"PERINE range guides are made up of one part fixed on the ultrasound probe, whic
"PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices."
The guides from PERINE range are intended to guide a needle during ultrasound-g
The guides from PERINE range are intended to guide a needle during ultrasound-guided intervention.PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices.
PERINE range guides are made up of one part fixed on the ultrasound probe, which
PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices.
A system based on the PROMAP – 3D Prostate Suite range intended to define prosta
A system based on the PROMAP – 3D Prostate Suite range intended to define prostate contour and targets the region of interest on a prostate gland image in anticipation of a fusion with a system compatible with a 3D echography image realized as part of a targeted prostate gland biopsy.
PERINE range guides are made up of one part fixed on the ultrasound probe, which
PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices.
The guides from PERINE range are intended to guide a needle during ultrasound-g
The guides from PERINE range are intended to guide a needle during ultrasound-guided intervention.PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices.
PERINE range guides are made up of one part fixed on the ultrasound probe, which
PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices."
The product concerned is a plastic guide designed to be plugged on an endocavity
The product concerned is a plastic guide designed to be plugged on an endocavity ultrasound probe, to guide a linear instrument through transrectal access. The guide is composed of 2 parts welded together to have:• a channel to receive and guide the linear instrument • a clip to allow the guide stability on the transducer • 2 pins for attachment in the notches of the probe• a guide cone to introduce easily the needle into the tube
The device concerned is a metallic guide designed to be plugged on an endocavity
The device concerned is a metallic guide designed to be plugged on an endocavity ultrasound probe, to guide a linear instrument through transrectal access. Sold *5
Universal clamping baseThe steady pro range is intended to reliably maintain the
Universal clamping baseThe steady pro range is intended to reliably maintain the position of a transrectal ultrasound probe during ultra-sound-guided intervention.
Probe holder for transperineal approach.The steady pro range is intended to reli
Probe holder for transperineal approach.The steady pro range is intended to reliably maintain the position of a transrectal ultrasound probe during ultra-sound-guided intervention.
Steady Pro Probe Holding Arm with I and U extension and rail clamping baseThe St
Steady Pro Probe Holding Arm with I and U extension and rail clamping baseThe Steady Pro range is intended to reliably maintain the position of a transrectal ultrasound probe during ultra-sound-guided intervention.
Steady Pro (Mechanical probe holder and supports)The steady pro range is intende
Steady Pro (Mechanical probe holder and supports)The steady pro range is intended to reliably maintain the position of a transrectal ultrasoung probe during untra-sound-guided intervention.
PERINE range guides are made up of one part fixed on the ultrasound probe, which
PERINE range guides are made up of one part fixed on the ultrasound probe, which enables needle guiding. PERINE range guides guide needles of 14 to 20 gauges. The guiding aims to place the needle in the ultrasound image plane.The guides are reusable medical devices.
ITX
Transducer, Ultrasonic, Diagnostic
2
transP - Reusable Guid Perine Nail 14G
Other products with the same Product Codes"IYO, IYN, LLZ, ITX"
Single use stainless steel tube insert to be used for fluoroscopic feedback for
Single use stainless steel tube insert to be used for fluoroscopic feedback for alignment of cutting guides.
A three dimensional physical model depicting patient specific anatomy. To be us
A three dimensional physical model depicting patient specific anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
The D2P software is a stand-alone modular software package that provides advance
The D2P software is a stand-alone modular software package that provides advanced visualization of DICOM imaging data. This modular package includes, but is not limited to the following functions:- DICOM viewer and analysis- Automated segmentation- Editing and pre-printing- Seamless integration with 3D Systems printers- Seamless integration with 3D Systems software packages- Seamless integration with Virtual Reality visualization for non-diagnostic use
The D2P software is a stand-alone modular software package that allows easy to u
The D2P software is a stand-alone modular software package that allows easy to use and quick digital 3D model preparation for printing or use by third party applications. The software is aimed at usage by medical staff, technicians, nurses, researchers or lab technicians that wish to create patient specific digital anatomical models for variety of uses such as training, education, and pre-operative surgical planning. The patient specific digital anatomical models may be further used as an input to a 3D printer to create physical models for visual, non-diagnostic use. This modular package includes, but is not limited to the following functions:- DICOM viewer and analysis- Automated segmentation- Editing and pre-printing- Seamless integration with 3D Systems printers- Seamless integration with 3D Systems software packages
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
Image segmentation system for the transfer of imaging information from a medical
Image segmentation system for the transfer of imaging information from a medical scanner such as a CT scanner to an output file. It is also intended as pre-operative software for surgical planning.
A three dimensional physical model depicting patient specific anatomy. To be us
A three dimensional physical model depicting patient specific anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize patient anatomy. Model may also be used to pre-contour off-the-shelf implants.
A three dimensional physical model depicting patient specific anatomy. To be us
A three dimensional physical model depicting patient specific anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize patient anatomy. Model may also be used to pre-contour off-the-shelf implants.
A three dimensional physical model depicting patient specific anatomy. To be us
A three dimensional physical model depicting patient specific anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize patient anatomy. Model may also be used to pre-contour off-the-shelf implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.