A C-arm machine is a sophisticated imaging system that operates using X-ray technology. It is mainly used for real-time fluoroscopy but can also perform radiographic imaging. The name "C-arm" comes from its distinctive C-shaped arm that links the X-ray source on one side to the image detector on the opposite end.
Types of C-arm machine
C-arm machines come in different types to cater to specific medical needs:
Fixed C-arm machines
Mobile C-arm machines
Mini C-arm machines
How doctors use C-arm machines in surgery?
C-arm machines are commonly used in medical settings that require flexibility, mobility, and real-time imaging. These devices are especially useful in surgical and diagnostic environments where precision is essential.
Here are the key applications and benefits of using a C-arm system:
Orthopaedic procedures: Enables surgeons to accurately visualise bone alignment, fractures, and implant placements during operations.
Cardiac and angiography studies: Assists in detailed imaging of blood vessels and heart structures during diagnostic and interventional procedures.
Therapeutic interventions: Useful in guiding the placement of stents, catheters, and central lines during minimally invasive treatments.
Real-time imaging: The overhead X-ray image intensifier provides clear, continuous visuals of internal structures, allowing for better decision-making during procedures.
High mobility: C-arm systems are mobile and can be moved between operation theatres or departments as needed, making them ideal for multi-use hospital environments.
Flexible positioning: The semi-circular arm design enables easy access around the patient’s body, allowing for imaging from various angles without repositioning the patient.
Integrated with patient tables: Many systems are designed to work in tandem with operating tables, offering tailored solutions for efficient and safe X-ray imaging during complex procedures.
How does a mobile C-arm machine work and what are its key components?
Mobile C-arm machines are versatile and can be moved around easily. They work by emitting X-rays that pass through the body, capturing real-time images. Key components include:
X-ray source
Image intensifier
Monitor
Control panel
How is a C-arm different from radiography or fixed fluoroscopy machines?
While radiography and fixed fluoroscopy machines produce static images, C-arm machines provide real-time imaging during procedures. This makes them invaluable in surgeries where precision is crucial. In critical care scenarios, the use of life-saving devices such as a defibrillator machine is also becoming increasingly common alongside imaging equipment.
Uses of C-arm machine
C-arm machines have diverse applications in medical settings:
Orthopedic surgeries
Cardiac procedures
Pain management interventions
Vascular surgeries
Where is a C-arm machine needed?
C-arm machines are indispensable in:
Hospitals
Clinics
Ambulatory surgery centers
Emergency rooms
Key Considerations Before Choosing the Right C-Arm Machine
Remember that the price of a C-arm machine will increase if you add reconditioning, delivery, installation, or a warranty. In laboratory environments, it’s common to pair diagnostic imaging systems with tools like PCR machines for comprehensive patient evaluation and treatment planning.
Whether you decide to buy a new, refurbished, or used system depends on the condition of the system and how close you are to the reseller. In respiratory care units, incorporating a HFNC machine alongside imaging systems ensures better patient outcomes through enhanced oxygen delivery.
C-arm machine prices
C-arm machine prices vary based on factors like brand, features, and specifications. Financing options are available to assist in acquiring this essential medical equipment. Devices such as a CBC machine are also integral in clinical diagnostics and are often financed together with imaging tools. Contact us to learn more about medical equipment finance solutions tailored to your needs..
What Factors Affect C-arm Machine Prices?
The factors that affect the prices are:
Year of manufacture (YOM)
Size of the image intensifier (9" or 12")
Flat screen
System options
Types of applications you can use the C-arm for
Purchase C-arm machine online
S No. |
Best C-Arm Machine Price |
Price |
1 |
Eray Smart Flat Panel Based Mobile C-Arm X-Ray System |
₹ 28,00,000 |
2 |
BPL C Arm Machine |
₹ 13,50,000 |
3 |
HF 9 Inch X 9 Inch C Arm FPD Digital C Arm Radiography Machine |
₹ 18,97,500 |
4 |
Generator Capacity: 100 mA Machine Type: Portable (Mobile) High Frequency C Arm |
₹ 15,00,000 |
5 |
Digital C-Arm Wide & Fast Mobile C-Arm |
₹ 22,00,000 |
*The above charges are subject to change. Please refer to the product website to know real-time price.
Purchase C-arm machine online
Purchase your C-arm machine conveniently online. Explore a wide range of options suited to your medical practice needs. Additionally, inquire about our doctor loan options for financial assistance tailored to healthcare professionals. Clinics also often invest in an echocardiogram machine to complement imaging capabilities and support cardiovascular diagnostics.
Discover financing options for buying a C-arm machine
At Bajaj Finance, we offer flexible financing solutions tailored to your needs. Explore our medical equipment finance options today to invest in cutting-edge C-arm machines hassle-free. Take advantage of competitive medical equipment loan interest rate that make high-end diagnostic tools more accessible and cost-effective.
Conclusion
Investing in a C-arm machine is a significant step towards enhancing medical procedures and patient care. With our range of financing options, acquiring this essential equipment has never been easier. Explore our medical equipment loan solutions and take your practice to new heights. For more financial assistance, check out our doctor loan options.
Related Machines
Below are related machines:
What is the basic principle of C-arm?
A C-arm machine works on the principle of X-ray imaging. It features a C-shaped arm with an X-ray source on one end and a detector on the other. The X-ray source emits photons that pass through the patient’s body, and the detector captures these rays to produce real-time fluoroscopic images. This allows doctors to view internal structures dynamically during medical procedures.