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Neoprobe Gamma Detection System
The World-leading Gamma Detection System solution designed to meet your individual needs.
Neoprobe Console
Neoprobe GDS provides instant-on simplicity, no warm-up or calibration is needed. Dynamic and Binary pitch modes allow for customizable clinical applications. Dual isotope mode offers real-time Tc99/I-125 filtering.
Probes
Sterilizeable, Bluetooth probes offer a remote target count button. Exclusive remote functionality keeps control in the hands of the surgeon.
see how it works.
Neoprobe Basic Setup
Neoprobe In-Service for Physicians
Neoprobe In-Service for Technicians
features and benefits
The easy-to-use Neoprobe GDS leaves the surgeon free to focus on the patient and the procedure.
• Improved speed of start up with upgraded software
and internal components.
• No calibration or preventative maintenance
required.
• One touch remote count functionality within the
sterile field.
Neoprobe’s Bluetooth probes deliver highly accurate localization of target tissue.
• Outstanding directionality with or without
collimation.
• High sensitivity2 for even the most challenging
cases.
Neoprobe’s advanced capabilities enable success even in challenging cases.
• Individual counts for radioactive tracer and
radioactive seed simultaneously.
• On screen target count display for convenient
reference.
Exceptional Accuracy
Effortless Operation
The easy-to-use Neoprobe GDS leaves the surgeon free to focus on the patient and the procedure.
• Improved speed of start up with upgraded software and internal components.
• No calibration or preventative maintenance required.
• One touch remote count functionality within the sterile field.
Clinical Advantages
Neoprobe’s advanced capabilities enable success even in challenging cases.
• Individual counts for radioactive tracer and radioactive seed simultaneously.
• On screen target count display for convenient reference.
Neoprobe’s Bluetooth probes deliver highly accurate localization of target tissue.
• Outstanding directionality with or without collimation.
• High sensitivity2 for even the most challenging cases.
Bluetooth Wireless Probes
NPB14S
NPB14A
• 50% more sensitive than the NPR14 corded probe
• Set windows for the most common radioisotopes
used in surgical applications (125I, 57Co, 99mTc,
111In, 131I, 18F)
• Dual isotope mode for simultaneous scanning of
99mTc, 125I radioisotopes
• 50% more sensitive than the NPR14 corded probe
• Set windows for the most common radioisotopes used in
surgical applications (125I, 57Co, 99mTc, 111In, 131I, 18F)
• Dual isotope mode for simultaneous scanning of
99mTc, 125I radioisotopes
14mm Bluetooth Wireless Probes
NPB09S
• Designed for procedures where incision size may
be critical
• 35.7% smaller head diameter when compared to
the 14mm probe
• Internally collimated for ease of use in head and
neck procedures
9mm Bluetooth Wireless Probe
• Designed for procedures where incision size may be critical
• 35.7% smaller head diameter when compared to the 14mm
probe
• Internally collimated for ease of use in head and neck
procedures
NPRF18
• Capable of detecting high-energy photons typically
emitted from PET positive lesions
• Detects radioactive isotope Flourine-18 and other
high-energy radionuclides
• Sophisticated shielding that enhances 511 KeV
directionality
High-Energy F-18 Probe
• Capable of detecting high-energy photons typically emitted
from PET positive lesions
• Detects radioactive isotope Flourine-18 and other high-
energy radionuclides
• Sophisticated shielding that enhances 511 KeV directionality
• Orthogonal (90°) field of view for better accessibility
to targeted lesions
• Ergonomic design is optimized for a wide range of
uses
11mm Bluetooth Laparoscopic Probe
• Orthogonal (90°) field of view for better accessibility to
targeted lesions
• Ergonomic design is optimized for a wide range of uses