Airborne ultrasonic flaw detector(type) - メーカー・企業と製品の一覧

Aerial Ultrasonic Testing Device "GSCAN type . AERO"

No contact medium such as water or oil is required. Inspection of the internal structure of a wide range of materials can be performed non-contact, non-destructive, and dry.

The "GSCAN type.AERO" is a flaw detection device that detects bubbles, delamination, and foreign objects inside a workpiece using airborne ultrasound. It can be applied without the need for a contact medium, making it suitable for situations where the application of water or oil is to be avoided. Inspections can be conducted non-contact, non-destructive, and in a dry manner on various materials such as resin, plastic, and paper. 【Supported Applications】 ■ Detection of delamination and cracks in composite materials (CFRP, GFRP) ■ Inspection of electrolyte impregnation in Li-ion battery packs and detection of laminate delamination ■ Detection of adhesive failure and delamination in aluminum honeycomb materials and plywood ■ Internal inspection of building materials such as gypsum board and concrete, etc. *You can view the product documentation from the download button. Please feel free to contact us with any inquiries.

企業：ジーネス
価格：Other

Flaw detection testing
Other inspection equipment and devices

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Aerial Ultrasonic Testing Device "GSCAN type. AERO"

Applicable to materials where water and oil cannot be used! An unbonded area with a diameter of 7mm can be detected at the adhesive joint of the ASSY.

The airborne ultrasonic testing device "GSCAN type.AERO" is a non-destructive testing image processing system that can inspect materials using a non-contact medium. It can be applied to materials where water and oil cannot be used. For CFRP materials with a thickness of up to 120mm, it can detect interlayer delamination of φ5mm, and in the adhesive areas of assemblies, it can detect unbonded areas of φ7mm (based on results from artificial defects). 【Features】 ■ Capable of inspecting materials using a non-contact medium ■ Applicable to materials where water and oil cannot be used ■ Can detect interlayer delamination of φ5mm for CFRP materials with a thickness of up to 120mm ■ Can detect unbonded areas of φ7mm in adhesive areas of assemblies *For more details, please refer to the PDF materials or feel free to contact us.

企業：ジーネス
価格：Other

Image Processing Equipment
Flaw detection testing

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Detection defect size of airborne ultrasonic testing.

Ultrasound propagates through the air without the need for a coupling medium! It can detect materials that cannot be applied to water or oil, etc.

In ultrasonic testing, a contact medium (such as water, oil, or glycerin) was necessary to transmit ultrasonic waves to the test specimen; however, this testing method allows ultrasonic waves to propagate through the air without the need for a contact medium. Therefore, it can detect items that cannot be tested with water or oil. Our company offers the non-destructive testing image processing system, the air ultrasonic flaw detection device 'GSCAN type.AERO', which can conduct material inspections without a contact medium. 【Features】 ■ Air ultrasonic waves do not require a contact medium compared to the water immersion method, which is an advantage, but the condition of the defect size in air ultrasonic flaw detection should be confirmed. ■ A resin plate test specimen with paper artificial defects of φ9mm, φ7mm, φ5mm, and φ3mm was prepared, with the transmitting and receiving probes arranged opposite each other for flaw detection, and the detection status was confirmed. ■ For artificial defects up to φ3mm, the height of the transmitted pulse decreased, but it was still sufficiently possible to distinguish between the defect and the sound part. *For more details, please refer to the PDF document or feel free to contact us.

企業：ジーネス
価格：Other

Image Processing Equipment
Flaw detection testing

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Aerial ultrasonic testing of plywood.

Identifying joints and defective joints! A significant decrease in the transmission pulse of defective joints was observed.

The issue is the bonding defects (delamination between layers) that occur during the plywood lamination process, and the aim is to detect them. We confirmed the condition of the adhesive joints using air-coupled ultrasonic testing. In the case of bonding defects (delamination between layers), the transmitted pulse decreases, allowing us to distinguish between the bonded area (blue) and the defective area (yellow/red) in the testing results. Additionally, the bonding areas of the plywood are less affected by material noise, and the transmission rate is good, making the decrease in the transmitted pulse of the defective areas clearly observable. Our company offers the air-coupled ultrasonic testing device 'GSCAN type.AERO,' which allows for non-destructive testing and image processing of materials without contact. 【Features】 ■ In the experiment, plywood (450mm long × 150mm wide × 18mm high) was prepared, and the transmitting probe and receiving probe were arranged opposite each other, with the plywood placed in between for testing. ■ The transmitted ultrasound passes through the plywood, and the ultrasonic signals are received. ■ In the case of bonding defects, part or all of the ultrasound is obstructed, resulting in a lower height of the received transmitted pulse compared to the sound areas. *For more details, please refer to the PDF document or feel free to contact us.

企業：ジーネス
価格：Other

Image Processing Equipment
Flaw detection testing

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Airborne ultrasonic flaw detector(type) - メーカー・企業と製品の一覧

Airborne ultrasonic flaw detectorの製品一覧

Aerial Ultrasonic Testing Device "GSCAN type . AERO"

Aerial Ultrasonic Testing Device "GSCAN type. AERO"

Detection defect size of airborne ultrasonic testing.

Aerial ultrasonic testing of plywood.