Beyes Dental Canada Inc 837KR-014C Beyes

GE OEC Elite CFD 31cm Flat Detector Super C-Arm - VAS 15 Software. GE OEC Elite CFD C-Arm 31 cm Flat Detector w/ Bumper VAS 15 Vascular Software, SUPER C Motorized C Refurbished, Calibrated, Ready for Use 31 cm CMOS Flat Detector (CFD) - CMOS - Complementary metal-oxide semiconductor detector - DQE(0): 72% - Active amplification inside pixel for ultra-fast electron mobility - Active Matrix: 1548x1524 pixels - Pixel Pitch: 190.0 um - Nominal resolution (at display): 31 cm: 2.7 lp/mm; 21 cm: 2.8 lp/mm; 15 cm: 2.9 lp/mm - Quad-mode magnification: Live Zoom fluidly from 1 to 4X with no change in dose; Fixed try-mode Mag settings: 31cm/21cm/15cm Workstation Display - 13.6 in Live and Reference Image displayed size - 1 to 1 detail imaging chain from CMOS detector to 4K display resolution - Squircle shaped image retains 100% of image when rotated and no cropped or changed view. - 4K, 32" Ultra high definition (UHD) Color Display - Monitor displays two split screens for equivalent view of two 20in displays - 3840x2160 display resolution - 600 cd/m2 maximum brightness - Touchscreen interface with anti-reflection, anti-fingerprint - Easily position monitor to surgical line of sight with display mount on an articulating arm with five movements What's Included: GE OEC Elite CFD C-Arm, Super C; (REF OEC Elite) Qty: 1 GE Beam Limiting Device; (REF 5455288-03) Qty: 1 GE Laser Aiming Device; (REF 5440087) Qty: 1 GE Image Receptor; (REF 5457729-02) Qty: 1 GE Remote User Interface; (REF 5719003-01) Qty: 1 GE Hand Control OEC ELITE; (REF 5819193); Qty; 1 GE Foot Switch; (REF 1482807); Qty: 1 GE Skin Spacer - Squircular; (REF 5436688-01) Qty: 2

The XPress BCD (breast compression device) is used in conjunction stereotactic breast biopsy devices. The primary function of the device is to provide effective consistent mechanical breast compression following stereotactic-guided biopsy, replacing standard manual compression of post breast biopsy sites. Reliable and effective mechanical breast compression, with equivalent clinical outcomes, reduces medical staff blood exposure and allows for significant labor savings. This model has a flat surface area.