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Ultrasonic imaging device FineSAT III
FineSAT Ultrasonic Imaging Device III. Overview FineSAT Ultrasonic imaging device is a device that uses non-destructive ultrasound to obtain images of
Product details

Ultrasonic imaging device FineSAT III

1、 Summary

FineSAT ultrasonic imaging device is a device that uses non-destructive ultrasound to obtain images of internal pores, cracks, peeling and other defects in semiconductor packaging, electronic components, ceramics, metal resin components, etc. Nano level gaps that cannot be detected by X-ray devices, infrared inspection devices, and optical microscopes can also be detected.

FineSAT III is the third generation of FineSAT, which not only elevates basic functions such as high evaluation resolution to a higher level, but also enriches various analysis software including high-speed automatic measurement, simultaneous transmission and reflection measurement, and automatic defect detection functions. Moreover, it also improves the convenience of use (such as batch storage of flaw detection data, etc.), which can be applied to a wide range of applications from large-scale inspections in production lines to research and development.

2、 Characteristics

Large opening for improved safetyStandard equipment should also be equipped with mechanisms to prevent mechanical and electrical accidents, such as setting up area sensors at the opening (the opening is enlarged to facilitate sample entry and exit) to prevent misoperation.

Carefully respond to homework needs

Equipped with magnetic plates that are easy to fix small samples and standard test pieces that are indispensable for daily inspections. In addition, in terms of software, extremely subtle measures have been taken to enhance daily operability, represented by rich help functions.

Pursuing convenience and safety in use

For easier use and safer operation, careful consideration has been given to details such as large windows on both sides, LED lighting, protective covers for power switches, and removable transparent panels in front.

There are also optional components such as fixtures for fixing curved printed circuit boards and local immersion devices to prevent the back of the sample from getting wet during testing. Please feel free to consult at any time.

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3、 Function

A wide variety of probes

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When used for reflection method, there are a wide range of probes suitable for measuring objects and conditions, from low frequency to high frequency, from short focal length to long focal length. In addition, transmission method probes are also available to find suitable probes for measuring objects for customers. We can also assist you in selecting the appropriate probe.

*We can also produce locally immersed probes that do not allow the measured object to be submerged underwater during testing according to your requirements.

Further development of FineSAT III parsing software

FineSAT III has further developed analysis software for waveform analysis, measurement, peel determination, depth information, and other related functions

Real time comparison of ± phase, intensity, and depth data is possible. In addition, when displaying overlapping waveforms, even with different timelines, the timeline can be automatically adjusted and saved. In addition, through unique methods such as pixel interpolation and automatic contrast, more easily understandable data can be obtained effortlessly.

In terms of multi gate functionality, up to 64 gate fields can be set, and standard equipment includes the ability to batch save data and measurement conditions within each gate, as well as save image data in one file.

In addition, it is also equipped with the functions of importing waveforms of all points, offline changing gate positions, and redrawing images as standard. If there is a capacity scanning function that can perform FFT analysis and differential imaging processing (optional), adding 3D viewer software (optional) can construct more three-dimensional ultrasound image data, strongly supporting internal structural analysis.

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A configuration that can display both reflection intensity and depth simultaneously for composite evaluation.

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Real time comparison and analysis of ± phase, intensity, depth, and polarity emphasis can be conducted.

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3D browser software (optional)

Shape can be restored and visualized through 3D, allowing for 360 ° rotation in both horizontal and vertical directions, allowing for viewing from any angle and displaying cross-sections at any position.

4、 Specifications


FS100Ⅲ

FS200Ⅲ

FS300Ⅲ

Support probe frequency (MHz)

5~75

5~140

5~300

Effective scanning range (mm)

350×350

Probe height stroke (mm)

80

Zui small scanning spacing (µ m)

0.5

Maximum scanning speed (mm/s)

1,000

Dimensions (mm)

1,590×1,340×940

Mass (kg)

About 380

Power specifications

AC100V/15A 50/60Hz

Please consult for probes below 5MHz.

The scanning range above this range can also handle it, please consult.

When facing overseas, other specifications can also be accommodated.

There is also an English version of the software available.

5、 Dimensional drawingimage.png

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