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About CurveBeam
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About CurveBeam

 

CurveBeam researches, develops and manufactures cone beam CT imaging & visualization solutions for the orthopaedic specialties. CurveBeam prides itself in its comprehensive accreditation support, as well as responsive customer and technical support.  All CurveBeam systems are manufactured at its headquarters in Hatfield, Penn., USA, just outside of Philadelphia. CurveBea, Europe LTD’s office in London serves as the company’s Europe headquarters.

 

CurveBeam was founded in 2009 and is privately owned and operated. CurveBeam is ISO 13485:2016 certified and Medical Device Single Audit Prograpm (MDSAP) certified. For more information, please visit www.curvebeam.com.

 

The core team behind CurveBeam pioneered Cone Beam CT imaging technology for the dental, maxillofacial and ENT specialties. The introduction of point-of-care Cone Beam CT imaging revolutionized the industry and was instrumental in the advent of custom dental implants and improved practices in orthodontics and oral surgery. Today, Cone Beam CT scans are virtually the standard of care for advanced orthodontics and oral surgery treatment planning. CurveBeam is setting new standards in orthopedic 3D imaging worldwide.

 

Curvebeam is ISO 13485:2016 certified. Curvebeam is Medical Device Single Audit Program (MDSAP) certified.

CurveBeam: Who We Are

CurveBeam: Who We Are

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About CurveBeam’s Weight Bearing CT Imaging Systems

 

CurveBeam specializes in weight bearing CT imaging. CurveBeam’s pedCAT and LineUP systems have been installed across North America, South America, Europe, Australia and China.

 

  • The systems are compact, and can fit into a 8’ x 10’ room.

  • The systems plug into a standard 115/230 VAC wall outlet, making them ideal for the point-of-care setting.

  • The systems are self-shielded, reducing the amount of external shielding needed for radiation protection.

  • Operators select from specific kVp protocols and mA is fixed. A radiologic technologist without specialized training in computed tomography is qualified to operate the systems in most states in the United States.

  • Patient positioning is straightforward. Patient Scan time is less than a minute.

  • CurveBeam system scans are reimbursed via CPY codes 73700 – CT Lower Extremity without contrast in the United States.

 

CurveBeam datasets are DICOM compliant and fit seamlessly into existing PACS systems and workflows.

 

CurveBeam’s install base includes Hospital for Special Surgery, Massachusetts General Hospital, Mayo Clinics and OrthoCarolina.

 

“The weight bearing CT changed by daily practice. In former times, we did standard X-Rays with weight bearing first and then if we were interested in 3D imaging, we sent the patient to CT. This could take days or even weeks. Now I have everything together in one minute.” – Dr. Martinus Richter, MD, PhD

About CurveBeam’s Bilateral Scan Capability

 

CurveBeam’s weight bearing CT imaging systems are designed for optimal standing position during scanning. The systems offer the largest field-of-view in their class, and can accommodate bilateral imaging of the entire knee, foot & ankle regions in a single scan. The systems’ wide gantry opening allow for easy step-in/step-out patient entry and exit. The large patient platform lets the patient stand naturally during scanning.

“We always do bilateral stances at Stanmore. And this is essentially to make sure that what you are seeing is we're producing as much as you can the truth. Because if you stand just on one leg, you may alter it something in terms of muscle contraction or position on the feet." – Dr. Alessio Bernasconi, MD, PhD

About CurveBeam HiRise

 

The HiRise is CE Marking Approved and FDA 510(k) cleared.

 

The HiRise will provide weight bearing CT imaging of the hips, knees, feet and ankles.

 

The HiRise will permit visualization of the femoral head within the acetabulum. These scans could be used in pre-operative planning for knee replacement surgery, as surgeons will be able to assess alignment of the femoral head to the knee joint in three-dimensional weight bearing position. The wide bore will allow for continuous scanning along the lower limb via multiple orbits, with patient remaining still in one position. The HiRise gantry will raise and lower along a vertical track for lower extremity scanning. The gantry will tilt 90 degrees for upper extremity scans as well as non-weight bearing lower extremity scans. An optional table will allow patients to be fully supine during non-weight bearing scanning if necessary.