INNOVATIVE ULTRASOUND MEASUREMENT TECHNOLOGY
GAMPT stands for comprehensive expertise in ultrasonic measurement technology. GAMPT has been developing its own projects and cooperating with partners from industry and research for over 25 years. Our growing network extends across Germany, Europe, Asia and the USA. We manufacture ultrasonic devices for practical training in medicine, physics and materials science, which can be used to carry out a wide range of experiments in student practical courses, and our many years of experience in the field of ultrasonic measurement qualify us to design even very complex and highly sensitive ultrasonic measurement methods and devices, such as the BubbleCounter for microbubble detection in flowing liquids.
We develop and improve hydrophones and ultrasonic sensors for sound field measurement. Hydrophone calibrations can be conveniently carried out with our 3D sound field scanner. Our ultrasonic measuring devices for laboratory applications are versatile, such as the BCFL400 (for detecting and classifying microbubbles in flowing liquids) and the Fluidoscope FS400 (sophisticated measuring system for detecting the scattering of ultrasonic waves by bubbles or particles in a flowing liquid). On request, we develop customized ultrasonic solutions, from circuit designs, sensors and software to complete devices.
GAMPT stands for comprehensive expertise in ultrasonic measurement technology.
GAMPT has been developing its own projects and cooperating with partners from industry and research for 25 years. Our growing network extends across Germany, Europe, Asia and the USA. We manufacture ultrasonic devices for practical training in medicine, physics and materials science, which can be used to carry out a wide range of experiments in student practical courses, and our many years of experience in the field of ultrasonic measurement qualify us to design even very complex and highly sensitive ultrasonic measurement methods and devices, such as the BubbleCounter for microbubble detection in flowing liquids. We develop and improve hydrophones and ultrasonic sensors for sound field measurement. Hydrophone calibrations can be conveniently carried out with our 3D sound field scanner. Our ultrasonic measuring devices for laboratory applications are versatile, such as the BCFL400 (for detecting and classifying microbubbles in flowing liquids) and the Fluidoscope FS400 (sophisticated measuring system for detecting the scattering of ultrasonic waves by bubbles or particles in a flowing liquid). On request, we develop customized ultrasonic solutions, from circuit designs, sensors and software to complete devices.
Ultrasound in Education
Here you will find ultrasound devices, sets for ultrasound experiments for students at universities and technical colleges as well as compact ultrasound experiments for school.
Ultrasound in Medicine
The Bubble Counter BCF300 developed by GAMPT is an ultrasound device for the detection of microbubbles and for flow measurement in clinical use and in the laboratory.
Sound Field Measurement Technique
With our hydrophones (membrane hydrophones, HIFU etc.) and accessories (3D sound field scanner with holders and absorber) you have the perfect technology for measuring and characterizing the sound fields of ultrasonic sensors.
Laboratory & Industry
Our devices for laboratory and industry can be used for versatile applications. In addition to measuring devices (e.g. BCFL400, FS400, Layerscan2) you will also find probes, sensors and other accessories.
NEWS
Research launch: HEALS – Innovation in wound diagnostics
NEW: Leasing for BubbleCounter BCF300 and BCFL400
Successful kick-off meeting for ground-breaking resuscitation project
GAMPT in Aarhus again: Lecture and practice on embolism
IHK Halle-Dessau visits GAMPT
FAIRS AND MEETINGS
14. – 17. September 2025
Internship supervisor conference 2025
in Düsseldorf (Germany)
15. – 18. September 2025
IEEE International Ultrasonics Symposium
in Utrecht (Netherlands)
16. – 18. September 2025
MINT Festival
in Jena (Germany)
21. – 25. September 2025
ICU2025 – International Congress on Ultrasonics
in Paderborn (Germany)
Funding projects
inno-Blu
Device for the detection of blood parameters
The aim of the KTT project is to systematically structure a solution idea for the development of a device for the detection of blood parameters on the patient’s arm based on ultrasound-modulated laser scattering and to transform it into a feasible concept.
Duration: 11/2024 – 10/2025
Total budget: 99.000,00 €
EU-funding: 69.300,00 €
HEALS (Healing Evaluation and Assessment for Surgical wounds)
Sonographie-Diagnosegerät zur Früherkennung und zum Monitoring der Wundheilung von Hautwunden und Kolonanastomosen zur individuellen Risikoabschätzung einer Anastomoseninsuffizienz
(in close cooperation with the network partner FuE 72/24 Medical Faculty of the Otto-von-Guericke University Magdeburg)
Duration: 01/2025 – 06/2027
Total budget: 680.109,62 €
EU-funding: 408.065,77 €