Quick video on the GMT-100
Gamma Medical - GMT-100
Features of the GMT-100:
Ergonomic 7” TFT touchscreen display with white LED background for high contrast
Light weight of 3.5 kg for comfortable transportation
Antibacterial handle for effective cleaning
Special housing design to achieve easy disinfection
Probe holder and cable rewind
High quality manufacturing
User-friendly interface:
Clearly arranged and well-assigned buttons for intuitive operation
Easy-to-understand displayed information
Simple menu navigation using three main pages: Home, Quality Control and Service
Performance:
High sensitivity and reaction time for an increased detection probability
Exact correlation between displayed count rate and acoustic signal, for a full focus on the examined area
Powered by built in lithium battery (up to 8h) or power by main supply (without delay)
Detailed display of the battery status in percent with charging information
Automatic change between used nuclides
No calibrations necessary, ready for immediate use
About the GMT-100
The Gamma probe GMT-100, specially developed for Sentinel Lymph Node Biopsy, is easy to use and provides accurate results. With superior measurement characteristics using innovative technology, and the unique ability to perform an automatic quality control, the GMT-100 is the reliable partner for the identification of sentinel lymph nodes. The GMT-100 is mainly used for the diagnosis of breast cancer and malignant melanoma.
Features of the Gamma Probe P-100S:
Perfect side shielding of 99.97 % for error-free detection of radiation sources
Excellent spatial resolution of marked lymph nodes of 12 mm
The complete probe is made of biocompatible surgical stainless steel.
Ergonomic design with an outer diameter of 15 mm for optimized handling
Removable collimators for simplified sterilization Standard 40° collimator, which can be easily exchanged with other collimators (20°, 60°)
About the Gamma Probe P-100S
With the Gamma Probe P-100S, you benefit from the built-in photomultiplier, which increases the sensitivity and amplification of even the weakest marked lymph nodes. This leads to an improved probability of detection in comparison to common probes with photodiodes and semiconductors.
