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Sensors Product List and Ranking from 1363 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. シスコム（SysCom） Tokyo//Trading company/Wholesale
  3. HexaCORE Co., Ltd. (formerly Chuo Seisakusho Co., Ltd.) Head Office and Factory Miyagi//Industrial Electrical Equipment
  4. 4 センシリオン Kanagawa//Electronic Components and Semiconductors
  5. 5 MACOME CORPORATION NAGANO TOKYO OSAKA NAGOYA HIROSHIMA Nagano//Industrial Electrical Equipment
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Sensors Product ranking

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. [Basic Knowledge of Humidity Measurement Presented] Ultra-thin Temperature and Humidity Flexible Sensor シスコム（SysCom）
  2. Fujibo "Resistance Change Type Flexible Load Sensor" *Under Development 富士紡ホールディングス 近未来商品開発統括部 (BtoBサイト担当部門)
  3. Clamp-on flow sensor "FD-H series"
  4. 4 Radar Level Sensor "FR Series"
  5. 5 PICLIA Piezo Cable Sensor - High Heat Resistance, High Sensitivity *Evaluation Kit DAIKIN FINETECH, LTD.

Sensors Product List

7051～7080 item / All 7843 items

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High-Precision Odor Measurement Using MSS for Building Materials (Contract Measurement)

High-Precision Odor Measurement Using MSS for Building Materials (Contract Measurement)

Evaluate the detectability and identifiability of VOC measurement in building materials using MSS!

In the building materials industry, measuring volatile organic compounds (VOCs) is emphasized to maintain the quality of indoor air environments. In particular, VOCs emitted from building materials can potentially affect the health and comfort of residents. Proper VOC measurement is essential for the safety evaluation of building materials and product development. Our company supports the resolution of customers' VOC measurement challenges by evaluating the potential for odor measurement of building materials through contract measurements using membrane-type surface stress sensors (MSS). 【Usage Scenarios】 - VOC emission testing for new building materials - VOC evaluation for renovation materials - Evaluation of odor components in quality control of building material products 【Benefits of Implementation】 - Objective assessment of VOC content in building materials - Support for product development aimed at reducing health risks for residents - Improvement of product safety and reliability

  • Company：Qception
  • Price：100,000 yen-500,000 yen
  • Other contract services
  • Contract measurement
  • Odor Testing
  • Sensors

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High-precision odor measurement using MSS for plastics (contract measurement)

High-precision odor measurement using MSS for plastics (contract measurement)

Detecting plastic odors with MSS!

In plastic products, the evaluation of odors and volatile organic compounds (VOCs) emitted from the products is considered important. Particularly with recycled plastics, the odor often becomes a problem, and it is necessary to control the odor appropriately. In this context, proper odor measurement in factories becomes an essential technology for evaluating the odor of plastics. Our company has developed an odor sensor using a membrane-type surface stress sensor (MSS) and has a track record in measuring the odor of plastics. We will first assess the possibility of this odor sensor detecting the odor of the plastic you wish to test through contract measurements and evaluate the potential for utilizing the odor sensor. 【Application Scenarios】 - Odor measurement during the plastic manufacturing process - Odor measurement of final plastic products - Odor measurement of recycled plastic raw materials 【Benefits of Implementation】 - Adjustment of the amount of additives to suppress odors - Proof that the odor is below a certain value - Safe and comfortable use of recycled plastics

  • Company：Qception
  • Price：100,000 yen-500,000 yen
  • Other contract services
  • Contract measurement
  • Odor Testing
  • Sensors

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Keller Company Essential Safety Explosion-Proof Low Pressure Sensor Series 41X-Ei

Keller Company Essential Safety Explosion-Proof Low Pressure Sensor Series 41X-Ei

Low pressure intrinsic safety explosion-proof pressure sensor achieves high precision!

The capacitive pressure sensor series 41X-Ei is designed to measure gauge pressure in low-pressure ranges. Through a mathematical correction method, it achieves high accuracy of ±0.2 to 0.3% FS in low-pressure measurements within a temperature range of 10 to 50°C. In addition to a digital RS485 interface, analog current or voltage outputs are also available. 【Features】 - Although calibrated in the standard range, programming of the analog output signal within the standard pressure range is possible using the license-free software CCS30 (e.g., standard pressure range 0 to 10 kPa/output 4 to 20 mA → pressure range 2 to 6 kPa/output 4 to 20 mA). - Using software CCS30 and converter K-114, pressure values can be displayed on a PC, allowing for recording of pressure signals, graphical display, and zero adjustment. - Up to 128 transmitters can be connected to the bus system. - Intrinsically safe explosion-proof type.

  • Pressure
  • Sensors

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Keller Company Explosion-proof High-Precision Pressure Sensor 33X-Ed/35X-Ed

Keller Company Explosion-proof High-Precision Pressure Sensor 33X-Ed/35X-Ed

Achieving high precision and miniaturization with pressure sensors that are explosion-proof and pressure-resistant!

The pressure sensor series 33X-Ed achieves an extremely high accuracy of 0.05% full scale (FS) using a mathematical correction method. Moreover, this accuracy is compensated within a temperature range of 10 to 40°C. If an additional option is selected, a high precision of 0.01% FS (or that accuracy if calibrated at an accredited test lab) can be achieved. In addition to a digital RS485 interface, analog current or voltage outputs are also available. The 35X-Ed features a G1/2 flush diaphragm structure for pressure connection. Pressure-resistant explosion-proof housing – suitable for use in explosive atmospheres. Various options are also available, including pressure connections, electrical connections, port shapes, outputs, connection materials, oil filling, oxygen compatibility, special specifications, and more. We also offer license-free software CCS30 for the RS485 interface. 【Features】 - Compact design despite being explosion-proof - Welded structure without internal seals - Analog signal output of 4-20mA or 0-10V in addition to digital RS485 - G1/2 flush diaphragm type also available (35X-Ed)

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  • Pressure
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Evaluating Engine Performance - Pressure Sensors for Engine Test Benches

Evaluating Engine Performance - Pressure Sensors for Engine Test Benches

Pressure measurement under severe conditions

FPT Motorenforschung AG is headquartered in Albon, Switzerland, and develops engines for vehicles and machinery in the powertrain division of CNH Industrial. Approximately 220 staff members are on-site developing new FPT products for commercial vehicles, construction machinery, agricultural machinery, industrial applications, and marine use, with engines being tested on a total of 30 test benches. To measure engine efficiency, FPT Motorenforschung uses tools such as the M5 series pressure sensors from KELLER, a specialist in pressure sensors based in Switzerland. "The engines we develop and test in the factory meet the most stringent quality requirements in terms of materials, emissions, and efficiency. This means that when inspecting engines on the test bench, we must consider all variables that affect engine performance. Therefore, precise measuring instruments are required to obtain accurate and reliable measurements even under special conditions inside the engine," said the head of the Testing Engineering/Electronic Measurement Department at FPT Motorenforschung AG. For more information, please see the related links below.

  • Pressure
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What is a flash diaphragm? What are its advantages?

What is a flash diaphragm? What are its advantages?

When selecting a pressure sensor, there is a type with a flush diaphragm structure. What are its advantages?

Main Features 1. Suitable for pressure measurement of viscous liquids such as ink 2. Suitable for applications where regular cleaning is desired 3. Can be used in food processes if it is a clamp type A typical pressure sensor has a screw at the tip and a diaphragm that receives pressure behind it. If the measurement target is air, there is usually no problem with the standard structure. However, there are inquiries such as "I want to measure the pressure of ink" and "I need a structure suitable for cleaning since I regularly clean the pressure receiving part." In such cases, the standard structure does not allow visibility into the interior, making it impossible to confirm whether it has been cleaned properly. In such situations, the pressure sensor with a "flush diaphragm" that has the pressure receiving surface protruding is effective. KELLER offers a wide range of products, including a minimum range of 30 kPa and an accuracy of 0.05% FS, and has a wealth of experience. If you are interested, please feel free to consult with us.

  • Pressure
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Measure the pressure of hydrogen.

Measure the pressure of hydrogen.

Pressure measurement of hydrogen fuel cells

Hydrogen poses a risk of permeation leading to leaks due to being the smallest molecule on Earth. It also has a highly flammable characteristic when exposed to air. Therefore, it is crucial to prevent leaks from hydrogen tanks or to detect them early. Keller's pressure sensors are used for leak testing in hydrogen fuel cells. The hydrogen fuel cell has three channels: one for air (oxygen), one for hydrogen, and one for cooling. Nitrogen is used first, followed by hydrogen, to detect leaks within the system. The pressure values at the inlet and outlet of the fuel cell are continuously recorded and displayed on the screen in real-time, allowing for ongoing monitoring. A drop in pressure indicates a leak in one of the three flow paths. Keller's pressure sensors have high accuracy, enabling them to detect leaks in even the smallest areas that are not sealed, ensuring the safe use of fuel cells. For more details, please refer to the related materials below.

  • Pressure
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Airbus and Boeing aircraft use Keller pressure sensors!

Airbus and Boeing aircraft use Keller pressure sensors!

I am confident in my reliability.

KELLER has been supplying pressure sensors to various aircraft sectors since 1997. - Pressure control in the cabin - Hydraulic distributors and filters - Valve control - Fuel pumps - Refueling systems - Air conditioning systems - Ventilation - Emergency oxygen supply to pilots Approximately 40,000 KELLER sensors are in operation in the sky, with about 30,000 used for cabin pressure control. Accurate control of cabin pressure contributes to comfort, especially during takeoff and landing. Currently, all Airbus models and Boeing's 787 (Dreamliner) utilize KELLER's pressure measurement technology. Their reliability has also been proven. For example, cabin pressure sensors require 200,000 to 400,000 hours of error-free operation, and one of our major customers confirmed over 1 million hours of MTBF during a year of observation. In addition to the detailed explanation above, you can also enjoy the following in the "Related Materials": 1. How safe is air travel now? 2. Where are the 10 types of KELLER pressure sensors used? 3. Delving into the secrets of the Airbus A380, Airbus A400M, and Boeing 787 (Dreamliner).

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Why is a high-precision differential pressure sensor necessary for hydrogen production through electrolysis?

Why is a high-precision differential pressure sensor necessary for hydrogen production through electrolysis?

It is related to back pressure control under high pressure!

As attention focuses on hydrogen, which is considered a pillar of the future of energy, the importance of electrolyzers that decompose water into hydrogen is increasingly rising. In a proton exchange membrane (PEM) electrolyzer, water enters one side of the device, and hydrogen passes through a permeable membrane to the opposite side due to the electric current, resulting in the decomposition of water into oxygen and hydrogen. Since hydrogen is often stored at high pressure after electrolysis, it is considered preferable to operate the electrolyzer at high pressure as well, as this can eliminate the need for additional compression processes. Therefore, it is necessary to control the pressure of the oxygen and hydrogen generated in the electrolyzer, and even if this can be achieved through back pressure control, it is essential to minimize the pressure difference between the two flows to avoid mechanical stress on the electrolyzer's membrane. For example, what should be done if the pressure difference between the oxygen side and the hydrogen side in a high-pressure electrolyzer is low, ranging from 1 to 10 kPa (which is the maximum pressure difference that the membrane can handle)? What if a pressure measurement accuracy of <0.1% FS is required? This is where Keller's differential pressure sensor PD-39X comes into play. The PD-39X is equipped with two absolute pressure sensors, excels in pressure resistance on one side, and can achieve an accuracy of 0.1% FS. For more details, please refer to the related links below!

  • Pressure
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Challenges of Hydrogen

Challenges of Hydrogen

Measurement solutions for the energy revolution.

Hydrogen is at the center of energy conversion, bringing unique possibilities for the decarbonization of industries and the transformation of energy consumption. Hydrogen is considered an environmentally friendly fuel because it does not release harmful exhaust gases such as CO₂, nitrogen oxides, or particulate matter when used for energy generation. However, hydrogen gas, which is regarded as one of the pillars of the future of energy, faces significant technical challenges in terms of storage, transportation, and measurement. How are KELLER's pressure sensors designed to meet these requirements? KELLER's hydrogen market specialist will answer that! (The article can be found through the related link below) 1. What is hydrogen? 2. Hydrogen as a fuel 3. Storage and transportation of hydrogen Comparison of hydrogen consumption and drum capacity, gaseous hydrogen, liquid hydrogen, and other methods 4. Challenges in pressure transmitters and hydrogen measurement Hydrogen embrittlement, permeation, leakage, ATEX certification, and intrinsic safety explosion protection 5. Introduction to pressure sensors for hydrogen KELLER's pressure sensors for hydrogen are products that meet stringent safety and performance standards, addressing various needs across the entire hydrogen supply chain, including refining, green ammonia production, metallurgy, storage, transportation, and electrolysis!

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Pressure sensors in hydrogen engine racing cars

Pressure sensors in hydrogen engine racing cars

Hydrogen Innovation in Motorsports

Keller's pressure sensors play a crucial role in hydrogen engine-equipped racing cars. This is because extremely high precision and reliability are essential in hydrogen systems within motorsports. Keller's pressure sensors are used in fuel cell powertrains, supporting the precise monitoring and control of hydrogen and air circuits under harsh high-performance conditions. 〇 Hydrogen Loop Keller's pressure sensors monitor the flow of hydrogen within the fuel cell by measuring optimal pressure levels, contributing to the realization of efficient electrochemical reactions. 〇 Air Loop Accurate pressure measurements are essential for the optimal management of oxygen supply, which directly impacts the efficiency and output of the fuel cell. 〇 High-Pressure Hydrogen Line Keller's pressure sensors are widely adopted in high-pressure hydrogen lines, as well as in hydrogen-driven test benches and onboard storage systems. In motorsports, reliability is paramount in a world where every second counts. Additionally, components that can withstand extreme pressures and rapid changes in load under harsh conditions are indispensable. Using Keller products, which boast the highest levels of precision and reliability and are Swiss-made, is a testament to a deep commitment to quality. For more details, please refer to the related links below!

  • Pressure
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Keller Company Differential Pressure Sensor Series 33X

Keller Company Differential Pressure Sensor Series 33X

High-precision differential pressure sensor with RS485 digital output (±0.05%). Liquid/liquid differential pressure measurement is also possible!

The differential pressure transmitter PD-33X is a high-precision differential pressure sensor capable of measuring liquid/liquid differential pressure. A single silicon diaphragm integrated inside directly measures the pressure difference exerted from both ports. This design allows for the measurement of small pressure differences even under very high line pressures. It achieves an extremely high accuracy of 0.05% full scale (FS) in the temperature range of 10 to 40°C using correction technology based on a mathematical model that provides accurate pressure values. 【Features】 - Accuracy of ±0.05% FS in the temperature range of 10 to 40°C - Capable of measuring liquid/liquid differential pressure - Standard equipped with two outputs: digital RS485 and analog output - Analog output can be range-changed via digital RS485 - Temperature range of -20 to 125°C (optional -40°C available) - High line pressure (up to 60MPa) - Excellent long-term stability 【Technology】 - Piezo-resistive pressure sensor - Correction technology using a mathematical model to provide accurate pressure values

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Keller Company Differential Pressure Sensor Series 23X

Keller Company Differential Pressure Sensor Series 23X

High-precision differential pressure sensor with RS485 digital output (±0.1%). Liquid/liquid differential pressure measurement is also possible!

The differential pressure transmitter PD-23X is a high-precision differential pressure sensor that can also handle liquid/liquid differential pressure. A single silicon diaphragm integrated inside directly measures the pressure difference applied from both ports. This design allows for the measurement of small pressure differences under very high line pressures. It achieves an extremely high accuracy of 0.1% full scale (FS) using correction technology based on a mathematical model that provides accurate pressure values. 【Features】 - ±0.1% FS accuracy - Capable of measuring liquid/liquid differential pressure - Standard dual outputs of digital RS485 and analog output - Analog output can be range-adjusted via digital RS485 - Temperature range of -20 to 125℃ - High line pressure (up to 60 MPa) - Excellent long-term stability 【Technology】 - Piezo-resistive pressure sensor - Correction technology using a mathematical model for accurate pressure values

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Sudden and instantaneous pressure increase in a closed system.

Sudden and instantaneous pressure increase in a closed system.

Underestimated dangers and how to avoid them

Pressure peaks in closed systems can cause significant damage and are complex phenomena. But what exactly is a pressure peak? How does it occur, and how can we protect the system from pressure peaks? We will explain the role of precise measurements in ensuring the safety and efficiency of pressure systems. 1. What is a pressure peak and why does it occur? The physical principles behind the phenomenon are Newton's three laws of motion and Bernoulli's principle. What causes water hammer and cavitation, and what are their effects? 2. Preventive measures Using simulations, protective components such as pressure dampers, pressure reducers, and check valves, as well as pressure sensors. 3. Why are pressure sensors necessary to protect the system from pressure peaks? Continuous monitoring with sensors allows for real-time recording of pressure peaks and can trigger automatic responses such as valve opening and closing. In the event of a failure of system components or protective parts, it can not only be directly detected but also prevented. Alarms can be automatically sent to responsible personnel via email, IoT, cloud, etc., in case of anomalies. For more details, please refer to the related links below!

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KELLER pressure sensors with a strong track record in the aerospace field!

KELLER pressure sensors with a strong track record in the aerospace field!

Confident in reliability! It is also characterized by having many achievements even with standard catalog items!

KELLER Pressure has been supplying pressure sensors to a wide range of sectors in the aerospace industry since 1997, and its pressure measurement technology has proven its reliability over hundreds of thousands of hours of flight. Reliability is paramount in the aerospace field, and the products used have demonstrated this aspect. 【Example of Achievements: Space Sector】 - Rockets (fuel, oxidizer) - Satellites (barometric measurement during atmospheric entry) - Combustion pressure measurement - Aircraft attitude control - Detonation - International Space Station (ISS) 【Example of Achievements: Aviation Sector】 - Pressure control in the cabin - Hydraulic distributors and filters - Valve control - Fuel pumps - Refueling systems - Air conditioning systems - Ventilation - Emergency oxygen supply for pilots You can see how different each application is and how broad the demands for pressure measurement technology are. While custom solutions are available, KELLER's strength lies in its extensive track record with standard catalog products. This significantly improves parts procurement and management, costs, and delivery times. Please consult with KELLER, which has strong expertise in the aerospace field!

  • Pressure
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Keller Company Pressure Sensor for Gas Meters 10LXiic-GM

Keller Company Pressure Sensor for Gas Meters 10LXiic-GM

High-precision pressure sensor for gas meters

The pressure sensor 10LXiic-GM series has been specially developed for use in gas meters in terms of accuracy, pressure range, interface, and media compatibility. Temperature dependence and non-linearity are accurately corrected by a mathematical model within the microcontroller, ensuring maximum precision. GM stands for gas meter. 【Features】 • High accuracy: ±0.04%FS • Output: I2C • Excellent long-term stability • Flat and seamless welded diaphragm • Robust stainless steel housing • Piezo-resistive pressure sensor • Ideal for mounting with O-rings

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Pressure sensor for bipropellant rockets

Pressure sensor for bipropellant rockets

Pressure measurement inside the engine and pressure measurement of the hydrogen peroxide and ethanol tanks.

A student team from Delft, Netherlands, is developing a bipropellant rocket powered by hydrogen peroxide. In the search for optimal components, KELLER Pressure became involved. Rockets using hydrogen peroxide as a propellant are not new. However, this fuel method has been largely unused since World War II and the early days of space exploration. "We wanted to recreate this fuel at a student level, in a low-cost and from-scratch development approach. Initially, the goal was simply to 'make it fly,' but as we progressed, we evolved to the stage of designing a 'flyable vehicle.'" Two types of KELLER Pressure sensors are being used (M5HB for measuring pressure inside the engine and 7LC for measuring the pressure in the hydrogen peroxide and ethanol tanks). These sensors are lightweight, compact, and have excellent material compatibility. Additionally, the fact that the technical specifications are openly published has been appreciated. All necessary information can be checked on the website, allowing for compatibility assessments without needing to contact the sales team. Communication after deciding to use the products has also been smooth. For more details, please refer to the related links below!

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A pressure sensor that can change the pressure range!

A pressure sensor that can change the pressure range!

There is no need to align sensors for each range!

KELLER Pressure offers pressure sensors with models that can change the pressure range. There is no need to prepare different sensors for each pressure range, as one unit can comprehensively cover all ranges. This significantly contributes to cost reduction. Additionally, there is no need to worry about delivery times for additional orders. The compatible models include OEM types, general-purpose types, high-precision types, explosion-proof types, and more. We also conduct demonstrations on how to change the pressure range, so please feel free to contact us if you would like to know more details. Series 23SX (General-purpose type) Series 33X (High-precision type) Series 10LX, 20SX (OEM type) Series 41X (Low-pressure type) Differential pressure type Explosion-proof type

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Examples of applications using explosion-proof pressure sensors.

Examples of applications using explosion-proof pressure sensors.

Applications in the automotive, petroleum, aviation, and chemical fields.

Products suitable for environments with a risk of explosion are used in a wide range of applications. KELLER has been developing and manufacturing explosion-proof pressure measurement technology since 1988. Based on years of experience and achievements, KELLER's explosion-proof pressure sensors are highly regarded in many industries. Examples of applications (one example): - Automotive sector: Painting robots When atomized by a spray nozzle, the mist can generate a flammable mixture. - Oil sector: Monitoring fuel levels at gas stations At gas stations, there is a risk of gas atmospheres exploding due to electrical sparks. - Aviation industry: De-icing machine liquids De-icing fluids contain more than 50% highly flammable glycols, and liquids mixed with water are used. - Chemical industry: Monitoring the storage conditions of chemicals Warehouses owned by chemical manufacturers and distributors store numerous containers of various chemicals, which may contain all kinds of explosive and hazardous substances.

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Measurement of groundwater using pressure sensors and remote data transmission.

Measurement of groundwater using pressure sensors and remote data transmission.

Keller's water level gauge plays an important role in monitoring groundwater and surface water in the Netherlands!

In the Netherlands, rivers, canals, and lakes account for about 11% of the land, and due to the prevalence of low-lying areas below sea level, continuous management of groundwater and surface water is essential. As a result, groundwater levels are monitored through numerous observation wells installed nationwide. Acoustic level gauges were once the mainstream, but now electronic level gauges equipped with KELLER's proprietary piezoresistive pressure sensors are widely used. These gauges utilize the principle of measuring pressure and converting it to water depth, achieving high-precision water level measurements. Furthermore, water level data loggers like the DCX-22AA automatically record water levels and temperatures, providing high reliability through barometric pressure correction features. In recent years, these systems have evolved into remote monitoring systems that combine communication modules and cloud technology, enabling data visualization, alarm notifications, and automated data utilization. Currently, thousands of KELLER systems support groundwater and surface water monitoring in the Netherlands.

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Reliable pressure sensor for remote underwater vehicles.

Reliable pressure sensor for remote underwater vehicles.

Accurate Depth Measurement - From the Applications of Remotely Operated Underwater Vehicles (ROVs)

Under the sea surface, it is even more important to maintain continuous location information to avoid going missing in the deep sea. Remotely operated underwater vehicles (ROVs) use multiple underwater navigation sensors, including depth sensors, for navigation. A depth sensor measures the surrounding water pressure and calculates the distance to the water surface. Depth underwater is usually determined from pressure. Converting pressure to depth (the water column above the measurement point) is not particularly difficult. The issue is accuracy. We received the following comment from a user using Keller products: "The performance is the same today as it was on the day it was shipped from the Swiss factory. Since I started using Keller's pressure sensors, the measurement accuracy has dramatically improved. I was honestly surprised by their sensitivity. They respond not only underwater but also when moved up and down in the air. The RS485 digital output is very convenient, and above all, the stability of the sensors is outstanding. I am a big fan of Keller." What kind of sensors are being used, and why is Keller able to achieve excellent stability and accuracy even in harsh underwater environments? The secret is in the related links below!

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[Usage Example] Acceptance/Shipping Inspection of Recycled Pellets

[Usage Example] Acceptance/Shipping Inspection of Recycled Pellets

Recycled pellets are easy to use, and sorting them into grades can be expected to improve productivity!

We would like to introduce a case study on the use of the "Resin Discrimination Handheld Sensor" in the acceptance/shipping inspection of recycled pellets. There are cases where variations in the PP and PE ratios occur during the crushing and molding processes of recycled pellets. When the purity of the target material decreases, it ultimately affects the quality of the finished product. Therefore, inspections are conducted during the shipping and acceptance of recycled pellets to categorize them by grade. By using pellets with consistent purity of PP and PE, the quality of recycled material products is stabilized. 【Case Overview】 ■ Target Companies: Pellet manufacturers, waste plastic recycling manufacturers ■ Challenges: Inconsistent purity of PP and PE affecting the quality of recycled material products ■ Effects: Identification by grade to provide products with consistent quality *For more details, please refer to the PDF document or feel free to contact us.

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[Specific Example] Streamlining Inspection Operations and Reducing Outsourcing Costs

[Specific Example] Streamlining Inspection Operations and Reducing Outsourcing Costs

Utilizing handheld sensors for random sampling inspections! Check on-site whether the main component of plastic is used according to standards.

We would like to introduce a case study of the implementation of a "resin identification sensor" at a plastic product manufacturer. The company conducted random inspections of products manufactured overseas after they were received and outsourced quality checks. Inefficient inspection operations and costs were problematic. After the introduction of the resin identification sensor, the company internalized random inspections and quality checks, achieving operational efficiency. The lead time to shipment and inventory days were reduced. 【Case Overview】 ■ Issues - After receiving products manufactured overseas, the company conducted random inspections internally and outsourced quality checks, leading to inefficient inspection operations and costs. ■ Effects - Internalization of random inspections and quality checks, achieving operational efficiency. - Reduction in lead time to shipment and inventory days. *For more details, please refer to the PDF document or feel free to contact us.

  • plastic
  • Sensors

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Specific example: Streamlining purchasing operations and shortening analysis time.

Specific example: Streamlining purchasing operations and shortening analysis time.

On-site purchasing decisions using a handheld sensor! Estimates provided on the spot based on resin type.

We would like to introduce a case where a "resin identification sensor" was implemented by an intermediate processing company. In this company, when collecting waste plastics, analysis was necessary for unknown resins, which required bringing them back to their facility for purchasing decisions. The labor costs and time associated with transportation and analysis were challenges. After the introduction of the resin identification sensor, they were able to respond quickly to purchasing decisions and estimate proposals at the customer's site without keeping them waiting, achieving standardization of staff skills and improved customer satisfaction. 【Case Overview】 ■ Challenges - Analysis was necessary for unknown resins during waste plastic collection, requiring them to be brought back for purchasing decisions. ■ Effects - Quick response to purchasing decisions and estimate proposals at the customer's site without keeping them waiting. - Achieved standardization of staff skills and improved customer satisfaction. *For more details, please refer to the PDF document or feel free to contact us.

  • plastic
  • Sensors

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【Allegro：A3280LLHLT】

【Allegro：A3280LLHLT】

[Support for Electronic Component Procurement] Assisting in the urgent procurement of discontinued products (EOL products) and hard-to-obtain electronic components and semiconductors! Establishing a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: Allegro ■Model number: A3280LLHLT Owen Co., Ltd. quickly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order with peace of mind. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only products that pass are shipped. All delivered items come with an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Careful checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Dimension measurements in 0.01mm increments to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【OMRON：A6E-6104】

【OMRON：A6E-6104】

【Support for Electronic Component Procurement】 We support the urgent procurement of discontinued products (EOL products) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: OMRON ■Model number: A6E-6104 Ohen Co., Ltd. quickly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order, ensuring peace of mind. A veteran inspector who has monitored market distribution inventory for 20 years conducts inspections, and only approved products are shipped. All delivered items come with an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Carefully checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Measures dimensions with an accuracy of 0.01mm to detect cleverly crafted counterfeits. ■Curve Tracer Displays the characteristic waveforms of voltage and current between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【ADI：ADIS16209CCCZ】

【ADI：ADIS16209CCCZ】

【Support for Electronic Component Procurement】We support the urgent procurement of discontinued (EOL) and hard-to-obtain electronic components and semiconductors! A thorough inspection system is in place.

Are you looking for this model number product? ■Manufacturer: ADI ■Model number: ADIS16209CCCZ Owen Corporation quickly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order, ensuring peace of mind. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only approved products are shipped. All deliveries include an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Careful examination of lead bending and any discrepancies in printed fonts. ■Digital Caliper Dimension measurements in 0.01mm increments to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【ADI：ADX13062】

【ADI：ADX13062】

【Support for Electronic Component Procurement】 We support the urgent procurement of discontinued products (EOL products) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: ADI ■Model number: ADX13062 Owen Corporation swiftly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order, ensuring peace of mind. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only approved products are shipped. All delivered items come with an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Careful checks for lead bending and discrepancies in printed fonts. ■Digital Caliper Dimension measurements to the hundredth of a millimeter to detect cleverly made counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【ROHM：BM92A12MWV-ZE2】

【ROHM：BM92A12MWV-ZE2】

【Support for Electronic Component Procurement】 We support the urgent procurement of discontinued (EOL) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: ROHM ■Model number: BM92A12MWV-ZE2 Owen Corporation swiftly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order, giving you peace of mind. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only products that pass are shipped. All delivered items include an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Carefully checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Measures dimensions in 0.01mm increments to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【MIZUTANI：BPW-34F】

【MIZUTANI：BPW-34F】

【Support for Electronic Component Procurement】 We support the urgent procurement of discontinued products (EOL products) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: MIZUTANI ■Model Number: BPW-34F Owen Corporation quickly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order and feel assured. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only products that pass inspection are shipped. All delivered items will include an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Carefully checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Measures dimensions with an accuracy of 0.01 mm to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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