Related TopicsEquipmentExperimentsFurther possibilitiesRelated Topics With this set, experiments can be carried out on the fundamental physical-technical principles of ultrasound technology and its application in medicine, natural and engineering science. Here, reference is made to both the introduction of the basic technical terms of echoscope measuring technology as well as to the essential physical characteristics of...
Non-destructive testing (NDT) by means of some of the most common ultrasound testing methods, such as the pulse-echo method and the through-transmission method, angle beam testing and the TOFD procedure…
Investigating the mode transformation of ultrasonic waves at boundaries between liquids and solids and at boundaries of different solids as well as determination of sound velocity of shear and surface…
Introduction into acousto-optics and the use of continuously emitted ultrasonic waves with imaging of a standing ultrasonic wave field using laser light
Examining the possibilities and limits of the B-scan method with vivid tracking of the individual steps from a single ultrasound signal to the complete B-scan image
Application-oriented investigation of possibilities and limitations of the B-scan technique and practice of fundamental handling of a B-scan ultrasound device in combination with vivid medical phantoms
High-resolution ultrasonic measurement system for ultrasonic measurements using single-element transducers, Delivery includes manual, power cable, USB cable, software
Ultrasonic device for carrying out experiments on the subject of Doppler effect, fluid mechanics and Doppler sonography in vascular diagnostics, Delivery includes manual, power cable, USB cable, software
High-resolution ultrasonic measurement system based on the GS200 (article no. 10400) extended by an imaging module for ultrasonic measurements using single-element transducers and an ultrasonic array transducer, delivery includes ultrasonic…
NEW! Ultrasonic measurement system for generating ultrasonic images using the B-mode and M-mode methods with an ultrasonic array transducer Delivery includes ultrasonic array transducer, manual, power cable, USB cable, software
Realistic breast model with two fluid-filled, non-palpable cysts to carry out experiments on the subject of medical diagnostics (breast tumor diagnosis). For educational purposes only.
Realistic breast model with three malignant, palpable tumors to carry out experiments on the subject of medical diagnostics (breast tumor diagnosis). For educational purposes only.
Single-element transducer with a frequency of 1 MHz suitable for investigations with large penetration depths, equipped with special plug for connection to GAMPT-Scan or FlowDop
Single-element transducer with a frequency of 2 MHz suitable for investigations with medium penetration depths, equipped with special plug for connection to GAMPT-Scan or FlowDop
Single-element transducer with a frequency of 4 MHz suitable for detection of smallest structures, equipped with special plug for connection to GAMPT-Scan or FlowDop
Single-element transducer with a frequency of 1 MHz suitable for investigations with large penetration depths, equipped with BNC connector for universal use
Single-element transducer with a frequency of 2 MHz suitable for investigations with medium penetration depths, equipped with BNC connector for universal use
Single-element transducer with a frequency of 1 MHz suitable for investigations with large penetration depths, equipped with special plug for connection to GS200, GS200i or FlowDop200
Single-element transducer with a frequency of 2 MHz suitable for investigations with medium penetration depths, equipped with special plug for connection to GS200, GS200i or FlowDop200
Single-element transducer with a frequency of 4 MHz suitable for detection of smallest structures, equipped with special plug for connection to GS200, GS200i or FlowDop200
Test block made of homogeneous, transparent acrylic including several groups of differently sized defects for teaching basics of echoscopic investigations
Aluminum plates of different thickness to investigate the influence of thin layers upon the reflection and transmission of ultrasonic waves (Currently not available)
Polyoxymethylene (POM) material sample including holder for determination of elastic material constants, extension for shear wave set (article no. 10218)
Realistic silicone breast model with two palpable occlusions simulating benign tumors to carry out experiments on the subject of medical diagnostics (breast tumor diagnosis). For educational purposes only
Aluminium test block with different reflector types for locating of discontinuities using techniques such as the echo, delta, tandem, transfer and angle techniques
Acousto-electric transducer for investigating characteristics of sound field of an ultrasonic probe equipped with special plug for connection to the echoscope GS200 / GS200i
Acousto-electric transducer for investigating characteristics of sound field of an ultrasonic probe equipped with special plug for connection to an echoscope
Acousto-electric transducer for investigating characteristics of sound field of an ultrasonic probe equipped with special plug for connection to the echoscope (GAMPT-Scan)
Set including a hydrophone for connection to echoscope GS200 / GS200i, holders and sample reservoir to carry out experiments investigating ultrasound propagation phenomena and sound fields
Set including a hydrophone for connection to an echoscope, holders and sample reservoir to carry out experiments investigating ultrasound propagation phenomena and sound fields
Set including a hydrophone for connection to echoscope (GAMPT-Scan), holders and sample reservoir to carry out experiments investigating ultrasound propagation phenomena and sound fields
Set including various Lamb wave combinations for investigating the frequency-dependent propagation velocity of ultrasonic waves in a thin glass plate (Lamb waves)
Sample reservoir with adjustments, ultrasonic multifrequency probe and laser module for exact positioning of the components for the generation of standing waves during the Debye-Sears experiment
Cover for sample reservoir (article no. 20225) to prevent change in the concentration of the liquid when using more than one reservoir at the same time
Sample reservoir made of glass with fixed laser and lens support offers optimal conditions for sound reflection for the production of standing waves and radiography with laser light, suitable for…
Photodiode receiver with built-in amplifier for quantitative recording of the intensity of the laser light, Delivery includes power supply and BNC connection cable
Measuring unit with sensor and measuring amplifier for determining the local average intensity of ultrasonic waves, Delivery includes connection cables for a voltmeter (Currently not available)
Electric stirrer to prevent the formation of local temperature differences and easier manufacturing of homogeneous solutions for concentration measurements, equipped with connection to the cw ultrasonic generator SC600 (article no.…
Ultrasonic pen shaped Doppler probe with a frequency of 2 MHz for measurements on the arm phantom (article no. 50160) equipped with special plug for connection to FlowDop200
Ultrasonic pen shaped Doppler probe with a frequency of 2 MHz for measurements on the arm phantom (article no. 50160) equipped with special plug for connection to FlowDop
Scanner system with sample holder and two step motors with exact angle positioning necessary for the rotation and linear shifting of the test sample to carry out experiments on the…
Realistic model of a human arm with integrated vessels and a stenosis for carrying out experiments on the subject of Doppler sonography in vascular diagnostics
Modified blood pressure cuff adapted to the arm phantom (article no. 50160) for experiments on blood pressure measurement with the ultrasonic Doppler method
Control unit for the CT scanner (article no. 60200) for software-aided or manual control of the scanner with connection to the ultrasonic echoscope GS200/GS200i
Acrylic measuring reservoir for CT scanner (article no. 60200) with built-in support for several ultrasonic transducers, dimensions: 430 mm x 150 mm x 150 mm
Test cylinder made of black opaque plastic with built-in structures of different absorption and sound velocity distributions to carry out experiments on the subject of ultrasonic tomography
Demonstration of the difference between the spectrum of a pulse and the spectra of periodic signals using the simple model of multiple reflection at a plate
Investigation of the formation and propagation of longitudinal and shear acoustic waves in solids based upon the ultrasonic transmission through a plane parallel plate at different angles of incidence
Demonstration of the basics of the B-scan method by recording the ultrasonic cross-sectional image of a simple test object “by hand” using an ultrasonic echoscope
Characterization of the sound fields of two ultrasonic probes of different frequencies by scanning reflection and transmission with a hydrophone (near field length, focus zone, axial resolution power)
Simulation of the movement of the cardiac wall with a simple heart model, examination by means of the time-motion method (TM-mode, echocardiography), determination of heart rate and cardiac output
Demonstration of blood flow examinations by means of the ultrasonic Doppler method using a realistic arm phantom, Presentation of the differences between continuous venous and pulsatile arterial flow
Examination of an ultrasound test phantom with a normal beam probe and/or an array probe. Assessment of accuracy and performance of the ultrasound system in terms of resolution, dead zone…
Analysis of applicability and performance of different discontinuity locating techniques of non-destructive testing with ultraound using a test block with different types of discontinuities (defects)