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Ultrasonic Cosmetologic Transducer Prober

$99

5-9999
Piece/Pieces
$5

≥10000
Piece/Pieces

Min. Order:

1 Piece/Pieces

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Product Attributes
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Company Overview
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Overview

Product Attributes

Model No.: HIFU cosmetologic transducer

Packaging & Delivery

Selling Units:: Piece/Pieces

Hifu high-energy focused ultrasound knife, i.e. high-energy focused ultrasound knife, is a non-invasive (non-invasive) ultrasound technology that directly acts on SMAS layer. Ultrasound is used as energy source, and its penetration and focusing mode are used to focus the ultrasonic energy emitted by ultrasound on the SMAS layer of human body. A high sound intensity area-focal area is formed in SMAS. It can penetrate into the subcutaneous area of 3.0mm-4.5mm and make the temperature of SMAS tissue reach more than 65 degrees in 0.5-1 seconds (the strongest temperature of all non-invasive skin-tightening instruments), which results in the recombination of collagen in SMAS tissue. Normal tissues outside the focal area are not damaged to achieve the effect of fascial elevation.

Name	Specifications	Frequency(KHz)	Capacitance(pF)

Cosmetologic transducer	Φ20×10 R19	4000±5%	7000±12.5%
Cosmetologic transducer	Φ20×9 R19	4000±5%	7000±12.5%

CUSTOM TRANSDUCER AVAILABLE.

Product Categories : Ultrasonic Sensor

Company Overview

Zibo Yuhai Electronic Ceramics Co., Ltd. (formerly Zibo Wireless Ceramics Factory), founded in 1966, is one of leading manufacturer of piezoelectric ceramic elements and is engaged in the research and development of piezoelectric ceramic elements.

One of the founders of research, development and production of Piezo components and sensors in China.
the member of China Standardization Committee on underwater piezoelectric ceramic materials and components, partifipated the piezoelectric ceramic elements standard setting.

a. In 1986, involved in the formulation of the CB1125~1128-86 ministerial standard for general technical conditions of piezoelectric ceramic materials for underwater acoustics.

b. In 1988, participated in the formulation of the "Measurement and Calculation Method of Performance Parameters of Underwater Acoustic Practical Piezoelectric Ceramic Components" CB1194-88 standard.

c. In 1993, participated the formulation of the CB1218-93 ministerial standard of commonly used piezoelectric ceramic components for underwater acoustics.

d. In 2004, Participated in the formulation of Dielectric Filters Part 1: General Specification SJIEC61337-1:2004, Dielectric Filters Part 2: Guidelines for UseSJIEC61337-2:2004 industry standard.

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