APELEM DMS EVO R+
Mobile C-ARM
UNTESTED. POWERS UP. AS-IS
With printer, foot switch, remote controller...
FEATURES:
The APELEM DMS Evo R is a high-performance mobile C-arm imaging system designed for a wide range of surgical and diagnostic applications, including general surgery, orthopedics, pediatrics, neurosurgery, urology, traumatology, pain management, and digital subtraction angiography (DSA) .Scribd 4healthmanagement.org 4medicalexpo.com 4
Key Features
High-Frequency Generator: Equipped with a microprocessor-controlled high-frequency pulsed generator, the Evo R supports continuous fluoroscopy, pulsed fluoroscopy, and digital radiography modes .
Rotating Anode X-ray Tube: Features a rotating anode, enhancing heat dissipation and allowing for longer procedures without overheating .
Image Intensifier: Offers a high-resolution 9' (23 cm) triple-field image intensifier, providing clear and detailed images .
Digital Imaging System: Includes a digital imaging system with capabilities for image archiving, processing, reviewing, and DICOM connectivity, facilitating seamless integration into hospital networks .
Advanced Imaging Features:
Virtual Collimation: Allows for precise beam shaping without radiation exposure.
Zero Dose Digital Rotation: Enables image rotation without additional radiation.
Last Image Hold (LIH): Retains the last captured image for review without additional exposure.
Noise Reduction with Motion Detection: Enhances image quality by reducing noise, especially in dynamic studies .
Optional Accessories:
Cassette Holder: Permits acquisition of 24 x 30 cm images on cassette film.
Video Printer: Allows for printing of displayed and stored images.
Laser Targeting Device: Facilitates quick and accurate patient positioning, reducing X-ray dose .
Ergonomics and Mobility: Designed as a mobile unit, the Evo R offers ease of movement within clinical settings, enhancing workflow efficiency .
The Evo R is CE-certified (Class IIb) and aligns with French Healthcare standards, reflecting its commitment to quality and safety in medical imaging
