ケーエヌエフ・ジャパン Product Lineup

In mining, managing the emissions of gases that contain methane and the associated explosion risks is crucial. Gas leaks not only threaten the safety of workers but can also lead to serious accidents. The N87Ex series explosion-proof gas pump is designed for safe gas recovery operations in methane gas environments. It has obtained IECEx/ATEX certification, providing a reliable pump solution. 【Use Cases】 - Recovery of gases containing methane - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Achieving safe operations in methane gas environments - Reducing the risk of accidents due to gas leaks - Improving work efficiency

In agriculture, particularly in the handling of livestock waste, flammable gases such as methane can be generated, posing risks of explosions and fires. To ensure a safe working environment, it is essential to detect gas leaks and implement appropriate measures. The N87Ex series explosion-proof gas pump is designed to ensure safety during recovery operations in flammable gas environments. It is IECEx/ATEX certified, providing a reliable pump solution. 【Usage Scenarios】 - Recovery of livestock waste containing flammable gases - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Achieving safe operations in flammable gas environments - Reducing the risk of accidents due to gas leaks - Improving work efficiency

In the shipbuilding industry, tank cleaning operations always carry the risk of explosions and fires due to the generation of flammable gases. In particular, gases generated from residues inside the tank not only threaten the safety of workers but can also lead to work interruptions and equipment damage. The N87Ex series explosion-proof gas pump is designed to ensure safety during recovery operations in flammable gas environments. It is IECEx/ATEX certified, providing a reliable pump solution. 【Usage Scenarios】 - Recovery of waste containing flammable gases - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Realization of safe operations in flammable gas environments - Reduction of accident risks due to gas leaks - Improvement of work efficiency

In the aviation industry, fuel disposal operations prioritize safety above all else. In particular, leaks of flammable gases from fuel tanks and piping increase the risk of explosions and fires. The N87Ex series explosion-proof gas pump is designed to ensure safety during fuel disposal operations in flammable gas environments. It is IECEx/ATEX certified, providing a reliable pump solution. 【Usage Scenarios】 - Recovery of residual oil from fuel tanks - Gas venting from fuel piping - Gas sampling at fuel disposal facilities 【Benefits of Implementation】 - Achieving safe operations in flammable gas environments - Reducing the risk of accidents due to gas leaks - Improving operational efficiency

In automotive paint booths, there is always a risk of explosion or fire due to flammable gases contained in the paint. To ensure a safe working environment, it is essential to detect gas leaks and implement appropriate measures. The N87Ex series explosion-proof gas pump safely collects flammable gases within the paint booth and supports the establishment of gas leak detection systems. It is certified with IECEx/ATEX, providing a reliable pump solution. 【Usage Scenarios】 - Collection of flammable gases in the paint booth - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Achieving safe operations in flammable gas environments - Reducing the risk of accidents due to gas leaks - Improving work efficiency

In the electronic equipment manufacturing industry, safe operations are required in environments where flammable gases are generated during the recovery of organic solvents. It is particularly important to minimize the risks of gas leaks and ignition. The N87Ex series explosion-proof gas pump is designed to ensure safety during recovery operations in environments with flammable gases or atmospheres. It has obtained IECEx/ATEX certification and provides a reliable pump solution. 【Usage Scenarios】 - Recovery of waste containing flammable gases - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Achieving safe operations in flammable gas environments - Reducing the risk of accidents due to gas leaks - Improving work efficiency

In university research institutions, the safe recovery of flammable gases generated from experimental waste is required. It is particularly important to ensure laboratory safety and reduce the risks of gas leaks and ignition. The N87Ex series explosion-proof gas pump is designed to ensure safety during recovery operations in flammable gas environments. It has obtained IECEx/ATEX certification, providing a reliable pump solution. 【Application Scenarios】 - Recovery of experimental waste containing flammable gases - Establishment of gas leak detection systems - Gas sampling in explosive atmospheres 【Benefits of Implementation】 - Achieving safe operations in flammable gas environments - Reducing the risk of accidents due to gas leaks - Improving operational efficiency

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump setup - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and fault management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust for laser chambers

Main Features - Long lifespan - Compact size with high air pressure performance - Quiet and low vibration operation - Configurable pump configuration - Boost function - Expanded flow adjustment range - Analog and digital speed control - Enhanced safety features - New warning and failure management system Typical Application Areas - Fuel cells – Hydrogen recirculation - Measurement technology – Transfer pumps for environmental analysis - Equipment analysis (including sample pretreatment) - Diagnostic technology – Extraction of sample residues - Vacuum technology – Pick and place applications - Medical technology – Surgical suction devices, diagnostics, histology, and cardiology applications - Laser technology – Exhaust of laser chambers

Main Features - Closed-loop vacuum control - Configurable pump interface and performance - Contamination-free flow - Customizable - Maintenance-free - Operates regardless of installation position - Long lifespan - High air pressure performance - Compact size / high power density - High dew condensation resistance Typical Application Areas - Medical - Analytical instruments - Gas sampling - Inkjet printers - Degassing - Safety/Security

Main Features • Stable liquid flow through closed-loop control • Consistent flow throughout the product's lifespan • Stability against liquid temperature changes • Stability against system pressure fluctuations • Configurable output parameters • Fault/bubble detection function • Flexible communication interface • Easy system integration Typical Application Areas • Cleaning and disinfection • Medical diagnostics • Industrial measurement systems • Laboratory equipment • Printing (inkjet) • Chemical industry

In the chemical industry, precise injection requires accurate flow control, which is essential for the reproducibility of reactions and the quality of products. Especially when handling expensive reagents or hazardous chemicals, even slight fluctuations in flow can lead to experimental failures or safety risks. The FMS-FC 1.400 metering pump with flow control achieves stable liquid flow through closed-loop control, contributing to the efficiency and safety of chemical processes. 【Application Scenarios】 - Reagent injection in chemical reaction processes - Sample supply to analytical instruments - Precise liquid supply in research and development 【Benefits of Implementation】 - Improved reproducibility of experiments through stable flow control - Reduction of reagent waste and optimization of costs - Safe handling of hazardous chemicals

In the pharmaceutical industry, accurate supply of liquid pharmaceuticals is essential to ensure the quality and safety of medicines. Particularly in the formulation and filling processes, the stability of liquid flow rate is a crucial factor that affects the effectiveness and safety of the product. Variations in flow rate or inaccurate supply can lead to a decline in the quality of pharmaceuticals or issues in the manufacturing process. The FMS-FC 1.400 metering pump with flow control provides stable liquid flow through closed-loop control, addressing challenges in liquid pharmaceutical supply. 【Application Scenarios】 - Formulation of liquid pharmaceuticals in drug manufacturing - Supply of liquid pharmaceuticals in the filling process - Supply of liquid pharmaceuticals to analytical instruments 【Benefits of Implementation】 - Improved pharmaceutical quality through stable flow supply - Stability of flow rate throughout the product's lifespan - High stability against system pressure fluctuations and temperature changes - Enhanced process safety through malfunction/bubble detection functions

In the etching process of semiconductor manufacturing, precise flow control of the chemical solution is essential. Uniform etching treatment is a crucial factor that affects product quality and yield, and even slight variations in flow can lead to the occurrence of defective products. The FMS-FC 1.400 metering pump with flow control provides stable flow through closed-loop control, contributing to improved accuracy in the etching process. [Application Scenarios] - Etching process of semiconductor wafers - Flow control in chemical supply systems - Integration into etching equipment [Benefits of Implementation] - Improved etching quality due to stable flow supply - Increased product yield - Enhanced reproducibility of the process

In the oil industry, the precise injection of additives is a crucial factor that affects product quality and efficiency. In particular, appropriate flow rate control of additives is essential for refining crude oil and stabilizing products. Variations in flow rate or inaccurate injection can lead to a decline in product quality and a decrease in equipment efficiency. The FMS-FC 1.400 metering pump with flow control provides stable liquid flow through closed-loop control, enabling the accurate injection of oil additives. 【Usage Scenarios】 - Injection of additives in the crude oil refining process - Mixing of lubricants and fuel additives - Production of petrochemical products 【Benefits of Implementation】 - Improved product quality through accurate injection of additives - Stabilization and efficiency of processes - Increased yield of products

In the inkjet printing industry, precise flow control of ink is a crucial factor that affects print quality. Instability in ink flow can lead to color unevenness and smudging, potentially reducing product yield. The FMS-FC 1.400 metering pump with flow control ensures stable flow supply and supports high-quality printing. 【Application Scenarios】 - Inkjet printers - Ink supply systems - Ink flow control for printing machines 【Benefits of Implementation】 - Improved print quality due to stable ink flow - Optimization of ink usage - Increased product yield

In research and experimental fields, the accuracy and reproducibility of experimental results are crucial. In particular, liquid flow control is an important factor that affects the precision of experiments. Instability in flow rate and the effects of temperature changes can introduce errors in experimental results. The FMS-FC 1.400 metering pump with flow control achieves stable liquid flow through closed-loop control, enhancing the reliability of experiments. 【Application Scenarios】 - Precise liquid supply in laboratories - Accurate flow control of reagents and sample liquids - Liquid supply to analytical instruments 【Benefits of Implementation】 - Improved reproducibility of experiments - Enhanced reliability of experimental results - Reduction of unnecessary reagent usage

In the food industry, precise measurement of additives is required to ensure product quality and safety. Even a slight error in the amount of additives can affect the flavor, shelf life, and even consumer health. The FMS-FC 1.400 metering pump with flow control provides stable liquid flow through closed-loop control, enabling accurate supply of food additives. 【Application Scenarios】 - Supply of additives on food production lines - Addition of food preservatives, colorants, fragrances, etc. - Precise control of additive amounts in quality management 【Benefits of Implementation】 - Improved product quality through accurate control of additive amounts - Ensured product uniformity - Cost reduction by minimizing unnecessary additives

In the water treatment industry, the accurate injection of chemicals is crucial for water quality management. Insufficient or excessive chemical dosing can lead to decreased treatment efficiency and increased costs. The FMS-FC 1.400 metering pump with flow control enables precise chemical injection through stable flow control, contributing to the optimization of water treatment processes. 【Usage Scenarios】 - Chemical injection in water treatment plants - Chemical addition in wastewater treatment facilities - Chemical supply in water purification plants 【Benefits of Implementation】 - Cost reduction through optimization of chemical usage - Improved accuracy in water quality management - Realization of a stable water treatment process

In agricultural irrigation systems, it is important to accurately supply the amount of water necessary for crop growth. An excess or deficiency of water can lead to a decrease in yield and a decline in quality. Additionally, when mixing fertilizers or pesticides, uniform mixing and precise supply are required. The FMS-FC 1.400 metering pump with flow control addresses these challenges through stable flow control. 【Usage Scenarios】 - Agricultural land requiring precise watering - Quantitative supply of fertilizers and pesticides - Greenhouses and house cultivation 【Benefits of Implementation】 - Optimization of crop growth - Reduction of waste in water and fertilizers - Assurance of uniform quality

In the cosmetics industry, accurate measurement of ingredients is required to maintain consistent product quality. Especially when dealing with expensive or trace ingredients, measurement errors can lead to product quality degradation or increased costs. The FMS-FC 1.400 metering pump with flow control achieves stable liquid flow through closed-loop control, enabling precise measurement in cosmetic formulations. 【Application Scenarios】 - Manufacturing of emulsions, creams, serums, etc. - Addition of fragrances, colorants, etc. - Formulation experiments in research and development 【Benefits of Implementation】 - Stabilization of product quality through improved formulation accuracy - Reduction of material waste and cost savings - Increased production efficiency

In the energy industry, particularly in the fuel sector, the accurate supply of fuel is crucial for ensuring efficiency and safety. An unstable fuel flow can lead to decreased combustion efficiency and equipment failure. The FMS-FC 1.400 metering pump with flow control provides a stable liquid flow through closed-loop control, addressing challenges in fuel supply. 【Use Cases】 - Fuel cell systems - Biofuel production - Precise supply of fuel additives 【Benefits of Implementation】 - Optimization of fuel consumption - Improved system stability - Extended product lifespan

In the mining sector, the accurate supply of reagents influences the precision of the extraction process and analysis. If the flow rate of the reagents is unstable, the reliability of the analysis results may be compromised, and the efficiency of the process may decline. The FMS-FC 1.400 metering pump with flow control achieves a stable flow rate through closed-loop control, addressing the challenges of reagent supply in mining. 【Application Scenarios】 - Ore analysis - Flotation concentration - Reagent mixing 【Benefits of Implementation】 - Improved analysis accuracy through stable reagent supply - Enhanced process efficiency - Consistent flow supply throughout the product's lifespan

In the semiconductor industry, particularly in wafer manufacturing, precise control of the vacuum environment is a crucial factor that affects product quality and yield. To prevent foreign matter from adhering to the wafer surface and to ensure uniform processing, it is essential to maintain a stable vacuum level. If the vacuum level is unstable, it can lead to deterioration in wafer quality and delays in the manufacturing process. The NVC830.3 series achieves precise control of the vacuum environment in the wafer manufacturing process through closed-loop vacuum control, ensuring stable quality and high productivity. 【Usage Scenarios】 - Wafer transport - Etching process - Film deposition process 【Benefits of Implementation】 - Improved yield through stabilization of vacuum levels - Increased productivity through process optimization - Enhanced product quality

Contact liquid materials RP: PPS / EPDM RT: PPS / PTFE / FKM Droplet volume: 50 … 200 μl Maximum flow rate (dosing mode): 40 ml/min Maximum flow rate (priming mode): 65 ml/min Setpoint accuracy: ± 2% RD Reproducibility accuracy: less than 0.5% Maximum suction lift: ≥ 4.5 / 13 @ 200 μl shot volume Maximum discharge lift: 60 mH2O