Linear probes customized for world-renown ultrasonic vendors Image quality comparable to their original probes

 

Doppler brings in a wide range of world leading equipments, including high precision grooving machine, precise welding equipment, plasma surface processing equipment, SMT equipment and sound characteristics testing equipment.

By applying high precision grooving techniques, chip grooving distance accuracy can be enhanced and so can production efficiency.

By applying plasma processing techniques to process adhesion layer surface, the binding force between matched layers, cores and backing filling layers, we supply every customer with high quality probes.

By applying SMT, probes become smaller and more delicate, and are thus easier to use.

Sound characteristics testing technique enables access to a variety of acoustic electric parameters.

Our engineering expertise is wide ranging and includes design of piezocomposite materials, acoustic materials, precision mechanics, transducers and probes. With this expertise, we have kept innovating in technologies.

We have developed a wide range of piezocomposite materials.

We have developed high performance acoustic matched layers, sound absorbing materials and acoustic lens materials.

High precision dicing saw techniques.

Thermal techniques nuance acoustic electric transfer efficiency of ultrasonic transducers.

Processing and fabrication techniques for super high frequency and variable frequency probes

Probe design technology to achieve narrow pulse, broad band, high sensitivity, uniform acoustic field and excellent conformity