Service and expertise

We support you to develop your business by delivering state of the art gammaspectrometer solutions, excellent service and extensive support.

Detector Calibration

We want you to have the best information from your gamma-ray spectrometers. Proper calibration of gamma-ray survey systems is key to a successful survey yielding quantitative results.

Our sensors are delivered with a calibration from our calibration facility. In this facility we can re-calibrate your acquired Medusa Sensing tool but we also calibrate borehole logging sensors and airborne sensors of other suppliers.

Calibration file for GAMMAN or 3rd party

After calibration, we deliver a full report on the quality of the tool and its calibration factors. The calibration file can be used in our GAMMAN data analysis package or in third party software that uses our GAMMAbase module.

Our WIKI contains more technical info and whitepapers on the subject.

Please contact us for pricing of our calibration service and for an example calibration document.

Calibration service
Detector Design

Detector design

We believe that the sensor should be fitted to your needs and not reversed. Medusa is at the frontline of the development of sensoring systems, having helped many companies in starting new business using our state of the art gamma-ray spectrometers and excellent service

Sensors to be used on your platform

With our years of experience in developing gamma-ray sensors we can also support you to develop your business with a sensor that can be used on your platform, whether this is a drone, tractor or a seaborne vessel. With our Monte Carlo computer models, we design the right sensor for your application.

We design and deliver, from drones to seaborne vessels.

Data Analysis

Sometimes radiometric datasets need an objective review. We provide analysis and assessment of datasets, using our full spectrum analysis methods and Monte Carlo modelling of detector response. Examples of such assessments include evaluation of borehole datasets to correct for effects like borehole casing and diameter variations. Another example is found in a review of airborne data to assess the contribution of radon without using data from an upward looking detector.

Over the years, we have seen many applications of gamma-ray spectrometers and processed data for mining, sediment research, agricultural applications, environmental studies and road construction mapping. Our knowledge on these applications can help you to improve and extend the use of your gamma ray spectrometers.

The publications on our Wiki  demonstrate the broad use of our gamma ray sensors.

Data Analysis

Scientific Support and Expertise

The team members of Medusa are authorities in the field of radiation measurements and applying sensor systems for mapping. It is not only our past experience of several decades we rely on. In many of our projects we collaborate with universities and students. Our close collaboration with the Center for Advanced Radiation Technology of the university of Groningen ensures that we keep up with the latest developments from the scientific world.

Medusa Radiometrics 2018 State of the Art Radiometric Systems