02. 04. 2025

Maximum Image Quality in the OR: The Right Table for X-ray Examinations

X-ray Table

The role of imaging in modern medicine, particularly in surgery and radiology, cannot be overestimated. X-rays are crucial for the diagnosis and performance of many medical procedures. Precise image quality is essential to avoid errors, accurately locate the intervention area, and ensure surgical success. The operating table plays a decisive role in this – both in terms of image quality and patient safety and comfort. An important aspect when selecting the right operating table for X-ray examinations is the table’s ability to allow X-rays to pass through unhindered. The choice of material for the table top is of particular importance here. Equally, the table must have a high load-bearing capacity to meet the dynamics and requirements in the operating room without compromising image quality.

Challenges of X-ray Imaging in the OR

In surgery and interventional radiology, high-precision X-rays must be taken to guide the procedure. X-rays must be able to penetrate through the operating table without compromising the quality of imaging. Additionally, it is important that the table is stable enough to withstand high loads during long procedures or when using heavy radiological equipment.

Earlier operating tables made from traditional materials such as steel or aluminum could impair image quality as they absorb X-rays, leading to higher radiation exposure and less clear images. This could increase the need to raise the radiation dose to obtain an adequate image, posing a risk to both the patient and medical staff.

Important Features of an Optimal X-ray Operating Table

An ideal operating table for use in X-ray imaging must have some fundamental characteristics:

High X-ray Permeability: The table must offer high X-ray permeability so that the rays can pass through the table unhindered. This is crucial for obtaining a clear and detailed image capture without unnecessarily increasing the radiation dose.
Stability and Load Capacity: The table must be able to safely bear the patient's weight without deforming or compromising image quality. A high load-bearing capacity is necessary, especially for heavier patients or surgical procedures that have a long duration.
Patient Comfort: Especially for longer procedures, it is important that the table allows comfortable positioning to minimize patient movement while ensuring comfortable positioning.
Compatibility with Digital and Conventional X-ray Devices: The table should be designed to work seamlessly with digital and traditional X-ray equipment to provide maximum flexibility in the clinical environment.

Inspital Mobile Imaging Table Model OT80.30

The Mobile Imaging Table Model OT80.30 from Inspital Medizintechnik is specifically tailored to the requirements of modern imaging and interventional radiology. The table top is made of carbon fiber, a material known for its exceptionally high X-ray permeability. With a permeability of ≤ 0.43 mmAL, the table offers excellent image quality without the need to increase radiation exposure.

1. Carbon Fiber Table Top for Maximum X-ray Permeability

Carbon fiber is a lightweight yet very stable material that is increasingly used in medical imaging. It has the advantage of having very low absorption of X-rays, which means more rays pass through the table, allowing for clear and high-resolution image capture. This is particularly important when performing high-precision radiological procedures where even the smallest change in the image can have a significant impact on the course of the procedure.

2. Highest Patient Comfort Thanks to Visco Pad

The Mobile Imaging Table OT80.30 features a visco mattress that ensures patient comfort. During surgery, the patient is positioned on the mattress, and the viscoelastic properties of the material distribute pressure evenly, significantly reducing the risk of pressure points or discomfort during longer procedures. This is particularly important when patients need to spend extended periods on the operating table.

3. Flexibility and User-Friendliness

The table movements can be controlled either via a wired remote control or a control panel with a precision joystick. This control allows for easy adjustment of the table's position and precise fine-tuning to ensure the best possible image quality. This flexibility is particularly advantageous in interventional radiology and other specialized procedures where the patient needs to be held in very specific positions.

4. Versatile Use in Digital and Conventional X-ray Procedures

Another advantage of the OT80.30 is its compatibility with digital and conventional X-ray equipment. This makes it an extremely flexible solution for clinics and operating rooms where both modern digital X-ray technologies and more traditional methods are used. The ability to use the table in various radiological scenarios ensures that it is suitable for a wide range of clinical requirements.

Conclusion: The Importance of Choosing the Right Operating Table for X-ray Examinations

Choosing the right operating table for X-ray examinations is an essential component of modern surgery and radiology. The Mobile Imaging Table Model OT80.30 by Inspital represents a state-of-the-art solution that offers an optimal balance between image quality, patient comfort, and operative flexibility.

By using carbon fiber for the table top and visco-materials for the patient sleeping area, the OT80.30 provides excellent X-ray permeability, resulting in clear, detailed images with low radiation exposure. These features make the table ideal for interactive radiology as well as surgical procedures that require precise imaging.

Overall, the OT80.30 contributes to improving the quality of medical imaging, increasing patient comfort, and ensuring safety for both the patient and medical staff.