アイ・エス・エル List of Products and Services

The "LFA11" is a low-frequency adapter that connects to commercially available ultrasonic flaw detectors, thickness gauges, and pulser-receivers, significantly improving low-frequency characteristics. It extends the low-frequency characteristics of commercial devices up to 30 kHz, enabling measurements of high-damping and high-scattering materials. It operates on four AA batteries, making it convenient for field use. It allows for the measurement of materials that are difficult to measure with conventional general-purpose devices, such as 1m thick concrete, 50cm insulating bricks, 50cm CC composites, and 10cm cork. 【Features】 ■ Capable of measuring high-damping and high-scattering materials ■ Convenient for field use as it operates on four AA batteries ■ Enables measurement of materials that are difficult to measure with conventional general-purpose devices ■ Compatible with all of our low-frequency active probes *For more details, please refer to the PDF document or feel free to contact us.

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We handle the "Flexible Series of Probe Cables." They maintain flexibility even in winter, making manual scanning easy. Additionally, when used with automatic scanning devices, they reduce the load on the mechanism. The standard stock connectors include four types: LEMO (two sizes), Microdot, BNC, and UHF, with right-angle types also available. For LEMO, you can choose the sleeve color from brown, red, orange, yellow, green, blue, gray, white, and black. 【Features】 ■ Flexibility: All are flexible ■ Sheathing material: Standard high oil-resistant material ■ Custom options available with chemical-resistant Viton sheathing ■ Two parallel coaxial cables available for the two-probe method ■ Sleeve color options available for LEMO *For more details, please refer to the PDF document or feel free to contact us.

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Our company manufactures sheet-type transducers utilizing the characteristics of 0-3 composite vibrators, which are thin and flexible. In the vicinity of the transducer, we use a strip line made from a flexible substrate instead of coaxial wiring. Since the acoustic impedance is neither as high as that of ceramic vibrators nor as low as that of polymer types, we can use backing materials with a very high attenuation rate that are both diffusive and thermally converting. 【Features】 - In the vicinity of the transducer, we use a strip line made from a flexible substrate instead of coaxial wiring. - The total thickness, including the backing, is 1.2mm at 5MHz and 0.8mm at 10MHz. - Due to the thinness of the material, thinner transducers can be manufactured. - It is possible to use backing materials with a very high attenuation rate that are both diffusive and thermally converting. *For more details, please refer to the PDF document or feel free to contact us.

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We handle "high-frequency probe cables." Considering flexibility, we offer flexible cables with outer diameters of 1.5Φ and 2.5Φ. Conventional UHF-type cables have a structure where the UHF connector is bonded to the coaxial cable, which applies rotational stress to the probe from the cable. To avoid this, our UHF connector incorporates a rotation mechanism. 【Features】 ■ Lineup of UHF type and microdot type ■ Consideration for flexibility ■ Equipped with a rotation mechanism ■ Cable lengths available starting from 10 cm *For more details, please refer to the PDF document or feel free to contact us.

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The "ORN Series" is a vertical probe for extrapolation used in pipe manufacturing lines to detect wall thickness, lamination, and blowholes. There are two types: an integrated probe that covers the entire circumference of the pipe with a single ring-shaped probe, and a separate type that covers the entire circumference with multiple probes. Due to the wide effective beam width of a single transducer in the circumferential direction, it can cover the entire circumference with fewer channels. It uses a large, highly sensitive 0-3 composite transducer. There is a thicker protective film in front of the transducer. 【Features】 ■ Can cover the entire circumference with fewer channels ■ Uses a highly sensitive 0-3 composite transducer ■ Can be used at lower frequencies around 2MHz with a 20MHz transducer ■ Has a thicker protective film in front of the transducer ■ Based on predictions from acceleration tests, it is believed to have a lifespan of over 15 years *For more details, please refer to the PDF document or feel free to contact us.

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The "BLP4x series" is a remote pulser receiver that achieves 12V 0.5A, 6W, and low power consumption. It was developed with the aim of maximizing the characteristics of standard ultrasonic transducers. The transmission circuit comes in various types to suit different purposes, including spike, burst, high-speed, high-voltage, low impedance, and remote methods. We offer the standard "BLP47" for up to 30MHz 500V, the high-speed remote "BLP42" that can use 100MHz transducers, and the "BLP48" with high voltage output up to 1kV. The receiving circuit can be optionally modified for low-frequency operation up to 10kHz. 【Features】 ■ Compact case measuring 156w × 69h × 240d ■ Low power consumption at 12V 0.5A and 6W (BLP48 is 15W) ■ Versions available that can generate square and burst waves ■ Frequency characteristics support transducers from 0.1MHz to 50MHz ■ High-speed pulser format supports 100MHz, and low-frequency option has a lower limit of 10kHz *For more details, please refer to the PDF document or feel free to contact us.

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The "BLP4xL Series" is a remote pulser receiver developed to maximize the characteristics of standard ultrasonic transducers. The L series is a model that has expanded the low-frequency bandwidth for research purposes. The transmission circuits come in various types to suit different purposes, including spike, burst, high-speed, high-voltage, low impedance, and remote methods. We offer a lineup that includes the standard "BLP47" with 30MHz and 500V, the high-speed and double-voltage "BLP49" that can use 100MHz transducers, and the "BLP48" with high voltage output up to 1kV. 【Features】 ■ A model that has expanded the low-frequency bandwidth for research purposes ■ Compact case measuring 156w × 69h × 240d ■ Energy-efficient at 12V 0.5A and 6W (BLP48 is 15W) ■ Versions available that can generate square and burst waves ■ Frequency characteristics compatible with transducers from 0.1MHz to 50MHz *For more details, please refer to the PDF materials or feel free to contact us.

• Other analytical equipment

We handle "Active Probes" at our company. To maximize the characteristics of each probe, we have incorporated suitable pulser receivers for each type of transducer, including polymer transducers, 0-3 and 1-3 composite transducers, and low-frequency wideband ceramic transducers. The high performance that cannot be achieved simply by combining a probe with a general-purpose pulser receiver is our selling point. 【Features】 - No waveform distortion due to cable or electrical matching inconsistencies at high frequencies - Increased resistance to external electrical noise - Optimal electrical matching, which can reduce unwanted vibrations in the radial direction, for example - For low-frequency applications with relatively high electrical impedance of transducers, a wider bandwidth is achieved - No need for adjustments on the equipment side, such as damping or pulse energy, allowing tests to be conducted under the same conditions every time *For more details, please refer to the PDF materials or feel free to contact us.

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The "Mix Series" is a remote-type multi-channel flaw detector that can connect up to 16 probes. With its ultra-compact and low power consumption design, it can operate on a 12V car battery, demonstrating its effectiveness in multi-channel field inspections. Control and waveform monitoring can be performed using a laptop computer. The configuration is divided into a remote unit (RMIX16) and a main unit (MMIX16), and the distance between them can be extended up to 500 meters. 【Features】 ■ Maximum extension of 500m ■ Multi-channel ■ Simultaneous transmission and reception ■ Ultra-compact and lightweight ■ Portable computer can be used for control *For more details, please refer to the PDF materials or feel free to contact us.

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We handle "1-3 type composite transducers." For frequencies above 10MHz, we use cylindrical flexible 1-3 type composites. This transducer has minimal parasitic vibrations and achieves world-class sensitivity. Additionally, the transducer has flexibility and can be deformed in shape. It can form a focus without using lenses, allowing for curved processing of the transducer. 【Features】 - Uses 1-3 type composite transducers made of ceramics and polymers - The transducer is flexible and can be deformed in shape - Can form a focus without using lenses, allowing for curved processing of the transducer - Standard products with deep focal depth for long focal depth transducers are also available *For more details, please refer to the PDF document or feel free to contact us.

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● Ultrasonic analysis, measurement, and evaluation of all materials are possible with ultra-wideband. ● Fully compatible with dual probes and single probes. ● Synthetic aperture, dynamic correlation filter, scattering analysis, peak enhancement, averaging processing.

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