameras and IoT solutions for intelligent management of systems.<\/p>\n Here is a practical example of a dental office design that you could use as a reference for your project and that could support you from a technical perspective.<\/p>\n Let\u2019s suppose we have an area of about 150 square meters on one level, suitable for accommodating a dental practice that is compliant with urban planning and hygiene regulations.<\/p>\n Reception | Render created with Edificius<\/p><\/div>\n At the entrance there is the reception. The accuracy of the finishing elements characterizes this environment, since they will impact the customer\u2019s first approach. Symmetrically to the entrance, there is an imposing limestone desk and, behind it, a small green patio that filters a zenithal light. The bush-hammered limestone coating, characterized by a polymeric coating with a raised surface and dark shades, highlights and contrasts the entire central block with respect to the surrounding space.<\/p>\n Treatment room| Render created with Edificius<\/p><\/div>\n On the right side of the entrance, there is a waiting room, that has been designed to provide maximum comforts to patients through large bright windows overlooking the surrounding landscape and comfortable leather seats. From the waiting room you can also access toilets for users, that are divided by gender, one of which is set up to be used by people with disabilities.<\/p>\n The reception area\u2019s side corridor leads to the dental treatment rooms, the X-ray room and the medical personnel office. These are the only environments that can be accessed by patients. Private office| Render created with Edificius<\/p><\/div>\n Another design expedient that benefits the premise viability is the use of the double access door. The lunch break room, the private office and the TR rooms, in this way, can be reached by doctors without crossing the corridor used by patients.<\/p>\n The materials used for the project are just a few but have outstanding features: limestone, steel, plastic coating, bleached wood for floors and resins for medical environments. This latter material is also practical for cleaning and disinfection. The perspective view within internal volumetric blocks is emphasized by LED strips that light up corridor walls.<\/p>\n Download the 3D BIM model (.edf file)<\/a><\/p>\n Download the IFC model<\/a><\/p>\n![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/Dental-office-design-hallway.jpg\" "\\"hallway")
Dental office design: the functional organization<\/h2>\n
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\nOn the other hand, to better manage flows, some design solutions provide, for example, a double corridor, one for patients and one for the staff on two opposite sides.<\/p>\n
\nHowever, this solution also has some disadvantages.
\nAn additional door would without any doubt reduce the space intended for furnishings or equipment and reduce privacy, being the passage a source of acoustic transmission between rooms.
\nPreventing intersecting flows allows doctors to enter and exit from one room to another without necessarily being seen by unexpected patients or suppliers at inappropriate times.<\/p>\n![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/Dental-office-design-waiting-room.jpg\" "\\"waiting")
\nWhenever possible, in all compositional \/ distribution choices<\/strong> for a dental office design, it is always advisable to:<\/p>\n\n
![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/customer-and-staff-routes.jpg\" "\\"dental")
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![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/Dental-office-design-consultation.jpg\" "\\"Dental")
Reference standards<\/h2>\n
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![\"How](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/Dental-office-design-cross-section.jpg\" "\\"Dental")
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Lighting: visual comfort and energy efficiency<\/h2>\n
Other essential systems: water, compressed air, suction, data network<\/h2>\n
Water system<\/h4>\n
Compressed air system<\/h4>\n
Suction system<\/h4>\n
Data network<\/h4>\n
A practical case study<\/h2>\n
![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/How-to-design-a-dental-office-reception.jpg\" "\\"render")
![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/How-to-design-a-dental-office-TR-room.jpg\" "\\"dental")
\nParallel to the horizontal routes accessible for the public, the floor plan extends to staff only areas. From the entrance, in fact, you can directly access the office, the break room and the hallway that leads to staff services (bathroom and changing room), the plant room and the sterilization room. In this way, the flows of customers and staff within the practice are kept separated.<\/p>\n![\"Dental](\"https:\/\/biblus.accasoftware.com\/en\/wp-content\/uploads\/sites\/2\/2020\/01\/Dental-practice-design-private-office.jpg\" "\\"Dental")
Dental office design: download section
\n<\/strong><\/h2>\nVideo\u00a0dental office design<\/h2>\n