Tool setting probe for vertical machining centers WRTS
Flexible Optical Technology Non-Contact Shaft Measurement System
The TS tool setter line is a compact tool setting application for use with machining centers.
- Company:マーポス
- Price:Other
Last Updated: Aggregation Period:Oct 01, 2025~Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Oct 01, 2025~Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Oct 01, 2025~Oct 28, 2025
This ranking is based on the number of page views on our site.
106~120 item / All 661 items
Flexible Optical Technology Non-Contact Shaft Measurement System
The TS tool setter line is a compact tool setting application for use with machining centers.
The "touch" operation necessary for positioning parts is also possible! High-speed on-machine measurement by the processing machine.
The "WRSP60" is a wireless communication scanning probe designed for use with machining centers and milling machines. It allows for direct verification of the profile of machined workpieces on the machine, improving quality in the production process and optimizing cycle time. It enables measurements that cannot be achieved with standard touch probes, thereby reducing cycle time. 【Convenience】 ■ High-speed on-machine measurement by the machining machine ■ Improvement of production quality ■ Enhancement of machine productivity ■ Real-time monitoring of production quality ■ Long battery life ■ Easy installation and operation *For more details, please download the PDF or feel free to contact us.
Capable of measuring conductive interference noise up to 9 kHz low frequency.
To conduct a conducted disturbance noise test, we use a LISN (Line Impedance Stabilization Network). However, based on the demand for a more convenient way to perform this test or to identify the noise source, the magnetic field probe MMP500 was developed. With the MMP500 and the signal analyzer MSA538E/MSA558E, it is possible to easily measure this conducted disturbance noise. The MMP500 was developed in collaboration with the Tokyo Metropolitan Industrial Technology Research Institute, an independent administrative institution.
System integration made easy! We also accommodate requests for custom calibration and assembly options.
The "HYT939P P14 Assembly" is a compact, ready-to-use sensor that continuously and accurately measures relative humidity and temperature. With its digital interface and compact screw-in housing, system integration is easy. We also accommodate requests for custom calibration and assembly options. Please feel free to contact us when needed. 【Features】 ■ Pressure resistance: 16 bar ■ Factory calibrated sensor for continuous temperature and humidity measurement ■ Compact screw-in type achieving minimum insertion depth for airtight installation ■ Resistant to condensation and temperature changes ■ Long lifespan for industrial applications *For more details, please download the PDF (English version) or feel free to contact us.
Remove dirt from the connector and charging terminal to restore the flow of electricity.
Contact revival agent formulated with special additives based on 100% synthetic α-olefin.
We have successfully developed the world's first Langmuir probe that can be used at atmospheric pressure.
- This is the world's first Langmuir probe capable of measuring parameters of atmospheric pressure, such as plasma torches and arc plasma, as well as thermal plasma. - It can be used at high temperatures due to the cooling water system. - Measurements can be taken with a step time resolution of 12.5 ns. (As of November 2012, the fastest in the world according to our research) - The sampling rate is 80 MSPS (V, I), making it the fastest in the world. (As of November 2012, the fastest in the world according to our research) - The automatic linear drive system allows the probe to be moved to the plasma with a step resolution of 0.025 mm, enabling spatial distribution analysis. - Equipped with an effective automatic probe tip cleaning mechanism for deposition gases. The replacement of the probe tip is also easy. - The size of the probe shaft can be customized.
Wide frequency range 1Hz to 400KHz isotropic electric and magnetic field measurement probe. 2-in-1 probe WP400 capable of spectrum analysis.
This product has also been adopted at airports in Paris. 【Features】 - High-precision measurement of electric and magnetic fields - Wide frequency range and high dynamic range - Isotropic & true RMS measurement - Spectrum analysis - Selective and broadband measurements in all three axes through FFT processing - Compliant with international standards
High-performance isotropic electric field probe
**Features** - High sensitivity - Isotropic & RMS measurement - Excellent attenuation - Compliance with international standards **Frequency Range** - [WPF3] 100KHz - 3GHz - [WPF6] 100KHz - 6GHz - [WPF8] 100KHz - 8GHz - [WPF18] 300KHz - 18GHz - NEW!! [WPF40] 20MHz - 40GHz **Sensor Type** Isotropic, RMS **Frequency Response Type** Flat
Near-field probe capable of measuring up to 40GHz.
The HR-E 40-1 electric field probe was developed for the analysis and measurement of high-frequency structures (such as 5G modules and microwave components). The HR-E 40-1 is a passive near-field probe designed to measure electric fields up to 40GHz. The probe's resolution is 0.2mm. For reproducible measurements of circuits and signal lines, it is recommended to use a test setup with the LangerIC scanner.
It shows a very flat response from 5MHz to 300MHz, covering a frequency range from 30kHz to 400MHz.
【Product Overview】 The TBSCP1-5M300 is an RF surface current monitoring probe that expands Tekbox's range of affordable EMC pre-compliance test equipment. This probe exhibits a very flat response from 5 MHz to 300 MHz and is characterized over a frequency range of 30 kHz to 400 MHz. The TBSCP1-5M300 is designed for RF current monitoring applications that require measurement of RF currents flowing on surfaces such as PCB ground planes or traces, metal planes, or wires. The footprint of the RF current monitoring probe is 40 mm x 15 mm. The transfer impedance is -7 dB ohms, with a typical 3 dB bandwidth from 5 MHz to 300 MHz.
Provides optimal solutions for the arrangement of oscilloscope probes, near-field magnetic and electric field probes for spectrum analyzers, antennas, and more.
To achieve the desired measurements, various adjustments may be necessary. In particular, it is essential to position the oscilloscope probes, near-field magnetic and electric field probes of the spectrum analyzer, and antennas in the correct direction and at the appropriate locations. To facilitate this, the universal probe holder eoPoD provides an optimal solution regardless of environmental conditions. Various applications are explained in the video below.
Characteristic frequency range: RF pulse current monitoring probe from 1Hz to 200MHz.
The probe shows a very flat response from 30Hz to 70MHz and is characterized by a frequency range from 1Hz to 200MHz. Unlike the TBPCP2-3070, which is designed for EMC applications typically used for measurements in the frequency domain, this probe is used for surge or RF pulse current monitoring applications in the time domain. The opening of the RF current monitoring probe is 25 mm. The transfer impedance measured with a 50Ω + 50Ω loop test fixture is -26 dB Ohm with a 3dB bandwidth from 30Hz to 70MHz.
Passive near-field probe for measuring magnetic fields up to 40 GHz.
The HR-R 8-1 set includes the HR-R 8-1 B-field probe, which allows for magnetic field measurements up to 40GHz. The special probe head of the HR near-field probe enables direct measurements on IC pins or individual conductor tracks, allowing you to pinpoint the source of the B-field.
Supports 30 MHz to 6 GHz. A new standard for high-frequency magnetic field measurement.
The measurement coil of the XFS-B 3-1 magnetic field scanner probe is arranged orthogonally to the probe shaft. By positioning the probe head vertically, the measurement coil makes direct contact with the surface of the printed circuit board. This allows it to be used in areas of the printed circuit board surface that are typically difficult to access, such as between large components of a switching controller. The XFS-B 3-1 is a passive near-field probe that detects magnetic field lines radiating at a 90° angle from the object being measured. Magnetic field lines entering from the lateral side of the probe are not detected. Unlike the XFS-R 3-1 magnetic field scanner probe, the coil is positioned at a 90° angle at the tip of the probe. This near-field probe is compact and portable, and it is electrically shielded due to its current-damping sheath. It can be connected to a spectrum analyzer or oscilloscope with a 50Ω input. The magnetic field probe has a built-in termination resistor.
We will process the thermocouples to your desired specifications and deliver them at low cost, starting from just one unit. *We will respond via email within three business days after your request for a quote.
We will deliver thermocouples of your desired length and diameter with connectors or terminals attached. No complicated processing work like contact welding is necessary! You can start measuring temperature with the thermocouple immediately upon arrival of the product. Moreover, it's low cost! Feel free to request a quote from our website. We will respond via email within three business days after your request. If you are interested in what specifications can be produced and at what cost, please apply now using the link below. 【Features】 ■ Low price ■ Production possible from just one unit ■ Flexible length specification ■ Full lineup of wire diameters from φ0.05mm ■ Coating options include Teflon, glass, etc. ■ Terminal processing options include coating stripping, connector connection, and terminal connection ■ We can also accommodate special shapes and high-temperature specifications; please let us know your requests.