Buy C-Arm Machines | New, Refurbished & Lease Options – BuyOnMedix

C-arm machines are mobile fluoroscopic imaging systems named for their distinctive C-shaped arm that connects the X-ray source to the image detector. They provide real-time X-ray imaging during surgical, orthopedic, pain management, vascular, and cardiac procedures — allowing surgeons to visualize anatomy, guide instruments, and verify device placement without moving the patient to a fixed X-ray room.

Whether you're equipping a new ambulatory surgery center, upgrading from analog to digital flat-panel C-arms, or adding a mini C-arm for extremity procedures, BuyOnMedix connects healthcare facilities with trusted suppliers offering new, certified refurbished, and lease-to-own C-arm systems at competitive prices.

Why Buy a C-Arm Machine?

C-arms are essential imaging tools for any facility performing image-guided procedures:

• Real-Time Surgical Guidance: C-arms provide live fluoroscopic imaging that enables surgeons to visualize anatomy, guide hardware placement, and confirm results during procedures without interrupting the surgical workflow.
• Broad Procedural Applications: From orthopedic fracture fixation and spinal surgery to pain management injections, cardiac catheterization, and vascular interventions, C-arms support a vast range of procedures across multiple specialties.
• Mobility and Flexibility: Unlike fixed fluoroscopy rooms, mobile C-arms can be moved between operating rooms, procedure suites, and even emergency departments as needed, maximizing utilization.
• Improved Patient Outcomes: Image-guided surgery using C-arms results in more accurate hardware placement, reduced revision rates, smaller incisions, and faster patient recovery compared to procedures performed without imaging guidance.
• Revenue Enablement: Having C-arm capability allows facilities to perform profitable image-guided procedures in-house rather than referring to hospitals or larger imaging centers.

Types of C-Arm Machines

C-arm systems come in several sizes and configurations optimized for different procedural needs.

Full-Size C-Arms

Standard mobile C-arms with large image intensifiers (9–12") or flat-panel detectors capable of imaging the full body including the spine, pelvis, hip, and abdomen. They're the workhorse for general surgery, orthopedics, trauma, and pain management. Leading manufacturers include GE Healthcare (OEC series), Siemens (Cios), Philips (Zenition), and Ziehm Imaging.

Mini C-Arms

Compact, lightweight C-arms designed specifically for extremity imaging — hands, wrists, feet, ankles, elbows, and knees. They use smaller image fields, lower radiation doses, and require less shielding. Popular in orthopedic offices, podiatry, and hand surgery. The Hologic Fluoroscan and Turner Mini C-arm are market leaders.

Super C-Arms / Cardiovascular C-Arms

Large, ceiling-mounted or floor-mounted C-arm systems with advanced imaging capabilities designed for cardiac catheterization, vascular interventions, and neurointervention. They feature large flat-panel detectors, high frame rates, advanced image processing, and sophisticated 3D/rotational angiography capabilities.

3D C-Arms

Advanced mobile C-arms that can acquire rotational image datasets and reconstruct 3D/cone-beam CT (CBCT) images intraoperatively. They provide cross-sectional imaging without leaving the OR, invaluable for verifying complex hardware placement in spine surgery and trauma.

How to Choose the Right C-Arm

Selecting a C-arm requires evaluating your procedural mix, image quality needs, and facility requirements:

• Procedural Applications: Extremity-only practices need a mini C-arm. General surgery and orthopedics need a full-size unit. Complex spine surgery benefits from 3D capability. Cardiac cath labs need dedicated cardiovascular systems.
• Image Detector Type: Flat-panel detectors provide superior image quality, lower radiation, and digital workflow compared to older image intensifier (II) technology. New installations should strongly consider flat-panel systems.
• Image Quality: Evaluate image resolution, contrast, and pulse fluoroscopy capability. High-quality imaging with low-dose protocols reduces radiation exposure to patients and staff.
• Maneuverability: Consider the C-arm's size, weight, and ease of positioning in your operating rooms. Compact designs with motorized movements improve surgical workflow.
• 3D/CBCT Capability: If you perform complex spine, trauma, or orthopedic procedures, intraoperative 3D imaging can significantly improve accuracy and reduce revision rates.
• Radiation Dose Management: Look for systems with advanced dose management features including pulsed fluoroscopy, last-image-hold, virtual collimation, and dose tracking.
• Connectivity: DICOM connectivity, PACS integration, and the ability to archive and transmit images are essential for modern surgical workflows and documentation.

What Affects C-Arm Pricing?

C-arm prices vary significantly based on size, detector technology, and capabilities:

• Size and Type: Mini C-arms are the most affordable. Standard full-size units are mid-range. 3D-capable and cardiovascular C-arms are the most expensive.
• Detector Technology: Flat-panel detector C-arms cost significantly more than image intensifier (II) models but offer superior image quality, lower dose, and digital workflow advantages.
• 3D Capability: Adding intraoperative 3D/cone-beam CT capability adds substantial cost but provides invaluable surgical verification for complex procedures.
• Brand: GE Healthcare (OEC), Siemens (Cios), Philips (Zenition), and Ziehm Imaging are the leading manufacturers. Each offers entry-level through premium configurations.
• New vs. Refurbished: Refurbished C-arms typically cost 35–55% less than new. They undergo X-ray tube assessment, detector calibration, mechanical inspection, and image quality verification.
• Installation and Shielding: Room shielding requirements vary by state and C-arm type. Mini C-arms may need minimal shielding; full-size units typically require lead-lined walls and/or portable shields.