Transforming an otherwise bland healthcare space into an area that showcases your professionalism can be an essential task to undertake when procuring both new and loyal clients. Doing this through office fitouts Brisbane wide can aid in setting a professional presence and increase your reputation and success in the medical industry.
Designing a refurbished healthcare space not only involves stylish designs and colour schemes, but also includes following the country’s practice layouts and guidelines that are required within this industry.
Why Fitout is Important for your Healthcare Space
A fitout balances a range of aspects into refurbishing your healthcare space. Although the basic reason for a space renewal can be to simply create an attractive environment, there are a number of deeper reasons why it is essential to your company’s success. Incorporating a naturally comfortable and functional environment is key. Using floor space efficiently can help maximise a sufficient space for both staff and patients. Directing the natural flow of traffic by incorporating easy-to-navigate areas and paths that build trust. Improving the atmosphere can distinguish your healthcare centre from others, and due to Australia’s large quantity of healthcare facilities, making your space stand out can aid you greatly. As just the design of your business’ office can relax your patients and build trust by simply being within the space.
The Guidelines of Infection Control
Due to dental facilities falling under the medical industry, any change to a facility’s layout must follow certain standards and guidelines given by the Australian government. These guidelines are implemented to prevent a low infection rate within the overall medical industry of Australia, by controlling infection through the practice’s design. This is to prevent the transmission of disease-producing agents, such as viruses, bacteria, and fungi to both patients and dental staff.
Contaminated Zone Boundaries
Producing contaminated zone boundaries within a healthcare space should be clearly defined when creating a renewed layout. Creating an organised environment that has assigned locations for equipment placement, contaminated regions, patient zones, and restriction sections can help reduce the spread of droplets, splashes, and splatters that may cause bacteria to spread. This can also aid staff to work within the reprocessing area and workflow determined by the government to minimise infection spread.
Constantly cleaning both the equipment and space is one of the biggest guidelines enforced within the industry. Essential Cleaning Equipment required includes floor coverings in the dental operatory, single-use items with organised disposable regions, as well as an easy-to-clean design. This design layout can alter between the waiting room and clinical section, such as carpet only allowed in the reception section of the space. Other required equipment such as dental tools must fall within the government requirements, with only officially approved equipment allowed within a working medical facility.
Waterlines and Water Quality
Organisms that grow within waterlines can flourish in a dental unit due to the frequently used handpieces and triplex syringes. Due to this high risk, all dental practices must follow the Australian guideline for water use. Including layouts such as waterlines being fitted with anti-retraction values, sterile water must be used, as well as the levels of microorganisms in dental unit waterlines must be frequently assessed using commercial test kits.
Hopefully, this will give you an idea of what to look out for when selecting the right layouts, for your healthcare space, with an awareness of certain guidelines and standards required in Australia to aid in infection control. Such as contaminated zone boundaries, waterlines, and equipment that are essential for a fitout within Australia, to have in place before any work begins.
If you would like to talk to a member of our expert team about your project, please phone 1800 88 44 44 or send an enquiry via our website.