メトラー・トレド List of Products and Services

The pH electrode designed for the harsh chemical processes of Metra Toledo incorporates a temperature element and uses solid electrolyte, achieving accurate measurements even in hazardous locations. It is durable for long-term use in dangerous areas.

The Mettler Toledo bio-burden analysis device '7000RMS' can continuously measure microorganisms online and in real-time. Real-time high-speed microbial detection is Mettler Toledo's latest technology, enabling process control of pharmaceutical water systems by providing quantification of microbial contamination without any waiting time, in conjunction with viable count tests. In tests regarding transient deviations of microorganisms in pharmaceutical water, the potential delays caused by culture growth or sample preparation using dyes and reagents are significantly reduced. *For more details, please feel free to contact us.

The M800 converter series from MetraTredo features highly advanced Intelligent Sensor Management (ISM) technology that can measure pH/ORP, optical dissolved oxygen, polarographic O2 (dissolved oxygen and O2 gas), and conductivity. The multi-parameter converter can utilize a variety of ISM sensors in combination. In addition to up to 4 channels of process measurement, two flow measurements can be achieved with a single converter. It also supports quick installation and operation through plug-and-measure, as well as features for preventive maintenance of sensors and notifications for sensor replacement timing via a dynamic lifetime indicator. The color touchscreen and intuitive user interface provide excellent operability. For more details, please download the catalog or contact us.

(Reduction of Maintenance Load) - The optical dissolved oxygen (O2) sensor 'InPro6860i' for pharmaceuticals from MetraTredo employs Intelligent Sensor Management (ISM) technology, which allows for predictive diagnostics of the optimal handling and calibration timing of the sensor, thereby reducing maintenance load. (Reduction of Human Error) - The plug-and-measure feature eliminates the need for setup during startup, reducing the risk of operational mistakes. (Ease of Handling) - Self-diagnosis provides all the necessary information to determine whether the sensor can be used for the next batch. The sensor drift is automatically corrected, ensuring excellent stability and measurement accuracy over the long term.

The InPro 5500i from Mettler Toledo has been developed for inline measurement of CO2 in the beer brewing and carbonated beverage manufacturing processes. It uses a proven thermal conductivity method to measure CO2 in liquids. This product features a unique combination of this established technology with simple operability and Mettler Toledo's proprietary Intelligent Sensor Management (ISM) for preventive diagnostic functions. The pre-calibration feature of ISM and the "plug-and-measure" function enable rapid setup of the measurement system without generating errors. With the Dynamic Lifetime Indicator (DLI) and Adaptive Calibration Timer (ACT) functions, predictive maintenance can be performed, keeping the sensor in optimal condition at all times. The InPro 5500i demonstrates its effectiveness in maintaining the quality of beer and carbonated beverages and controlling CO2 costs by providing accurate CO2 measurements in critical processes.

The dissolved carbon dioxide (CO2) sensor "InPro5000i" from MetraTrado uses FDA-approved materials, features a sanitary surface treatment for easy cleaning, and fully complies with international standards such as EHEDG.

The MetraTredo Intelligent Digital Technology (ISM) pH & O2 measurement system further enhances process reliability, reduces maintenance costs, and decreases the risk of measurement errors caused by sensors.

The InPro8600&M800 inline turbidity measurement system from Metrohm Toledo offers a versatile turbidity system that can accommodate any process.

MetraTredo's portable total organic carbon (TOC) sensor '450TOC' <Quick performance verification> Measurement range (concentration): 0.05 ppb – 1,000 ppb Response time: 60 s Detection limit: 0.025 ppb

The Metra Toledo laser gas analyzer is a probe type with few moving parts, designed for low maintenance in hazardous locations. It provides stable and highly reliable measurements with minimal operational staff through features like plug & measure. *For more details, please download the catalog or feel free to contact us.*

The InPro 4800 series from Metrohm Toledo has a long operational lifespan under high reactivity chemicals and high operating pressures, significantly contributing to cost reduction due to its low maintenance requirements. By reducing maintenance and electrode replacement costs, the contamination-resistant annular liquid junction (PTFE) and the pressure-compensated double structure of the reference electrode, along with a long diffusion path and unique technical design, have achieved cost savings.

The InPro 4800 series from Metrohm Toledo has a long operational lifespan under high reactivity chemicals and high operating pressures, and its low maintenance contributes significantly to cost reduction. By reducing maintenance and sensor replacement costs, the contamination-resistant annular liquid contact part (PTFE) and the pressure-compensated double structure of the reference electrode, along with a long diffusion path and unique technical design, have achieved cost savings.

The dissolved carbon dioxide (CO2) electrode "InPro5000i" from Metra Toledo uses FDA-approved materials, features a sanitary surface treatment for easy cleaning, and fully complies with international standards such as EHEDG.

The InPro 5500i excels in maintaining the quality of beer and carbonated beverages and controlling CO2 costs by providing accurate CO2 measurements in critical processes. It is a unique product that combines the preventive diagnostic capabilities of Intelligent Sensor Management (ISM), a proprietary technology from MetraTred.

The InPro 5500i excels in maintaining the quality of beer and carbonated beverages and controlling CO2 costs by providing accurate CO2 measurements in critical processes. It is a unique product that combines a preventive diagnostic function through intelligent sensor management (ISM), a proprietary technology of Mettler Toledo.

The GPro500 from MetraTredo is a probe-type device with few moving parts, designed for low maintenance in hazardous environments. It provides stable and highly reliable measurements with minimal operational staff through features like plug & measure. *For more details, please download the catalog or feel free to contact us.*

MetraTrado's digital electrode management software "ISMCore" allows sensor calibration using a PC. Sensor diagnostics improve process safety. With a highly visible application window, it achieves both operability and functionality simultaneously.

Achieve more accurate water quality control through continuous measurement. The MetraTRED 6000TOCi online TOC analyzer is equipped with a continuous measurement mechanism that updates every second, allowing it to detect increases in TOC levels without missing them, compared to batch inline analyzers that measure at fixed intervals.

The computerized system validation of Metral Toledo ensures data integrity in the manufacturing environment and provides SQC (Statistical Quality Control) and SPC (Statistical Process Control) to comply with pharmacopoeia and food hygiene regulations.

All filling processes can be affected by numerous uncontrollable influences. Even a single package is not allowed to have a filling amount that clearly falls below the specified net weight due to weight fluctuations occurring during the filling process. Statistical Quality Control (SQC) is a legally required quality management method for product filling. SQC also contributes to economical filling and the maintenance of high quality. Computerized system validation ensures data integrity in the manufacturing environment and provides SQC (Statistical Quality) and SPC (Statistical Process Control) in compliance with pharmacopoeia and food hygiene regulations. This guide provides useful information to help you correctly select the most suitable solution from MetraTrade for your application. 【Contents of the SQC Guide】 ■ Filling process management ■ Statistics in filling process management ■ Decision-making rationale ■ Legal requirements ■ Glossary of terms for filling process management *Please download the "SQC Guide for Technical Materials and Industrial Weighing" from the PDF below.

When using an analog pH sensor, do you find it difficult to know the lifespan of the sensor? If you can understand the lifespan of the sensor, you can determine when to replace it, thus avoiding unexpected shutdowns in the manufacturing process. MetraTred's unique digital technology, Intelligent Sensor Management (ISM), enables predictive maintenance. It also provides clear record management for compliance purposes. In this document, "Advantages of Digitizing Manufacturing Process Management Systems," we will explain in detail five themes, including case studies from major pharmaceutical companies! [Contents List] 1. Elimination of interference that affects measurement results 2. Long-lasting analytical sensors 3. Clear record management for compliance 4. Implementation of predictive maintenance plans based on diagnostic information from sensors 5. Accurate process control and system integrity

The "7000RMS" from Metral Toledo is a device that detects microbial contamination in pharmaceutical water in real-time. Using laser-induced fluorescence and Mie scattering technology, it can instantly detect microorganisms. Continuous monitoring of water is conducted, with results available every 2 seconds, allowing for rapid response in case of contamination. It eliminates the need for sampling and culturing, reducing the risk of delays in the production process and avoiding losses and legal issues. 【Features】 ■ Water can be released immediately ■ Capable of detecting particles as small as 0.52μm, with a maximum temperature tolerance of 90℃ ■ Easy operation via a touch screen ■ 24/7 monitoring of water treatment, storage tanks, distribution loops, etc. ■ SCADA connection possible via ModBus TCP and multiple analog outputs ★ We are currently offering materials that explain the risks of microbial contamination and the features of this product. You can view them from "PDF Download."

The "Analyzer 2850Si" from Metra Toledo is a space-saving silica and phosphate analysis device with excellent features. It combines the advantages of a silica meter and a phosphate analyzer, achieving reliable ppb silica and ppm phosphate measurements with minimal operator supervision. This silica and phosphate analysis device enables early detection of trace contamination of silica in water flow to prevent corrosion caused by scale deposition and tube leakage in power generation equipment such as boilers and turbines, and verifies appropriate phosphate concentrations. ● Features - Compact design - Fast and efficient silica analysis - 75% reduction in reagent usage (compared to conventional models) for low cost - Intuitive user interface - Simplified maintenance with built-in self-diagnostic functions

The "Probe Type GPro 500" from Metra Toledo is a TDL gas analyzer with high versatility. It does not require a frequently maintained sampling system or conditioning system, allowing for a reduction in related costs and measurement downtime. Additionally, it is a self-contained unit that does not require cross-stack alignment adjustments typically needed for standard TDL analyzers during installation. 【Features】 ■ In-situ measurement of gas in narrow piping ■ No need for sampling or conditioning systems ■ No alignment adjustments required ■ Reduces preparation and effort for installation *For more details, please refer to the PDF document or feel free to contact us.

The Mettler Toledo "No Purge Required Probe Type GPro 500" is a TDL gas analyzer suitable for static gases, dry gases, and clean gases. It enables in-situ gas measurements in low-speed or static gas flows and is compatible with all models of Mettler Toledo's TDL gas analyzers. There is no need for alignment adjustments during installation, which is typically required for general TDL analyzers, allowing for quick and easy setup. 【Features】 ■ Provides long-term measurement stability in applications with extremely low gas flow rates ■ No need for maintenance-intensive sampling systems or conditioning systems ■ No need for alignment adjustments during installation, which is typically required for general TDL analyzers ■ Allows for quick and easy setup *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for NH3 monitoring, handled by MetraTredo. Adopting laser absorption spectroscopy, it achieves accurate measurements with low maintenance. It is highly suitable for process control in ammonia slip applications. Additionally, this product is a TDL gas analyzer that provides high precision, high reliability, and fast measurements for critical applications, compliant with SIL 2. 【Features】 ■ Exhibits high-level performance in ammonia measurement ■ Low maintenance, low operational costs ■ Easy installation ■ Design capable of accommodating challenging installation conditions *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for CO (%) monitoring, handled by MetraTredo. It can perform direct (in-situ) analysis at high temperatures and does not require a conditioning system, which can reduce total ownership costs. Additionally, as it is a product that does not require alignment adjustments, the burden of installation and alignment adjustments for TDL is significantly reduced. 【Features】 ■ Adopts laser absorption spectroscopy ■ Achieves simple installation and CO concentration measurement ■ Very suitable for measurement and control applications in FCC units, styrene, and synthetic gas and ammonia production ■ Complies with SIL 2 *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for measuring carbon monoxide/methane gas, handled by Metra Toledo. Since this product does not require alignment adjustments, the burden of installation and alignment for TDL is significantly reduced. Additionally, by combining various process-compatible options with the measurement system, it can accommodate a wide range of installation conditions. 【Features】 ■ Demonstrates high-level performance in measuring carbon monoxide and methane ■ Low maintenance and low operating costs ■ Utilizes laser absorption spectroscopy ■ Suitable for measurements in general furnaces, heating furnaces, and incinerators *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for CO (ppm) monitoring, handled by Metra Toledo. This product is highly suitable for process control in combustion applications and is also ideal for measurements in heating furnaces, incinerators, and ESP filters. Additionally, it achieves high precision, high reliability, and fast measurements, and complies with SIL 2 standards. Please feel free to contact us if you need assistance. 【Features】 ■ Achieves reliable CO analysis ■ Design capable of accommodating difficult installation conditions ■ Suitable for measurements in heating furnaces, incinerators, and ESP filters ■ Direct (in-situ) installation at measurement points *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for CO2 (%) / CO (%) monitoring, handled by MetraTrado. It allows for direct (in-situ) and rapid measurements, and eliminates the need for cumbersome conditioning systems, thereby reducing total ownership costs. Additionally, by combining various process-compatible options with the measurement system, it can accommodate a wide range of installation conditions, including pipe diameters (from 50mm to over 1m). 【Features】 ■ Low maintenance and low operating costs ■ No need for cumbersome conditioning systems ■ Achieves high precision, high reliability, and fast measurements for critical applications ■ Provides rapid response *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for CH4 (ppm) monitoring, handled by MetraTredo. It is highly suitable for process control in synthetic gas applications, achieving high precision, high reliability, and fast measurements in critical applications. Additionally, it can be installed directly (in-situ) at the measurement point, allowing for rapid response without the need for sample conditioning. 【Features】 ■ Delivers high-level performance in methane measurement ■ Low maintenance, low operating costs ■ Utilizes laser absorption spectroscopy ■ Compliant with SIL 2 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the TDL spectrometer 'GPro 500' for ammonia/water content measurement, handled by Metra Toledo. This product is optimized for denitrification processes that require monitoring low concentrations of NH3 at high temperatures (300-400°C) and with a maximum moisture content of 40%. Additionally, by combining it with a filter-equipped probe-type process-compatible option, stable measurements can be achieved even in dusty gas flows. 【Features】 ■ High-level performance in ammonia and moisture measurement ■ Low maintenance, low operating costs ■ Utilizes laser absorption spectroscopy ■ Directly installed at the measurement point (in-situ) *For more details, please refer to the PDF document or feel free to contact us.

In the chemical industry, the durability of electrodes and the reliability of measurements are essential for pH/ORP measurements in corrosive environments. Particularly in solutions containing strong acids, strong alkalis, or sulfides, the degradation of electrodes can significantly impact measurement accuracy, making it difficult to accurately assess the progression of corrosion. The InPro4880i features a titanium shaft, ensuring stable measurements even in harsh chemical environments. 【Application Scenarios】 * Plants handling corrosive substances * Chemical manufacturing processes * Wastewater treatment facilities 【Benefits of Implementation】 * Reduced frequency of electrode replacement, lowering maintenance costs * Optimization of processes through accurate monitoring of corrosion conditions * Stabilization of processes and improvement of product quality

In the pharmaceutical industry's quality control, accurate measurement of pH and ORP during the manufacturing process is essential to ensure product quality and safety. In particular, measurements in highly corrosive chemical environments or at high temperatures require a balance between electrode durability and measurement accuracy. The InPro4880i features a titanium shaft, providing stable measurements even in harsh conditions. 【Application Scenarios】 - Active pharmaceutical ingredient manufacturing process - Formulation manufacturing process - Quality testing 【Benefits of Implementation】 - Optimization of manufacturing processes - Improvement of product quality - Enhanced measurement reliability

In the water treatment industry, accurate monitoring of water quality during the purification process is essential. In particular, pH/ORP measurements in solutions containing oxidants, strong acids, strong alkalis, and sulfides are crucial for ensuring the efficiency and safety of the process. Inaccurate measurements can lead to reduced purification effectiveness and equipment corrosion. The InPro4880i features a titanium shaft that can withstand harsh chemical environments, ensuring reliable measurements. 【Application Scenarios】 - Wastewater treatment plants - Ultrapure water production processes - Chemical manufacturing processes 【Benefits of Implementation】 - Optimization of the purification process through accurate pH/ORP measurements - Reduction of maintenance costs due to the long lifespan of the electrodes - Stabilization of the process and improvement of safety

In the food industry, accurate measurement of pH and ORP (oxidation-reduction potential) during the manufacturing process is essential to ensure product quality and safety. Particularly in cleaning and sterilization processes, improper management of pH and ORP can lead to microbial growth and product deterioration. The InPro4880i is designed to withstand harsh chemical environments, enhancing the reliability of pH/ORP measurements in food manufacturing processes. 【Usage Scenarios】 - Cleaning processes in food manufacturing lines - pH/ORP monitoring in sterilization processes - pH management in fermentation processes 【Benefits of Implementation】 - Improved product quality and safety - Increased efficiency of manufacturing processes - Reduced maintenance costs

In the beverage industry’s fermentation process, accurate monitoring of pH and ORP is essential to ensure product quality and safety. By accurately understanding the progress of fermentation and controlling it at the optimal timing, the flavor and quality of the product can be stabilized. The InPro4880i is designed to withstand harsh chemical environments, making the measurement of pH and ORP in the fermentation process highly reliable. 【Usage Scenarios】 - Fermentation processes for beer, wine, sake, etc. - Production of lactic acid beverages and fermented foods - Processes with significant pH/ORP fluctuations 【Benefits of Implementation】 - Quality improvement through optimization of the fermentation process - Stable supply of products - Reduction of maintenance costs

In the semiconductor manufacturing industry, managing the quality of pure water is crucial for the stable supply of high-quality products. Accurate measurement of pH and ORP (oxidation-reduction potential) in pure water is essential for early detection of impurities in the manufacturing process and the risk of metal corrosion, thereby maintaining quality. The InPro4880i is designed to withstand harsh chemical environments, ensuring reliable measurements in pure water conditions. 【Usage Scenarios】 - Pure water management in semiconductor manufacturing processes - pH/ORP monitoring in chemical supply lines - Monitoring of wastewater treatment processes 【Benefits of Implementation】 - Stabilization of manufacturing processes - Improvement of product quality - Reduction of maintenance costs

In the bleaching process of the pulp and paper industry, accurate measurement of pH and ORP (oxidation-reduction potential) is essential for optimizing bleaching effectiveness and quality control. Electrodes that can withstand corrosion from bleaching agents and other chemicals, as well as harsh environments such as high temperature and high pressure, are required. The InPro4880i addresses these challenges and provides reliable measurements. 【Application Scenarios】 - pH/ORP measurement in the bleaching process - Chemical concentration management - Process optimization 【Benefits of Implementation】 - Improved bleaching effectiveness - Stabilization of product quality - Reduction of maintenance costs

In metal surface treatment, particularly in the plating process, it is important to accurately measure the pH and ORP (oxidation-reduction potential) in the solution to optimize the process. The quality of plating is greatly influenced by these parameters, and improper measurements can lead to product defects and decreased process efficiency. The InPro4880i from MetraTRED is designed to withstand harsh chemical environments, enhancing the reliability of pH/ORP measurements in the plating process. 【Application Scenarios】 - Management of pH/ORP in plating solutions - Wastewater treatment processes - Metal surface treatment processes 【Benefits of Implementation】 - Improvement in plating quality - Optimization of process management - Reduction in maintenance costs

In the energy industry, accurate measurement of pH and ORP is essential for cooling water management to prevent corrosion and scale buildup, and to maintain efficient operation of equipment. If the water quality of the cooling water is not properly managed, it can lead to early deterioration of equipment and reduced performance, increasing the risk of operational shutdowns. The InPro4880i, designed to withstand harsh chemical environments, provides stable measurement of pH and ORP in cooling water, supporting water quality management. 【Usage Scenarios】 - Cooling water management in thermal power plants, nuclear power plants, and other facilities - Water quality monitoring in equipment such as cooling towers and heat exchangers - Optimization of the dosage of corrosion inhibitors and scale preventatives 【Benefits of Implementation】 - Extended equipment lifespan and stable operation - Reduced maintenance costs - Efficient operation of the plant

In the leaching process in mining, accurate measurement of pH and ORP (oxidation-reduction potential) is essential for efficient metal extraction and process stability. Particularly in harsh environments containing strong acids and sulfides, electrode corrosion and failure can frequently occur, potentially compromising measurement reliability. The InPro4880i addresses these challenges by providing high durability and reliability. 【Application Scenarios】 - Metal extraction processes from ores - pH/ORP monitoring of leachate - Process control 【Benefits of Implementation】 - Reduced maintenance costs due to longer electrode lifespan - Improved process efficiency through stable measurements - Enhanced reliability due to high chemical resistance

In agriculture, irrigation water quality has a significant impact on crop growth. Variations in pH and ORP can reduce nutrient absorption efficiency and promote the occurrence of pests and diseases. The InPro4880i accurately measures the pH/ORP of irrigation water, improving water quality management. It achieves stable measurements even in harsh environments, supporting crop growth. 【Use Cases】 - Monitoring the water quality of irrigation water - Controlling fertilizer addition systems - Hydroponics in greenhouse cultivation 【Benefits of Implementation】 - Increased yield through optimized water quality management - Reduction in fertilizer costs - Decreased risk of pests and diseases

In the cosmetic industry’s formulation process, accurate measurement of pH and ORP values is crucial for maintaining product quality and stability. In particular, precise measurement data is required to manage the mixing of ingredients and the progress of reactions. The InPro4880i features a titanium shaft that can withstand harsh chemical environments, enabling reliable measurements even in solutions containing oxidizers, strong acids, strong alkalis, and sulfides. This enhances quality control in the formulation process and contributes to a stable supply of products. 【Usage Scenarios】 - Mixing processes of cosmetic raw materials - pH/ORP monitoring in emulsification and dispersion processes - pH/ORP measurement in quality control 【Benefits of Implementation】 - Stabilization of the formulation process - Improvement in product quality - Reduction in maintenance costs