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99.5% ultra-high precision 3D ToF people counting sensor
The 3D ToF people counting sensor VS132, which adopts the latest 3D ToF technology and LoRaWAN wireless deployment, is highly compatible with bidirectional line-crossing human detection applications based on its advantages of ultra-high precision of 99.5% and 100% anonymous detection, allowing for accurate and valuable statistics for further decision-making.
Calibration support! Introducing optional sensors such as the SK-L400T, SK-1110, and SK-1120.
The "MC-K7101" is a general measurement sensor with a measurement range of -100 to 700℃. It has an accuracy of Class 1, with a shape of φ3.2×L250mm (pointed tip), and comes with a cable approximately 1.5m long. Please feel free to consult us when you need assistance. 【Specifications】 ■ Measurement range: -100 to 700℃ ■ Accuracy: Class 1 ■ Shape: φ3.2×L250mm (pointed tip), with a cable approximately 1.5m long ■ Calibration support ■ JCSS calibration *For more details, please refer to the PDF document or feel free to contact us.
Introducing a product with a shape of φ3.2×L250mm (SUS316/tapered tip) and approximately 1.1m of cable attached!
The "SK-S101K" is a Class 1 general measurement sensor. It is an optional sensor (K thermocouple) for the SK-1260, with a measurement range of -100 to 700°C and calibration support. Please feel free to contact us when you need assistance. 【Specifications】 ■ Accuracy: Class 1 ■ Measurement range: -100 to 700°C ■ Shape: φ3.2×L250mm (SUS316/tapered tip), approximately 1.1m cable included ■ Calibration support ■ JCSS calibration *For more details, please refer to the PDF document or feel free to contact us.
A multi-measuring instrument that can perform the measurements required for optical alignment with a single device.
■Reduction of Adjustment Time - Measurements necessary for beam adjustment can be performed with a single measuring device, eliminating the need for attaching and detaching the device. - Measurement of beam divergence angles is possible, allowing for ideal collimation adjustments. ■Space-saving Adjustment - Compact and high-precision measurements are possible.
A temperature sensor with the features of "ultra-compact," "high-speed response," and "non-contact." It is ideal for medical, healthcare, and wearable devices.
<Thermometer> ●ET-3H Achieves a more compact design than conventional products! It is characterized by a very small measurement error due to the high-precision classification of thermistor characteristics. ●FT-ZM A unique product from SEMITEC! Created through the thin-film technology of thermistors that is not available from other companies! The features of the thin-film thermistor "FT series," which are "thin" and "compact," allow for surface contact with the measurement part, achieving a 70% increase in response speed compared to the conventional "ET-3H." <Catheter> ●Fμ Sensor Offering ultra-small sensors with diameters of 0.5 mm and 0.3 mm! This is a compact and high-precision thermistor sensor created through thin-film technology and microfabrication technology. The development of the thin-film thermistor Fμ series not only achieves miniaturization but also incorporates trimming technology to ensure uniform thermistor characteristics, providing high precision (characteristic tolerance ±0.3%). This product has a proven track record in medical (catheter) applications. <Ear Thermometer> ●Thermopile It can detect infrared radiation emitted from the eardrum, allowing for non-contact body temperature measurement! It is used in "ear thermometers" and also in forehead thermometers commonly seen during the COVID-19 pandemic.
Hachioji City Small and Medium Enterprises New Product Development Certification System Certified Product for Fiscal Year 2015!
The "i-Line" series is a displacement measurement sensor utilizing our proprietary optical fiber sensing technology, optimized for measuring vibrations and displacements in civil engineering structures. It is also suitable for continuous monitoring of embankments (slopes) and employs a uniquely developed optical method that is not affected by temperature dependence. Additionally, it is explosion-proof, eliminating the risk of ignition, and is waterproof, making it usable outdoors. 【Features】 ■ Remote monitoring capability ■ Explosion-proof, eliminating the risk of ignition ■ Usable in areas with strong electromagnetic waves, as it is unaffected by electromagnetic interference ■ Waterproof, making it suitable for outdoor use *For more details, please refer to the catalog or feel free to contact us.
Visualizing training performance
TRAIN.RED is a company established based on the long-accumulated research and technology of the global company artinis, which is also headquartered in the Netherlands and specializes in near-infrared spectroscopy (NIRS) systems. TRAIN.RED has developed a visually simplified NIRS device aimed at general athletes who are not technicians or researchers, using the NIRS system from artinis that has been used in research and development settings for many years. The TRAIN.RED muscle oxygen sensor utilizes near-infrared spectroscopy (NIRS) technology to measure athletes' muscle oxygen saturation levels and visualize their muscle activity in real-time.
