Achieving improved operability and high-precision non-destructive testing.
■ The simultaneous display of three modes (A, B, C scopes) makes defect determination easier. ■ You can select a frequency suitable for the work (high-performance polymer concave ultrasonic transducer). ■ A Scope This represents the received sound pressure at the transducer and the propagation time of the ultrasound in a rectangular coordinate system. It allows you to grasp the reflected sound pressure from abnormal areas and the depth from the testing surface. ■ B Scope - Cross-sectional Image The A Scope waveform is represented as a line through brightness modulation, plotted in a rectangular coordinate system with the position (1D) on the sample under the transducer and the sound wave propagation time. The distribution, presence, and depth of abnormal areas under the transducer's scanning line are displayed, allowing for an intuitive understanding of the cross-sectional view. ■ C Scope - Planar Image The presence or absence of abnormal areas or reflected sound pressure under the transducer is brightness modulated (corresponding to taking a point on the sound wave propagation time axis of the B Scope image), plotted in a rectangular coordinate system with the position (2D) on the sample under the transducer. This method involves setting a gate or sampling point on the sound wave propagation time axis before recording and displaying. It provides a clear understanding of the distribution of planar abnormalities, making it suitable for testing flat materials. By changing the slice level, you can also determine changes in defect depth direction.
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basic information
Model: HA-60A 【Ultrasonic Probe】 Frequency: 10–140 MHz (Standard 50 MHz) 【Image Acquisition Function】 Display: A, B, C scope… simultaneous, C scope: variable area Maximum number of images that can be acquired: 8 screens simultaneously Image data acquisition methods: Cursor sampling, Gate hold sampling, Tracking gate sampling A/D sampling frequency: 1000 MSPS 【Scanning Device】 Type: X, Y, Z stage scanning Stage movement (X×Y×Z): 150 x 150 x 80 mm Scanning speed: Up to 500 mm/sec Field of view size: Free size Scanning step: X, Y: 8 μm, Z: 1 μm 【Image Display】 Display: 23-inch wide LCD monitor Video resolution: Horizontal 1920 × Vertical 1080 pixels 【Power Supply】 Voltage: AC 100 V Power consumption: 600 VA 【Weight】 Main unit: Display 6.2 kg, Main body 20 kg Scanner unit: Approximately 150 kg 【External Dimensions (WxDxHmm)】 Main unit: Display 544 x 242 x 319, Main body 220 x 495 x 430 Scanner unit: 650 x 650 x 1377
Price range
P7
Delivery Time
Applications/Examples of results
■Detection of cracks, voids, and delamination in semiconductor (resin, ceramic packages, IC chips, lead frames) ■Detection of cracks and voids in ceramic products ■Detection of voids and cracks in resin, metal, and cast parts ■Detection of voids and delamination in metal welding and brazing areas
Line up(5)
Model number | overview |
---|---|
Ultrasonic Probe 10MHz (Optional) | Probe: 10MHz Spot Size 500μm |
Ultrasonic Probe 25MHz (Optional) | Probe: 25MHz Spot Size 200μm |
Ultrasonic Probe 50MHz (Standard) | Probe: 50MHz Spot Size: 100μm |
Ultrasonic Probe 75MHz (Optional) | Probe: 75MHz Spot Size: 75μm |
Ultrasonic Probe 140MHz (Optional) | Probe: 140MHz Spot Size: 10μm |
Company information
At Honda Electronics, since our founding, we have always focused on the development of new technologies as a research and development-oriented company. As we enter the 21st century, we aspire to be a market-creating company, utilizing the various ultrasonic core technologies we have cultivated over the years to contribute to societal development through collaboration with academia and cross-industry exchanges. Dolphins possess remarkable ultrasonic abilities bestowed upon them by the gods. As a company involved in ultrasonics, there is still much we can learn from dolphins. We are committed to continually striving for technological innovation with humility, while actively sharing information that brings happiness to everyone.