Orthoscan is considered the global leader in mini c-arms. They specifically designed their machines for use in extremity imaging of orthopedic procedures in hand surgeries, podiatry clinics, emergency medicine, and outpatient surgery centers.
Medical professionals around the world widely recognize Orthoscan systems for their high-resolution imaging, compact size, and ease of use. Medical facilities can use them to diagnose and treat fractures, dislocations, or sprains. Doctors can also use them in orthopedic surgeries, extremity surgeries, and pain management procedures. This equipment guides the procedure and monitor the progress.
What Is Orthoscan?
Orthoscan is a manufacturer of mini c-arm imaging systems designed primarily for extremity imaging in orthopedic, podiatry, and outpatient settings. These systems are known for their compact design, real-time fluoroscopic imaging, and workflow-focused features that support both clinical and surgical procedures.
Orthoscan Company Profile
Orthoscan is an American, privately held medical imaging company that manufactures industry-leading products for surgical and clinical environments worldwide. It was founded in 2002 in Scottsdale, Arizona, by Christopher Bacon. He planned to bring a state-of-the-art mini c‑arm to the market and provide innovative product solutions in orthopedic imaging.
Their first entry in the imaging market was the Orthoscan UC Mini C-arm, an ultra-compact Mini c-arm and the smallest c-arm on the market. UC Mini C‑Arm is used for fluoroscopic imaging of the extremities in orthopedic surgery and for digital diagnostic imaging in the office. The company revolutionized the Mini C‑Arm business with its surgeon-driven concept, the first flat detector on the market, and a commitment to achieve dose reduction, excellent mechanical design, and high image quality.
In 2011, ATON GmBh acquired Orthoscan. The company released the Mobile DI, the first portable 35lb c-arm, designed for clinical use. After a successful expansion, Orthoscan released the FD-OR and the FD-Pulse.
What Is Orthoscan Known For?
Orthoscan is best known for mini c-arm systems used in extremity imaging. The brand is commonly associated with compact equipment, high-resolution imaging, and systems designed to support efficient workflows in orthopedic and outpatient environments.
Orthoscan Systems and Technology
The Orthoscan mini C-arm is a non-invasive medical system that uses x-rays and fluoroscopic imaging to produce digital radiographic images of the body’s anatomic structure. Other well-known Orthoscan products include the Orthoscan FD Pulse Mini c-arm, the Orthoscan FD-OR, the Ziehm Solo, and the Mobile DI. Their latest versions are the Orthoscan TAU Mini C-arm and the Orthoscan Versa Mini C-am.
Key Features of Orthoscan Mini C-Arms
Orthoscan mini c-arms are typically evaluated based on image quality, portability, ease of use, and workflow integration. These systems are designed to support real-time imaging while maintaining a compact footprint for clinical environments.
What sets apart Orthoscan systems is their advanced technological features, which include:
- High-resolution imaging: Orthoscan systems come equipped with flat-panel detectors (FDs) that capture high-resolution images of bones & joints. As a result, Orthoscan equipment offers diagnostic accuracy and is ideal for use during pediatric procedures or for following the patient’s condition.
- Advanced imaging software: Orthoscan systems are equipped with advanced imaging software that allows for real-time image processing.
- Portability: Orthoscan systems are compact and lightweight. They are designed to be portable and easy to move between rooms or even different clinics.
- Orbital movement: The semicircular design of the Orthoscan c-arm makes it convenient for medical professionals, as they can rotate the X-ray tube without moving the patient. The 150 degrees of the c-arm’s orbital movement allows accurate and convenient positioning, while the ergonomically placed wireless foot switch and sterile field controls help surgeons work efficiently.
- Usability: Orthoscan’s c-arms are easy to use and require minimal setup. Some feature a touchscreen that comes with on-screen assistance and anatomically programmed selections for ease of use by physicians. The machine’s tube head features bilateral controls that offer convenient access to documentation and imaging functions. The LED lights on the underside provide excellent illumination and help remove any shadows.
- DICOM compatibility: Orthoscan systems are compatible with the DICOM (Digital Imaging and Communications in Medicine) standard, which allows for easy integration with other medical equipment and systems. This also allows for the easy storage, retrieval, and sharing of patient images.
Which Orthoscan Mini C-Arm Is Right for You?
Choosing the right Orthoscan system depends on your clinical needs, available space, and workflow preferences.
- Choose a compact system if space and portability are priorities
- Choose newer-generation systems if image consistency and workflow efficiency are critical
The best option is the one that aligns with your procedure types and long-term equipment goals.
Need Help Evaluating an Orthoscan System?
Orthoscan mini c-arms are widely used for extremity imaging due to their compact design, real-time imaging capabilities, and workflow-focused features. When evaluating a system, factors such as portability, image quality, and long-term support should guide the decision.
As your one-stop shop for all your mini c-arm needs, www.minicarm.com has used or refurbished Orthoscan equipment for sale, lease, or rent. We take great pride in providing the best service to all customers worldwide. Call us today at (800) 643-2998, contact us online, or email us at info@minicarm.com. We would love to help you acquire an Orthoscan mini c-arm for your practice, healthcare facility, or hospital!
Frequently Asked Questions About Orthoscan Mini C-Arms
What types of practices commonly use Orthoscan mini c-arms?
Orthoscan mini c-arms are commonly considered by practices that need real-time extremity imaging in settings such as orthopedics, podiatry, ambulatory surgery, and specialty clinics. They are often evaluated where space efficiency and streamlined imaging access are important.
What should buyers compare when evaluating different Orthoscan models?
Buyers often compare detector type, image workflow, portability, physical footprint, system generation, and long-term serviceability. It is also helpful to compare whether a model fits the types of cases performed most often in the facility.
Is a used or refurbished Orthoscan system worth considering?
A used or refurbished Orthoscan system can be a practical option for facilities that want to manage capital costs while still adding imaging capability. The most important factors are system condition, refurbishment quality, warranty coverage, and access to future service and parts.
How important is service support when choosing an Orthoscan mini c-arm?
Service support is an important part of the purchasing decision because the value of the system extends well beyond installation. Buyers should understand what technical support, maintenance options, replacement parts access, and repair assistance will be available after the sale.
What questions should a facility ask before purchasing an Orthoscan unit?
A facility should ask about the age of the system, prior usage history, detector condition, software version, maintenance records, warranty terms, and expected support after purchase. These details can help clarify the overall value of the system and reduce surprises later.
How can a facility decide whether an Orthoscan system fits its workflow?
The best way is to consider who will use the system, what procedures are performed most often, how much space is available, and how frequently imaging is needed. A system that matches everyday workflow needs is usually more valuable than one chosen only for specs on paper.
What makes long-term ownership costs important when evaluating Orthoscan equipment?
The purchase price is only one part of the overall investment. Facilities should also consider maintenance, future repairs, parts availability, training needs, and expected lifespan to understand the true long-term value of the system.