Electromagnetic thickness gauge - Company Ranking(2 companyies in total)
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| Company Name | Featured Products | ||
|---|---|---|---|
| Product Image, Product Name, Price Range | overview | Application/Performance example | |
Electromagnetic Film Thickness Gauge LE-200J
100,000 yen-500,000 yen |
■Features - It is possible to print out the date, lot number, and measurement results on-site and submit them as documentation. - The average, standard deviation, maximum, and minimum values of the measurement results can be easily calculated with simple operations. - To accommodate changes in the material, shape, and thickness of the substrate, it is possible to pre-register and call up the optimal calibration curves for that substrate, with four types of electromagnetic methods and four types of eddy current methods. - Upper and lower limits for the target film thickness can be set. If a measurement exceeds the set range, a buzzer will sound and a warning mark will be displayed on the screen. - With a pencil-type single-point contact constant pressure probe, stable measurement values can be obtained regardless of the measurement location. - The tip chip of the measurement probe uses titanium coating for the electromagnetic method and industrial ruby for the eddy current method. ■Specifications Measurement Method: Electrical resistance type Measurement Target: Non-magnetic coating on magnetic metals Measurement Range: 0 to 1500μm or 60.00mils Measurement Accuracy: Less than 15μm: ±0.3μm, 15μm or more: ±2% Resolution: Less than 100μm: 0.1μm, 100μm or more: 1.0μm Probe: Single-point contact constant pressure type (LEP-J) Display Method: Digital (LCD, minimum display unit 0.1μm) | ■Components Main unit, standard plate, iron substrate, standard plate case, 1.5V battery (AA alkaline), AC adapter, probe adapter, printer paper, carrying case ■Options Standard plate ("film, beryllium, (less than 1mm)"), standard plate ("beryllium, (1mm or more)"), standard pencil-type Fe probe (LEP-J), probe adapter, iron substrate plate (FE-J), AC adapter (100V), standard plate case (L-J), carrying case, McWAVE Lite, McWAVE Lite 2, McWAVE Standard, McWAVE Professional, McWAVE MultiProp, data management software "Data Logger KLD-01" | |
Electromagnetic Thickness Gauge LE-373
100,000 yen-500,000 yen |
■Features The eddy current thickness gauge LH-373 is a thickness gauge designed to measure the thickness of insulating coatings on non-magnetic metals, capable of measuring relatively thin coatings such as anodized layers. The LZ-373 is a dual-type thickness gauge that can measure coating thickness on both magnetic and non-magnetic metals. The 373 series thickness gauge is optimal for field use with a variety of materials and coatings. ■Specifications Measurement Method: Electromagnetic induction Measurement Target: Non-magnetic coatings on magnetic materials Measurement Range: 0 to 2500μm or 99.0mils Measurement Accuracy: Below 50μm: ±1μm, 50μm to below 1000μm: ±2%, Above 1000μm: ±3% Resolution: Below 100μm: 0.1μm, 100μm and above: 1μm Data Memory: Approximately 39,000 points Calibration Curve Memory: Application memory stores 100 calibration curves Probe: Single point contact constant pressure type (LEP-J) Display Method: Digital (LCD with backlight, minimum display 0.1μm) External Output: Can output to a computer (USB or RS-232C), printer (RS-232C) Power Supply: 1.5V battery (AA alkaline) x 4 | - | |
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レックス 測定キューブ
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- Featured Products
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Electromagnetic Film Thickness Gauge LE-200J
- overview
- ■Features - It is possible to print out the date, lot number, and measurement results on-site and submit them as documentation. - The average, standard deviation, maximum, and minimum values of the measurement results can be easily calculated with simple operations. - To accommodate changes in the material, shape, and thickness of the substrate, it is possible to pre-register and call up the optimal calibration curves for that substrate, with four types of electromagnetic methods and four types of eddy current methods. - Upper and lower limits for the target film thickness can be set. If a measurement exceeds the set range, a buzzer will sound and a warning mark will be displayed on the screen. - With a pencil-type single-point contact constant pressure probe, stable measurement values can be obtained regardless of the measurement location. - The tip chip of the measurement probe uses titanium coating for the electromagnetic method and industrial ruby for the eddy current method. ■Specifications Measurement Method: Electrical resistance type Measurement Target: Non-magnetic coating on magnetic metals Measurement Range: 0 to 1500μm or 60.00mils Measurement Accuracy: Less than 15μm: ±0.3μm, 15μm or more: ±2% Resolution: Less than 100μm: 0.1μm, 100μm or more: 1.0μm Probe: Single-point contact constant pressure type (LEP-J) Display Method: Digital (LCD, minimum display unit 0.1μm)
- Application/Performance example
- ■Components Main unit, standard plate, iron substrate, standard plate case, 1.5V battery (AA alkaline), AC adapter, probe adapter, printer paper, carrying case ■Options Standard plate ("film, beryllium, (less than 1mm)"), standard plate ("beryllium, (1mm or more)"), standard pencil-type Fe probe (LEP-J), probe adapter, iron substrate plate (FE-J), AC adapter (100V), standard plate case (L-J), carrying case, McWAVE Lite, McWAVE Lite 2, McWAVE Standard, McWAVE Professional, McWAVE MultiProp, data management software "Data Logger KLD-01"
Electromagnetic Thickness Gauge LE-373
- overview
- ■Features The eddy current thickness gauge LH-373 is a thickness gauge designed to measure the thickness of insulating coatings on non-magnetic metals, capable of measuring relatively thin coatings such as anodized layers. The LZ-373 is a dual-type thickness gauge that can measure coating thickness on both magnetic and non-magnetic metals. The 373 series thickness gauge is optimal for field use with a variety of materials and coatings. ■Specifications Measurement Method: Electromagnetic induction Measurement Target: Non-magnetic coatings on magnetic materials Measurement Range: 0 to 2500μm or 99.0mils Measurement Accuracy: Below 50μm: ±1μm, 50μm to below 1000μm: ±2%, Above 1000μm: ±3% Resolution: Below 100μm: 0.1μm, 100μm and above: 1μm Data Memory: Approximately 39,000 points Calibration Curve Memory: Application memory stores 100 calibration curves Probe: Single point contact constant pressure type (LEP-J) Display Method: Digital (LCD with backlight, minimum display 0.1μm) External Output: Can output to a computer (USB or RS-232C), printer (RS-232C) Power Supply: 1.5V battery (AA alkaline) x 4
- Application/Performance example
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