Breast imaging device developer Imaging Diagnostic Systems has received an order for its CT Laser Mammography system (CTLM), a work-in-progress device that uses infrared laser light to image breast tissue. The company signed an agreement at the RSNA show
Breast imaging device developer Imaging Diagnostic Systems has received an order for its CT Laser Mammography system (CTLM), a work-in-progress device that uses infrared laser light to image breast tissue. The company signed an agreement at the RSNA show last month with Cycle of Life Technologies of Toronto for two of the units. The deal should bring in approximately $500,000, the first revenues generated by the Fort Lauderdale, FL, firm since it was established. IDSI expects to deliver the devices during the first quarter of next year.
The agreement also covers the delivery of two more CTLM devices once the first order has been fulfilled, as well as a distribution contract for 50 systems over the next two years. Cycle of Life Technologies supplies medical services and equipment to clients in Canada, Europe, South Africa, and the Middle East.
Since IDSI has yet to apply for premarket approval from the Food and Drug Administration for CTLM, the company must obtain an export certificate from the agency before it can ship the system. The certificate application must include letters from each country Cycle of Life Technologies services stating that the country will accept a non-FDA-approved device for import.
Could Virtual Non-Contrast Images from Photon-Counting CT Reduce Radiation Dosing with CCTA?
March 28th 2024Emerging research on coronary artery calcium scoring for the assessment of coronary artery disease (CAD) suggests the use of virtual non-contrast images from photon-counting CT may lead to a nearly 20 percent reduction in radiation dosing.
FDA Clears CT-Based AI Tools for PE Detection and Stroke Severity Assessment
March 26th 2024The artificial intelligence (AI) modalities CINA-iPE and CINA-ASPECTS may facilitate improved detection of incidental pulmonary embolism and stroke evaluation, respectively, based on computed tomography (CT) scans.