サニー・トレーディング Product Lineup

This is a portable ATP testing system that is ideal for those troubled by microbial issues such as equipment corrosion and product quality deterioration. It employs ATP measurement technology with a proven track record worldwide, allowing for the rapid quantification of microbial activity in complex samples such as water systems and fuels directly on-site. High-precision data can be obtained in just a few minutes, enabling early risk detection and swift operational decision-making. Integration with dedicated software allows for smooth data sharing and centralized management. It effectively prevents on-site troubles and strongly supports operational risk management.

• Water quality testing
• Other environmental analysis equipment

The CA6 Chloride Online Analyzer is a compact online colorimeter that automatically measures the concentration of chloride (Cl⁻) in water. It employs a differential absorbance method based on the mercuric thiocyanate method, measuring chloride concentration at a wavelength of 470 nm. With an internal dilution module, it accommodates a wide measurement range of **0.2 to 5,000 mg/L Cl⁻**. Additionally, it comes standard with automatic calibration, automatic verification, and automatic cleaning. This enables stable online measurements while minimizing maintenance and operator intervention. The reagent consists of a single solution, contributing to reduced running costs and operational burdens. In addition to intuitive operation via a color touchscreen, it also features a built-in data logger that allows data to be downloaded via USB. Furthermore, it supports models with two sample lines and can accommodate up to four sample switches via an external sequencer.

• Analytical Equipment and Devices

Hexavalent chromium (Cr(VI)) reacts with diphenylcarbazide reagent to form a purple-red complex. This reaction is specific to hexavalent chromium, and there are no interfering compounds.

• Other measurement, recording and measuring instruments

Sulfate ions are converted into a suspension of barium sulfate under controlled conditions. The turbidity of the resulting suspension is measured at an appropriate wavelength. Reagent 1 serves to maintain the insoluble compound in a suspended state.

• Other measurement, recording and measuring instruments

Sulfides can be titrated using a standard solution of lead perchlorate. In sulfide measurements, a very sharp endpoint can be obtained even at low concentration ranges. The titration method takes more time than direct measurement with electrodes, but it provides higher accuracy and excellent reproducibility.

• Other measurement, recording and measuring instruments

By adding cerium sulfate, the sample is oxidized, converting all forms of chromium into hexavalent chromium (Cr(VI)). Then, by adding diphenylcarbazide, a red-purple chromogenic compound is produced through the reaction with Cr(VI).

• Other measurement, recording and measuring instruments

Calcium and magnesium form complexes with cresol red. When a buffer is added to adjust the pH to about 9.6, a characteristic purple complex is produced. When measuring only calcium, magnesium can be complexed to eliminate interference.

• Other measurement, recording and measuring instruments

The measurement is conducted by titrating the sample with hydrochloric acid and reaching a colorimetric endpoint corresponding to a specific pH. In this measurement, phenolphthalein is used as an indicator. In the initial state, when it reacts with caustic soda, the solution shows a deep pink color (pH > 8). Subsequently, as it reacts with the titrating acid, the pH decreases, and when it reaches pH < 8, it surpasses the equivalence point of caustic soda, and the color of the solution changes to colorless (transparent). By using an LED of appropriate wavelength and a photometer, high measurement accuracy is achieved.

• Other measurement, recording and measuring instruments

This method measures the concentrations of sodium hydroxide (NaOH), bicarbonate (HCO₃⁻), and carbonate (CO₃²⁻) using a neutralization reaction with standardized hydrochloric acid solution. Phenolphthalein indicates the endpoint of hydroxide ion neutralization, changing color from pink to colorless. Methyl orange indicates the complete neutralization of bicarbonate and carbonate, changing color from yellow to red. Based on the volume of titrant consumed at each endpoint, the concentrations of sodium hydroxide and carbonate are calculated with high accuracy and reproducibility.

• Other measurement, recording and measuring instruments

The technology used by Instran for parameter measurement with ISE sensors can correct for the effects of changes in the sample matrix, allowing for the avoidance of inaccurate measurement results caused by interference or changes in sample conditions.

• Other measurement, recording and measuring instruments

The "51100 Series" from Dextens is an electrochemical oxygen sensor capable of measuring trace amounts of oxygen in liquids and gases with high precision. It features excellent sensitivity with a detection limit of less than 0.1 ppb and can handle a wide range of saturation levels (up to 400 ppm). Its greatest strengths are its robustness and low maintenance costs. The stainless steel (316L) housing allows it to withstand high pressure and harsh chemical environments, while a design that minimizes anode wear significantly reduces maintenance frequency. Single-point calibration and data storage functions (EEPROM) also help to reduce the workload. It can be utilized in various industries such as beverages, semiconductors, pharmaceuticals, and chemicals.

• Other measurement, recording and measuring instruments

- Ultra-compact and highly portable for immediate on-site response: The pocket-sized design allows for smooth daily inspections even in narrow or high places. - Non-contact and high-speed detection: Quickly identifies the sound source location compared to snoop tests and manual ultrasonic probes. - Automatic frequency range selection for immediate usability: Adopts a simple UI that automatically optimizes the frequency range. With smartphone-like operability, it is easy to learn and can be used immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete on-site viewing, saving, and sharing: Establishes a WLAN hotspot, allowing data confirmation, download, and sharing from a smartphone on-site. - High durability design for harsh environments: Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use even in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Report creation via mobile app and advanced post-processing and analysis using PC software are possible.

• Gas Detectors

This is a portable multi-component gas analyzer designed for four types of insulating gases: SF₆, C4-FN, C5-FK, and Clean Air. It is a zero-emission model developed with the transition to SF₆ alternative gases in the power industry in mind, enabling quality control and maintenance inspections for multiple insulating gas facilities with a single unit. The modular design allows for the selection of only the necessary gases, accommodating future functional expansions. It features a Pump Back function that collects and returns the gas to the device after measurement, preventing gas release while conducting high-precision analysis. It is ideal for the maintenance and quality control of a wide range of high-voltage equipment, including GIS, gas circuit breakers, transformers, and gas cylinders. *For more details, please check the materials available for download in PDF format.*

• Water quality testing

This is a stationary multi-gas analyzer specialized for continuous analysis and monitoring of process gases. Depending on the application, it can simultaneously measure up to six types of gases, with each sensor individually optimized and calibrated to minimize the influence of background gases (cross-interference). You can choose between a benchtop or 19-inch rack-mounted type, achieving high-precision process management across a wide range of industrial applications, including research and development, chemical processes, glove boxes, biogas, and combustion/exhaust gas monitoring. *For more details, please check the materials available for download in PDF format.*

• Water quality testing

This is a high-performance gas analyzer developed for quality management and condition monitoring of SF₆ (sulfur hexafluoride) gas used in high-voltage gas-insulated switchgear (GIS), gas circuit breakers, transformers, and more. It can accurately measure SF₆ purity, moisture (dew point), SO₂, and other parameters with a single device, and depending on the model, it can analyze up to eight types of gases simultaneously. Additionally, models equipped with a Pump Back function can recover and return the gas to the equipment after measurement, achieving zero-emission measurement by preventing the release of SF₆ gas into the atmosphere. It is available in both portable and bench-top types and is widely used for maintenance and inspection of substation equipment, as well as manufacturing and quality control. *For more details, please check the materials available for download in PDF format.*

• Water quality testing

This is a portable multi-component gas analyzer that achieves high-precision gas analysis in the field. It can simultaneously measure up to six types of gases and is equipped with high-precision sensors and a 7-inch color touchscreen. With a robust housing compliant with IP66 standards and over 8 hours of battery operation, it brings laboratory-level analytical performance to the field. It supports a wide range of applications, including biogas, syngas, combustion processes, environmental measurements, and power generation equipment, and enables efficient data management through data storage, USB output, and on-site printing functions. *For more details, please check the materials available for download in PDF format.*

• Water quality testing

The company is a gas analysis equipment manufacturer headquartered near Cambridge, UK. Since its establishment in 2000, it has developed and manufactured various gas analyzers, including oxygen analyzers, providing high-precision analysis solutions to industries worldwide. It has obtained ISO 9001 certification, and its own brand "Rapidox" series is highly regarded as gas analyzers that combine high sensitivity, high reliability, and excellent operability. The company's products are used in a wide range of fields, including semiconductors, heat treatment, food and beverage, medical, pharmaceuticals, research and development, environmental measurement, electronic component manufacturing, and biogas, and it also accommodates customization and OEM supply according to customer needs. It particularly excels in high-precision measurement technology for trace oxygen (ppm level), which is utilized in quality control and process management in manufacturing sites and research institutions around the world. *For more details, please check the materials available for download in PDF format.

• Water quality testing

This is a high-performance sampling gas analyzer that caters to a wide range of applications from research and development to manufacturing. Depending on the application, you can choose from zirconia, electrochemical, or optical oxygen sensors, allowing for precise measurements from trace ppm levels to 100% oxygen. Additionally, we offer gas analysis models for CO₂, CO, CH₄, and more, addressing diverse measurement needs. With fast response times, low maintenance, and various analog and digital outputs, it is utilized across a wide range of industries, including research facilities, glove boxes, heat treatment furnaces, food packaging, and semiconductor manufacturing. *For more details, please check the materials available for download in PDF format.*

• Water quality testing

All metal components form complexes with cyanide. Then, by adding cyclohexanone, only the zinc complex is dissociated, and the free zinc reacts with the Zincon reagent. This reaction produces a color change, and by measuring the intensity of the color, the zinc concentration is quantified.

• Other measurement, recording and measuring instruments

This measurement method is based on the reaction of phenol with 4-aminoantipyrine, followed by oxidation with peroxodisulfate, resulting in the formation of a pink complex.

• Other measurement, recording and measuring instruments

After adding a buffer and adjusting the pH conditions suitable for the reaction, the reaction proceeds. Chloramine T reagent reacts with cyanide ions to produce cyanide chloride. Subsequently, this compound reacts with a color reagent to form a blue complex. The intensity of the generated blue color is proportional to the concentration of cyanide in the sample.

• Other measurement, recording and measuring instruments

After introducing the sample into the measurement cell, several reagents are added to adjust the solution to the specified conditions (such as pH and oxidation state). Next, a blank measurement is performed to correct for the effects of temperature and turbidity. After that, the final reagent is added, causing a reaction in the solution that results in a color change. This color change is measured at the appropriate wavelength. By using a photometer, high measurement accuracy is achieved.

• Other measurement, recording and measuring instruments

First, add the ISA solution (ionic strength adjuster) to prepare the sample and activate the electrode sensor. Then, conduct the first measurement. Next, add a small amount of high-concentration nitrate ion standard solution and perform the second mV measurement. The concentration of the target component in the sample is calculated from the results of these two measurements. Additionally, when using an extraction solution, cleaning with ammonia cleaning solution is required for each analysis. This prevents cross-contamination between samples.

• Other measurement, recording and measuring instruments

The sample is titrated with hydrochloric acid, and measurements are taken until the colorimetric endpoint corresponding to the specified pH is reached. The alkalinity of phenolphthalein is measured by titrating to pH 8.3, which is confirmed by the color change of the phenolphthalein indicator. This value indicates the total amount of hydroxide ions (OH⁻) present in the sample, as well as half the amount of carbonate ions (CO₃²⁻).

• Other measurement, recording and measuring instruments

Nitrate ions (NO₃⁻) are reduced to nitrite ions (NO₂⁻) under alkaline conditions. The resulting nitrite ions are then measured through a diazotization reaction. This reaction produces a vivid azo dye, and the intensity of the color is proportional to the concentration of nitrate ions. It should be noted that this measurement method assumes that there are no nitrite ions originally present in the sample.

• Other measurement, recording and measuring instruments

The MSA ULTIMA X5000 is a next-generation gas monitor equipped with dual-channel sensors and advanced diagnostic features. It significantly enhances performance compared to conventional models with sensor status visualization through self-diagnosis, improved responsiveness, and reduced false alarms. Its durable housing design and highly visible display enable stable gas monitoring even in harsh environments. It is an ideal model for sites that require stringent safety standards, such as in chemicals, pharmaceuticals, food, and energy sectors.

• Gas Detectors

In the field of agricultural irrigation management, efficient use of water resources and appropriate water supply tailored to crop growth conditions are essential. In particular, uniform watering across extensive fields and precise management of water volume are critical issues directly linked to yield and quality. Inadequate water management can lead to waste of water resources and poor crop growth. The VISION small turbine flow meter contributes to addressing these challenges with low-cost and accurate flow measurement. 【Usage Scenarios】 - Flow monitoring of irrigation systems - Automatic control of watering amounts - Efficient management of water resources 【Benefits of Implementation】 - Realization of suitable water supply for crop growth - Water resource conservation - Increased efficiency of irrigation operations

• Flow Meter

In the water treatment industry and applications for measuring water volume, accurate measurement of water flow is crucial for process efficiency and quality control. Particularly in situations where precise flow management is required, such as maintaining water quality and managing wastewater, reliable measuring instruments are essential. Inadequate water volume measurement can lead to reduced processing capacity and increased costs. The VISION compact turbine flow meter, while small, lightweight, and low-cost, accurately measures flow rates of up to 65 l/min, supporting water volume measurement in water treatment processes. 【Use Cases】 - Monitoring water volume in each stage of water treatment plants - Managing supply volumes of industrial water - Measuring and managing wastewater volumes - Precise measurement of fluid volumes in research and development 【Benefits of Implementation】 - Process optimization through accurate water volume measurement - Efficient use of water resources - Data acquisition for compliance with wastewater standards - Contribution to cost reduction

• Flow Meter

In the pharmaceutical industry, precise flow rate management of liquids during the manufacturing process is extremely important for quality assurance. In particular, the accuracy of the amount of raw materials and mixing ratios directly affects the quality and efficacy of the final product. Even a slight error in flow rate can lead to non-compliance with product specifications or reduced effectiveness. The VISION compact turbine flowmeter addresses these challenges by providing accurate flow measurement in a small, lightweight, and cost-effective design, supporting the quality assurance process. 【Usage Scenarios】 - Accurate management of raw liquid input amounts - Flow monitoring of mixed liquids - Real-time flow measurement on the production line 【Benefits of Implementation】 - Stabilization of product quality - Improvement of yield - Assurance of traceability

• Flow Meter

In the food processing industry, accurate flow management of raw materials and products is essential for maintaining quality and improving production efficiency. In particular, measuring instruments that meet hygiene standards and can respond to temperature changes are indispensable for safe and stable production activities. Inadequate flow management can lead to product variability and reduced yield. The VISION turbine flow meter complies with food hygiene regulations and is suitable for use in beverages such as juice and in cooking and manufacturing processes. Additionally, it can handle temperatures up to 100°C, making it useful for monitoring processes at high temperatures. 【Application Scenarios】 - Flow measurement in juice and beverage production lines - Management of the supply amount of seasonings and liquids in cooking processes - Flow monitoring of hot water in coffee machines and similar equipment 【Benefits of Implementation】 - Standardization of product quality - Improvement of yield - Stabilization of production processes

• Flow Meter

In the beverage manufacturing industry and raw material management, accurate measurement of raw materials is essential for maintaining quality. Particularly when handling various types of liquid raw materials, accurately and efficiently monitoring their flow rate impacts product consistency and cost management. Inaccurate flow measurements can lead to quality variations and unnecessary costs. The VISION turbine flow meter, which is compact, lightweight, and low-cost, supports flow measurements of up to 65 l/min and complies with food sanitation laws, making it a reliable choice for raw material management in beverage production such as juice. 【Usage Scenarios】 - Measuring raw materials in beverage production such as juice - Managing the flow of liquid raw materials during cooking and manufacturing processes - Measuring the flow of high-temperature water in coffee machines 【Benefits of Implementation】 - Stabilization of quality through accurate measurement of raw materials - Cost reduction through efficient use of raw materials - Assurance of safety through compliance with food sanitation laws

• Flow Meter

The AirSep Onyx, featuring an all-in-one design that excels in portability while achieving high flow rates and high discharge pressure, is the definitive high-performance oxygen generator. With thousands of units installed worldwide, it boasts high durability and reliability developed over many years. It is an ideal oxygen supply solution that can accommodate a wide range of applications.

• Gas Generator

In the aquaculture industry, water quality management is crucial for the healthy growth of seafood. In particular, dissolved oxygen concentration is essential for the respiration of seafood, and maintaining an appropriate concentration significantly affects their growth. A lack of dissolved oxygen can lead to increased stress, inhibited growth, and even mortality in seafood. Our NEON OPTOD portable fluorescent dissolved oxygen meter addresses these challenges and supports growth management. 【Usage Scenarios】 - Regular water quality checks at land-based aquaculture facilities - Maintaining appropriate dissolved oxygen concentrations for different species - Early detection of sudden changes in water quality 【Benefits of Implementation】 - Reduced stress for seafood and promotion of healthy growth - Improved production efficiency - Streamlined water quality management and data-driven operations

• Dissolved Oxygen Meter

In the aerospace industry, it is extremely important to ensure the safety and reliability of aircraft by checking for minute gas leaks and airtightness of components. Particularly in inspections of parts with complex structures or in hard-to-access areas, rapid and accurate identification of leak points is required. Even a slight leak can lead to serious accidents, making high-precision detection technology essential. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and supports efficient on-site component inspections. 【Application Scenarios】 - Airtightness inspection of aircraft engine components - Detection of minute gas leaks in fuel systems - Leak verification after assembly of spacecraft components - Quality control on manufacturing lines 【Benefits of Implementation】 - Reduction and efficiency of inspection time - Decreased accident risk through early detection of minute leaks - Easier inspection of hard-to-access areas - Improved traceability through report generation

• Gas Detectors

In monitoring production lines in the manufacturing industry, early detection of gas leaks and partial discharges is essential for ensuring stable operation of equipment and safety. Particularly, inspections in complex piping, high places, and confined spaces require prompt and accurate responses. Traditional inspection methods can be time-consuming for identifying leak points and may make detailed non-contact verification difficult. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges with on-site responsiveness and high detection capability. 【Usage Scenarios】 - Leak inspection of gas piping in production lines - Detection of partial discharges from high-pressure equipment - Regular safety inspections of equipment - Identifying leak points during maintenance work 【Benefits of Implementation】 - Reduced inspection time and increased efficiency - Lower risk of accidents due to gas leaks - Decreased equipment downtime - Optimization of maintenance costs

• Gas Detectors

In public infrastructure, especially in gas network management, early detection and accurate location identification of gas leaks are extremely important for ensuring safety and maintaining infrastructure. Gas leaks not only increase the risk of accidents and environmental pollution but can also lead to the shutdown of infrastructure. Given the demand for rapid and reliable inspections, traditional verification methods can be time-consuming and labor-intensive. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and streamlines inspection work on-site. 【Usage Scenarios】 - Regular inspections of gas pipelines - Identification of leak points in urban gas supply networks - Detection of anomalies in underground buried pipes - Confirmation of gas leaks around plant facilities 【Benefits of Implementation】 - Acceleration and efficiency improvement of inspection work - Reduction of accident risks through early detection of leak points - Maintenance of stable operation of infrastructure - Reduction of worker burden and enhancement of safety

• Gas Detectors

In the maintenance of chemical plant equipment, early detection and accurate identification of gas leaks are extremely important for safe operations and accident prevention. If leak points cannot be quickly identified, the risk of serious accidents increases. Additionally, efficient inspection work is required to minimize equipment downtime. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges, enabling safe and efficient equipment maintenance. 【Usage Scenarios】 - Detection of gas leaks from pipes, valves, and flanges within the plant - Inspection of hard-to-access areas such as high places and narrow spaces - Identification of leak points during regular equipment maintenance - Rapid identification of leak points in emergencies 【Benefits of Implementation】 - Reduction of accident risks through early detection of gas leaks - Increased efficiency and speed of inspection work - Shortened equipment downtime - Maintenance of safe plant operations

• Gas Detectors

In the oil and gas industry, pipeline inspections require the early detection of even minor gas leaks to ensure safety. Delayed detection of leaks increases the risk of environmental pollution, damage to equipment, and even serious accidents. Therefore, technology that can quickly and accurately identify leak locations is essential. Our ultrasonic gas leak detection camera is pocket-sized yet highly portable, allowing for smooth inspections in confined or elevated spaces. With non-contact, high-speed detection, it quickly identifies the sound source location compared to traditional testing methods and visualizes gas leaks, supporting safe pipeline management. 【Usage Scenarios】 - Daily pipeline inspections - Identification of gas leak locations within plants - Equipment inspections in high or confined spaces - Emergency leak location identification 【Benefits of Implementation】 - Increased efficiency of inspection work - Reduced accident risk through early gas leak detection - Lower maintenance costs - Rapid response through on-site data sharing

• Gas Detectors

In the construction industry, the early detection of gas leaks and accurate location identification are essential for ensuring safety and improving construction efficiency. Particularly, leaks in hard-to-access areas such as underground buried pipes and high-altitude piping pose a risk of serious accidents if detection is delayed. Additionally, in sites where rapid response is required, complex operations and prolonged measurements can lead to work delays. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges by providing on-site responsiveness and reliable detection capabilities. 【Usage Scenarios】 - Installation and inspection of gas piping at construction sites - Identification of leak locations in underground buried piping - Routine inspections of piping in high or narrow spaces - Final checks after project completion 【Benefits of Implementation】 - Improved safety through early detection of gas leaks - Reduced construction time through rapid identification of leak locations - Increased efficiency of inspection work in hard-to-access areas - Detection of leaks that cannot be confirmed visually

• Gas Detectors

In the inspection of onboard equipment on ships, early detection of gas leaks and partial discharges is crucial for ensuring safety and maintaining equipment. In the confined spaces and densely packed piping of a ship, rapid and accurate identification of leak locations is required. Traditional inspection methods have been time-consuming and carried the risk of oversight. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and supports efficient inspections. 【Usage Scenarios】 - Gas leak inspection of onboard piping - Identification of leak locations in engine rooms and cargo holds - Inspection of equipment in high or confined spaces 【Benefits of Implementation】 - Reduction and efficiency of inspection time - Decrease in accident risk due to gas leaks - Strengthening of equipment maintenance and reduction of maintenance costs

• Gas Detectors

In the automobile manufacturing process, confirming gas leaks and airtightness is crucial for maintaining product quality and ensuring safety. Particularly, rapid checks in parts with complex structures and on assembly lines directly impact production efficiency. Our pocket-sized ultrasonic gas leak detection camera contributes to these challenges with its on-site responsiveness and high detection accuracy. 【Usage Scenarios】 - Gas leak inspection on automobile parts manufacturing lines - Airtightness checks during the assembly process - Identifying leak points during vehicle inspections 【Benefits of Implementation】 - Prevention of defective products from being released due to rapid identification of leak points - Increased efficiency in inspection tasks and reduction of man-hours - Enhanced product reliability and ensured safety

• Gas Detectors

In the energy industry, particularly in power plants, early detection and identification of gas leaks are extremely important for the safe operation of equipment and accident prevention. Even minor leaks carry the risk of leading to serious accidents. Traditional inspection methods can be time-consuming, labor-intensive, or may require entry into hazardous areas. Our ultrasonic gas leak detection camera addresses these challenges, enabling safe and efficient inspections. 【Usage Scenarios】 - Inspection of gas piping around power generation facilities - Confirmation of gas leaks in turbine rooms - Inspection of equipment in high or confined spaces - Regular safety patrols 【Benefits of Implementation】 - Reduced accident risk through early detection of gas leaks - Increased efficiency and time savings in inspection work - Ensured safety for workers (reduced entry into hazardous areas) - Stable operation of equipment and reduced maintenance costs

• Gas Detectors

In the aquaculture industry, continuous monitoring of water quality is essential for the healthy growth and stable production of seafood. In particular, parameters such as ammonia, nitrite, nitrate, pH, alkalinity, hardness, calcium, and magnesium directly affect the growth of aquatic organisms, making accurate and rapid measurement indispensable. Fluctuations in these water quality indicators can lead to disease outbreaks and hinder growth. The LaMotte Spin Touch FX analyzes these critical water quality parameters in about two minutes, supporting the proper management of aquaculture environments. 【Usage Scenarios】 - Continuous monitoring of water quality in aquaculture ponds - Water quality checks before shipment - Investigating causes during disease outbreaks - Measuring the effectiveness of water quality improvement measures 【Benefits of Implementation】 - Early response through rapid water quality assessment - Optimization of the growth environment for seafood - Improved production efficiency - Enhanced accuracy in water quality management

• Other measurement, recording and measuring instruments

- Ultra-compact and highly portable for immediate on-site response: The pocket-sized design allows for smooth daily inspections even in narrow or high places. - Non-contact and high-speed detection: Quickly identifies the sound source location compared to snoop tests and manual ultrasonic probes. - Automatic frequency range selection for immediate usability: Adopts a simple UI that automatically optimizes the frequency range. With smartphone-like operability, it is easy to learn and can be put into operation immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete viewing, saving, and sharing on-site: Establishes a WLAN hotspot, allowing data confirmation, download, and sharing from a smartphone on-site. - High durability design for harsh environments: Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use even in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Easily create inspection reports with a mobile app.

• Gas Detectors

- Ultra-compact, highly portable for immediate on-site response: The pocket-sized design allows for smooth daily inspections even in tight or elevated spaces. - Non-contact, high-speed detection: Quickly identifies the sound source location compared to snoop tests or manual ultrasonic probes. - Automatic frequency range selection for immediate usability: Adopts a simple UI that automatically optimizes the frequency range. With smartphone-like operability, it is easy to learn and can be put into operation immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete on-site viewing, saving, and sharing: Establishes a WLAN hotspot, allowing data confirmation, download, and sharing from a smartphone on-site. - High durability design for harsh environments: Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use even in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Report creation via mobile app and advanced post-processing and analysis using PC software are possible.

• Gas Detectors