Top 5 Fluoroscopy Applications of a Ziehm C-Arm

The Ziehm c-arm is one of the more popular brands used in hospitals, clinics, and medical facilities for a variety of applications. Its usefulness is such that Ziehm is one of the more popular names in refurbished c arms that can be purchased for a reduced price. Here are the top five applications of the Ziehm model for most medical facilities. 

Real Time Imaging

One of the main applications for this model is its use in real-time imaging that provides an instant picture of what is happening inside the body. For surgeons and emergency room physicians, this is invaluable information that provides a clear, immediate image of what is happening so that the proper steps can be taken.

Implant Monitoring

Implants are becoming more common to treat a variety of injuries and conditions. The c-arm provides a simple, straightforward way to check on the positioning of the implant to see if it has remained in place, its overall condition, and if changes need to be made. 

Kidney Stones

The size and location of kidney stones is an important part of the treatment process. Because the Ziehm device can be used quickly, it can provide the physician with a quick snapshot of what is happening inside so that the proper treatment can be provided. It not only tracks the current location, but when the kidney stones move in accordance to the treatment being provided. 

Barium

Because the images from the c arm are so detailed and precise, it makes the perfect device to use with barium injections to better image blood vessels, organs, and the digestive system. Quite often, barium is used because it helps highlight the details inside the body so that physicians can make a better diagnosis of what is happening. 

Emergency Usage

Because the c arm itself is compact and mobile, it is often used in different locations where it can be moved to help diagnose different patients quickly. It is quite common for hospitals to move their c arms into different rooms so they can make a quick diagnosis of the patient in minimal time. 

Orthopedics is one of the areas where c arms made by Ziehm are commonly used. Because they can provide exact images and details of the bones, it is an invaluable tool when examining breaks and other issues associated with this area. However, the sheer versatility of the c arm makes it an invaluable tool when it comes to diagnosis issues of many different types. It is common for such devices to be used in a wide array of fields all within the medical facility. 

The value of the Ziehm c-arm when it comes to fluoroscopy applications is well renowned which is why it is so popular in hospitals, clinics, and medical facilities. While many are sold new, the refurbished c arms are of great value because they provide top of the line service for a reduced purchase price. For medical facilities that are trying to stretch their budgets, refurbished models offer an affordable answer. 

Top 5 Fluoroscopy Applications of Arcadis Orbic 3D

The Arcadis Orbic 3D c arm has proven itself to be one of the best on the market today. Either new or refurbished models are found in hospitals, clinics, and practices around the country. One of its main attributes is the versatility this mobile c arm provides to physicians the proper instrument for diagnosis. Since its release, the Orbic 3D from Arcadis has built a stellar reputation thanks to its attributes, ease of use, and mobility. 

The applications of the c arm are many thanks to its intuitive design. This provides excellent versatility for healthcare facilities to treat patients suffering from different conditions. Here are the top 5 fluoroscopy applications for this unit.

Orthopedic Surgery

One of the most common uses for the c arm is diagnosing and monitoring the progress of surgeries involving broken bones. From restoring the proper place of the bones to the removal of bone fragments, the detain and accuracy of the images from this c arm have proven to be crucial to the success of orthopedic surgeries. 

Catheter Insertion

Proper catheter insertion is crucial to the success of the procedure. The 3D nature of the images allows for physicians to view the depth, angle, and possible obstructions that may be present during the process. By having exacting images, the physicians can manipulate the catheter so that it follows the right path towards the intended area of the body.

Angiograms

Proper 3D images have proven to be quite valuable during the process of placing the angiogram in the right place. The proper opening of the arteries using angiograms require precision placement to force open the blood vessel without causing damage. This requires precise imaging to get the best results. The 3D imager of the Arcadis Orbic is perfect for this task.

Barium X-Rays

The gastrointestinal tract is another common place for this c arm device to be used for barium x-rays. The 3D imaging allows for a better perspective when it comes to highlighting issues that the patient is experiencing in this area. The mobility and intuitive design are most welcome for physicians who want the best diagnostic imaging for their barium x-rays so they can make the best diagnosis. 

Stents & Other Devices

Stents are becoming more common than ever and the insertion of other devices in the body requires an imaging system that is accurate, precise, and mobile enough to provide different angles. In addition, the mobility of the device means that devices which must be implanted in different areas of the body can be guided using the sharp, 3D images provided by this x-ray unit. Also, because of its compact design it can be transported from one room to the next so that different treatments and diagnosis can be performed quickly. It also helps that this unit can be stored or moved out of the way easily when not needed. 

The best attributes of the Arcadis Orbic 3D help physicians properly diagnose issues with a remarkable accuracy. This is one of the best mobile c arm units available today either new or refurbished for hospitals, clinics, and practices.  

Top 5 Applications of Philips BV Pulsera

The Philips BV Pulsera is one of the more advanced C arms on the market today. It has been recognized for its many advantages and is quite popular in terms of being sought after on the refurbished c arms market. The reasons for its popularity are many, but there are five applications that make this device stand out.

Low Dosage Imaging

One application of this C arm is the low amount of dosage in terms of x-rays that this device produces to deliver a sharp, clear image. Because the dosage is quite low, the BV Pulsera can take multiple images with little to no threat to the patient or attending physicians and technicians. Furthermore, the low amounts of radiation mean that the protective measures used in the application of this device can work better to prevent unnecessary exposure. 

Dual Touch LCD 

The added viewing space of the imaging system makes seeing what is displayed easier and less likely to be misunderstood. C arms are used primarily to make the proper diagnosis and to confirm the presence of any other issues within the viewing area. The dual touch LCD makes it quite exceptional and considerably easier to view the full image of what is happening under the skin. 

Faster Treatment

Because of the combination of the imaging system and lightweight, mobile arm, it is possible to treat more patients in a faster manner than with previous versions of this device. While speed is not the most important element, it does make it easier to see highly detailed images that leads to faster diagnosis and therefore seeing more patients each day. For hospitals and clinics that see many patients, the speed of this device allows for more people to receive the treatment they need at a faster rate. 

Mobility

Philips has continued to modify their C arm products like the BV Pulsera so that they are lightweight and easy to move around. Thanks to the use of strong, lightweight materials, it is far easier to move the C arm into place and to examine different parts of the body in a quicker manner than before. It also can be moved from room to room if needed to speed up the diagnosis process. 

Faster Cooling Anode Tubes

One of the issues with many other C arms is the cooling time required before it can be used again. Philips is using new technology that helps cool the tubes faster which increases the work time of the device. This represents a marked improvement when it comes to the amount of time needed for the tubes to properly cool. This means the BV Pulsera can be used more often in a single day compared to earlier versions.  

For those that are looking at the best refurbished C arms on the marketplace, the Philips BV Pulsera is one that should be at or near the top of the list. It offers many advantages at a price which is lower than brand new models, yet it works as if it was just came off the assembly line.

Parts of a Siemens C Arm and its Usage

There is little doubt that the Siemens C Arm has garnered a considerable amount of praise over the years thanks to the versatility, accuracy, and overall reliability of the devices that use the technology. One of the more celebrated is the Arcadis Orbic 3D model which has allowed physicians to improve their overall diagnosis techniques. 

The C Arm itself consists of a number of different parts that work together in order to make a highly versatile machine. It should be noted that all of the parts for this particular unit are crafted from high quality materials and built to last so that with minor maintenance will continue to work for a long time to come. 

Wheels

Arguably the most basic part of the C arm, the wheels allow it to be moved not only from room to room, but around the patient on the table so that the best position can be found. The wheels themselves are created from high quality materials and designed to last a long time in a clinical environment. 

Arm

The arm of the device is what gives it the versatility needed to be used in diagnosis the condition of the patient. The C arm itself bows outward away from the table, yet is curved back on both ends to provide the best in balance. This enables the arm to be moved about in a variety of ways in order to get the best angle on a specific area of the body. The arm can be swung with ease thanks to its balancing features and positioned where needed. 

Imaging System

The x-ray imaging system is compact, but offers considerable detail in terms of providing a high quality image. Located at the top end of the C arm, the imager is essentially a projector that delivers a small amount of x-rays to a particular area of the body in order to reveal potential injuries or conditions. The imaging system itself is augmented by advances in lenses and software systems that control the x-rays to a precise degree. 

Computer 

The heart of the C arm is the computer that runs the imaging system and provides physicians with the final picture of what is inside the patient. Generally speaking, an operator runs the C arm from the computer which means that the amount of x-ray exposure and overall image quality can be controlled. Although it does require training, Siemens models are generally easy and intuitive to use so that fewer mistakes will be made. 

In addition, a refurbished Orbic 3D model works just like new and is not as expensive. For healthcare facilities that are watching their budgets, this is an excellent device to have handy since it is portable, highly effective, and quite reliable as it can be used with minimal maintenance for years to come.

In the end, the Arcadis Orbic 3D is one of the most popular of the Siemens C Arm devices and is found in many different hospitals, clinics, and healthcare facilities around the world. This is all thanks to its reliability, versatility, and ability to improve the diagnosis process.