Ankara Dental Clinic Design

X-Ray Room: Lead (Pb) Shielding and Radiation Safety

The most critical engineering decision in Ankara dental clinic design is the X-ray room. In spaces housing panoramic, periapical and 3D cone-beam computed tomography (CBCT) units, the walls, door and viewing glass must be shielded to a lead (Pb) equivalent thickness. Lead sheet, lead-lined drywall and lead-glass details are resolved at the design stage; the device position, beam direction and relationship to adjacent spaces are verified with a radiation safety report compliant with national regulations.

• Lead (Pb) equivalent shielding for walls, door and glass
• Dedicated volume for panoramic + periapical + CBCT units
• Control window and operator position aligned to beam direction
• Detailing compliant with regulatory licensing requirements
• Leakage protection toward the adjacent examination and waiting areas

Dental Unit Infrastructure: Water–Air–Vacuum and Plant Room

Every dental unit requires compressed air, clean water, waste water and a central suction (vacuum) line. Dental clinic decoration is therefore a choreography of infrastructure beneath the floor before any visible surface. Because the compressor and suction pump generate noise and vibration, they are placed in an acoustically isolated plant room separate from the units; the lines are routed to each chair along concealed, serviceable paths.

• Compressed air (compressor) and central vacuum (suction) lines
• Clean and waste water plumbing planned per chair
• Acoustically and vibration-isolated compressor & suction plant room
• Amalgam separator and waste-management integration
• Subfloor infrastructure with accessible service channels

Sterilisation Workflow: One-Way Dirty → Clean Corridor

The backbone of infection control is the sterilisation unit. In a correct layout, instrument flow moves one-way from dirty to clean: collection, decontamination, packaging, autoclave and sterile storage are sequenced so they never back-cross. This one-way flow ensures dirty and sterile items never overlap; bench height, sink position and autoclave area are arranged to follow it.

Implant and Surgery Room: Elevated Hygiene Class

The implant and oral-surgery room requires a higher hygiene class than a standard examination room. Surgical aspiration, a defined sterile field, easily cleaned ceiling-wall-floor transitions and controlled airflow are its core decisions. To integrate panoramic and 3D tomography data into surgical planning, the device–room relationship is set from the outset; the risk of cross-contamination during surgery is minimised by design.

• Surgical aspiration and a defined sterile field
• Seamless, disinfectable ceiling-wall-floor transitions
• Controlled airflow and positive/negative pressure balance
• Surgical planning integration with CBCT 3D tomography data

Disinfectable Surfaces: Antibacterial and Seamless Detailing

In dental practice interiors, every surface is selected on the axis of infection control. Antibacterial, non-porous and seamless materials, coved corners (hygienic skirting), wipeable paint and antimicrobial laminates are our standard. Minimising joints, grout lines and inaccessible corners prevents bacterial build-up and simplifies daily disinfection.

Orthodontics and Pedodontics: Open Plan vs. Enclosed Room

Orthodontic clinic design often seeks efficiency through an open-plan chair arrangement, making it easy to monitor several patients at once. In contrast, implant, surgery and privacy-sensitive procedures call for enclosed rooms. Pedodontics (children's dentistry) is set apart by fear-reducing colour, a play corner and soft acoustics. Kaya + Partners builds this open–enclosed balance around the patient workflow in its dental clinic projects.

• Open plan, multi-chair efficient layout for orthodontics
• Private enclosed room for implant/surgery
• Fear-reducing colour and a play corner for pedodontics
• Acoustic masking — isolating unit and suction noise