The MAUT dolphicam2 transducer is formed by 128 transmitting electrodes crossing 128 receiver electrodes as you can see in figures 3 and 4. In between the layer of transmitting and receiving electrodes, is the piezoelectrical material that creates the ultrasound. The cross sections between each transmit electrode and receive electrode create the transducer element that results in an A-scan. Hence 16384 elements and A-scans. The majority of dolphicam2 transducers are 128 x 128 elements (2.5MHz, 3.5MHz, 5.0MHz, 8.0MHz, 10.0MHz), but they also offer a 64 x 64 element transducer (1.5MHz) and a 32 x 32 element transducer (0.7MHz). dolphitech, has developed an MAUT platform called dolphicam2 (succeeding the first generation of dolphicam1). Figure 5 shows all the views that dolphicam2 provides with the volume data from MAUT. The example data is from an impacted sample of CFRP (Carbon Fiber Reinforced Polymer). These images show a result of a Matrix Array Transducer that has 128 x 128 elements. Hence there are 16384 A-scans. Looking at the views in figure 5, by moving the crosshair in the C-scans shows the corresponding A-scan in that point. The crosshair also decides where you want to slice your data and show the B-scan vertical and B-scan horizontal. The C-scan Amplitude (grayscale) is based on the max peak amplitudes in your data, giving you an incredibly detailed view of the pulse-echo reflected in your material. The C-scan Time-Of-Flight (color), provides the user with a very precise view of the depth and thickness of the reflected pulse echo. Lastly, there is a 3D view which can be zoomed and rotated to give a very intuitive representation of the data.

The MAXIEM X JetMachining Centre delivers superior performance, expanded versatility and high productivity at an affordable price.

Feature 3

(MISSING) McMurtry (APC)

McMurtry exist to create some of the most exciting vehicles on the planet - for drivers and spectators.

Designed for straightforward integration, the new robot system immediately delivers maximum efficiency and precision at low cost. With fast cycle times and mounting flexibility, Mecademic’s SCARA is ideal for a variety of applications including pick-and-place, assembly, lab automation, and more. This robust robot is unique in that it offers a combination of simplicity, precision, and high performance at significantly lower overall costs than competitive models.

MEAN WELL BIC bidirectional power supplies deliver efficient two-way power conversion for energy storage applications

MEAN WELL DRS intelligent security power supplies combine reliable power, battery charging and UPS functions in one unit

MEAN WELL HEP power supplies deliver rugged, high-efficiency performance in harsh and demanding environments

MEAN WELL LOP open frame power supplies deliver compact design, high efficiency and reliable industrial performance

MEAN WELL NSP enclosed power supplies offer compact design, high efficiency and reliable performance for industrial use

MEAN WELL NTN 2-in-1 charging inverters deliver reliable off-grid power with integrated battery charging

MEAN WELL XDR DIN rail power supplies deliver compact design, high efficiency and reliable industrial performance.

Mecademic’s Meca500 is by far the smallest and most compact six-axis industrial robot arm. It is also the most precise one. Unlike most other industrial robots which are usually complex stand-alone systems, the Meca500 is a plug-and-work automation component. The Meca500 robot is a slave component rather than a master, which makes it very easy to integrate via any computer or PLC. The Meca500 doesn’t require any training courses, software installations, or additional options to purchase. It’s that simple!

The Meca500 is by far the smallest and most compact six-axis industrial robot arm — and also the most precise.