Piezo motors

Categories

  • (34)
    • (9)
  • (3)
  • (142)
    • (18)
    • (7)
    • (4)
    • (7)
    • (9)
    • (17)
    • (2)
    • (103)
    • (7)
  • (14)
    • (7)
    • (1)
    • (1)
  • (6)
  • (155)
    • (20)
    • (2)
    • (5)
    • (111)
    • (35)
  • (11)
    • (4)
  • (58)
    • (17)
    • (3)
    • (7)
  • (62)
    • (18)
    • (5)
    • (24)
    • (7)
  • (12)
    • (1)
    • (2)
    • (2)
    • (1)
    • (1)
  • (14)
  • (12)
    • (4)
    • (6)
proofed motor.jpg

Inertial & Inchworm piezoelectric motors: Design and Motorization selection key aspects

14 June 2024

Piezoelectric motors have gained increasing prominence in various applications due to their unique capabilities and advantages. These motors are adapted for applications which require non-magnetic and radiation compatibility, high force/volume ratio, good unpowered stall force and low power consumption. Cedrat Technologies (CTEC) have developed inertial and inchworm motorization for a wide range of application such as Space, Defense and Nuclear. Each motorization solution has its own advantages and disadvantages which are discussed in this paper. Key aspect for the design and key element for the motorization selection are presented below.

3D ultrasonic imaging probes

1 January 2001

Implementation of 3D capabilities on ultrasonic imaging systems tantalizingly proves the high interest for this diagnosing modality. However, to become a clinical tool, 3D ultrasound has to spend further technological efforts in acquisition performance and probe size to deliver on the fly, quality volumetric images as well as current functionalities.