Much of today’s medical breakthroughs come with the help of the radiology department. Doctors rely on innovative imagery to gain non-invasive access to human anatomy, confirm their diagnosis, and support their treatment plans. To meet imaging needs, however, most hospitals are compelled to invest heavily in their radiology departments, prompting them to purchase MRI systems, fluoroscopy rooms, ultrasound, x-rays, and of course, the highly coveted CT scanners.
Unfortunately, maintaining radiology rooms can be nothing but short of a paradox. Imaging rooms are expected to be built with practicality in mind, a foolproof design specially developed to house thousands of pounds of machines. More than this, however, such rooms need to be at the perfect location and temperature, all to accommodate the sensitive needs of imaging technology.
One of the most important machines are CT scanners, and for good reason—they’re expensive but highly dependable. Naturally, users will want to maximize uptime for their machines, and the key here is to achieve optimal climate settings and environmental setups.
To make the most of your imaging departments, here are some of your most pressing questions, answered. Let’s begin:
What are the room requirements needed to ensure maximum results?
Unfortunately, imaging operations can be extremely complicated. As previously mentioned, rooms need to be large enough to accommodate multiple patients, especially those in critical conditions. For this, you’ll need ample room for beds and stretchers, as well as special gases and anesthesia for extra comfort.
You’ll also need space for ventilators and pumps, along with care professionals needed to keep them stable. In other words, good radiology rooms need enough space for maneuvering, extra equipment, and of course, your actual machines.
What is the right room temperature?
- Temperature: CT scanners can be quite sensitive, so you’ll need proper temperature levels to ensure maximum performance. You’ll want to operate in a room that should never exceed 75° F or below 64° F—bear in mind that scanners generate heat during use, so your rooms should be kept at cooler temperatures throughout the day. Failure to keep the right temperature will cause your machine to overheat, ultimately damaging its parts.
- Humidity: CT scanners also rely heavily on the room’s humidity, as you’ll want to control and monitor humidity levels at all times. This essentially pertains to how much moisture is currently circulating in the air, and too much of it can result in moisture damage. Keep your CT scanner room between 30% to 70% in humidity, as this will keep all electronic components safe from any condensation.
Radiology rooms need to accommodate your machines, so making sure that they’re operating in the proper environment is necessary. However, you must also take into account the following factors:
- Your customers: How can you ensure that your radiology department can accommodate a variety of patients?
- Your staff: How do you ensure that your staff is properly trained when it comes to climate and temperature controls?
- Other equipment: Is there enough room for interventional procedures?
Investing in a Proper CT Scanning Room
Ensuring that your imaging department is equipped with the proper environment may seem like a lot of work, but this is how your hospital will succeed. Make sure to invest in devices that help you control temperatures and humidity, as well as in staff training for proper manning of equipment. A good radiology department will become the heart of healthcare operations, so plan carefully!
If you need more information on CT parts and other imaging concerns, allow DirectMed Parts to help. We are the most trusted source for all things medical imaging in the USA, and our products and services are some of the best on the market. We exist to ensure that your hospitals meet patient satisfaction and safety at all times. Reach out to us today to learn more or browse through our expensive catalogs—we’re here to serve.