イデア Product Lineup

In the nuclear power industry, the removal of radioactive materials is extremely important for ensuring safety and environmental protection. Appropriate equipment selection based on the unique characteristics of the work environment and the nature of the materials to be removed is required. The use of inappropriate equipment can lead to decreased work efficiency and increased risks of secondary contamination. Our laser cleaners, with a wide range of options from 50W to 3000W and series tailored to specific applications, address these challenges and support safe and efficient radioactive material removal operations. 【Usage Scenarios】 - Removal of radioactive material deposits from equipment and structures within nuclear facilities - Cleaning of contaminated areas during maintenance work - Decontamination of materials associated with decommissioning work 【Benefits of Implementation】 - Improved work efficiency and reduced work time - Reduced risk of secondary contamination through non-contact cleaning - Achieving precise removal operations with minimized damage to the target objects

• Other cleaning equipment

In the field of cultural heritage preservation, it is essential to effectively remove surface dirt without damaging valuable heritage. In particular, the removal of dirt accumulated over many years and substances that may compromise historical value requires a precise and safe approach. Our laser cleaner achieves efficient dirt removal while minimizing impact on the material. 【Application Scenarios】 - Removal of long-standing dirt adhered to the surface of cultural properties - Cleaning of stone and wood in historical buildings - Cleaning of protective layers on artworks 【Benefits of Implementation】 - Restoration of the aesthetic appeal and improvement of the preservation condition of cultural properties - Reduced damage to materials through non-contact work - Safe dirt removal through precise control

• Other cleaning equipment

In the printing and binding industry, it is essential to efficiently and precisely remove ink and dirt during plate cleaning to extend the lifespan of the plates. Particularly, it is important to remove dirt that has penetrated into the details and to minimize damage to the plate material. Inadequate cleaning can lead to a decline in print quality and early deterioration of the plates. Our laser cleaners come in a wide range from 50W to 3000W, addressing the challenges of plate cleaning and offering the optimal solution for your needs. 【Usage Scenarios】 - Ink removal from printing plates - Dirt removal from binding plates - Precision cleaning of plates 【Benefits of Implementation】 - Maintenance and improvement of print quality - Prolonged lifespan of plates - Improved work efficiency

• Other cleaning equipment

In the food processing industry, thorough hygiene management is essential for ensuring product safety and maintaining quality. In particular, the removal of dirt, foreign substances, and microorganisms attached to equipment is extremely important for preventing cross-contamination and meeting hygiene standards such as HACCP. Traditional cleaning methods may pose challenges such as the risk of secondary contamination from the use of detergents and water, prolonged work hours, and damage to equipment. Our laser cleaner efficiently removes dirt non-contact, supporting the maintenance of hygienic equipment. 【Usage Scenarios】 - Regular hygienic cleaning of manufacturing lines - Removal of attached food residues and grease - Cleaning of areas at risk of microbial contamination - Reduction of drying time after cleaning 【Benefits of Implementation】 - Compliance with hygiene standards and improved product safety - Increased efficiency and reduced time for cleaning operations - Cost reduction through decreased use of detergents and water - Extended equipment lifespan and reduced maintenance burden

• Other cleaning equipment

In the cleaning of piping in petrochemical plants, efficient and reliable removal of foreign substances is required to maintain equipment operational rates and ensure safety. Scale and deposits adhering to the inside of pipes can increase fluid resistance and cause corrosion, potentially leading to decreased plant performance and increased risk of accidents. Traditional cleaning methods have concerns regarding time, cost, or the potential for damaging the pipes. Our laser cleaner achieves efficient cleaning while minimizing damage to the pipes by removing targets non-contact. 【Usage Scenarios】 - Removal of scale inside piping in petrochemical plants - Removal of deposits inside tanks and reactors - Removal of foreign substances during maintenance 【Benefits of Implementation】 - Improved efficiency through reduced fluid resistance in piping - Extended equipment lifespan by reducing corrosion risk - Minimization of damage to piping through non-contact cleaning - Reduction in work time and costs

• Other cleaning equipment

In the electronic components industry, where precision work is required, technology that allows for efficient solder removal without damaging the target object is highly valued. Improper removal methods carry the risk of damaging components or circuits. Our laser cleaner enables non-contact, high-precision solder removal, contributing to the maintenance of product quality. 【Usage Scenarios】 - Solder removal from electronic components - Cleaning of precision circuit boards - Surface treatment of delicate materials 【Benefits of Implementation】 - Reduced damage to the target object - Achieving high-precision removal work - Improved work efficiency

• Other cleaning equipment

In the medical device industry, precise cleaning of equipment surfaces is required to maximize sterilization effectiveness. In particular, the removal of foreign substances and dirt before sterilization is essential for reducing infection risks and prolonging the lifespan of the equipment. Inadequate pretreatment can lead to decreased sterilization effectiveness and potential damage to the equipment. Our laser cleaner efficiently removes dirt without damaging the surfaces of delicate medical devices, enhancing the quality of sterilization pretreatment. 【Usage Scenarios】 - Cleaning precision instruments before sterilization - Removal of surface contaminants from medical devices - Handling of delicate materials 【Benefits of Implementation】 - Improved sterilization effectiveness - Maintenance of medical device quality - Enhanced work efficiency

• Other cleaning equipment

In the semiconductor manufacturing industry, particularly in the field of wafer cleaning, the removal of fine foreign substances and the suppression of surface damage are essential. The quality of the wafer directly affects the performance of the final product, making precise cleaning technology indispensable. Inadequate cleaning can lead to reduced yield and product defects. Our laser cleaner achieves non-contact, high-precision cleaning, addressing these challenges by enhancing the cleanliness of the wafer surface. 【Usage Scenarios】 - Removal of fine foreign substances from wafer surfaces - Elimination of residues in the manufacturing process - Suppression of damage to delicate surfaces 【Benefits of Implementation】 - Improved wafer cleanliness - Enhanced product yield - Maintenance of quality through precise cleaning

• Other cleaning equipment

In the aerospace field, high cleanliness and minimal impact on materials are required for the degreasing of precision parts. Particularly for delicate materials and complex-shaped components, traditional cleaning methods raise concerns about residue and the risk of material damage. Our laser cleaner achieves efficient, non-contact precision degreasing, meeting the stringent quality standards in the aerospace sector. 【Application Scenarios】 - Precision degreasing of aircraft components - Maintenance of space equipment - Surface treatment of delicate materials 【Benefits of Implementation】 - Improved quality due to high cleanliness - Reduced damage to materials - Enhanced work efficiency

• Other cleaning equipment

In the metal processing industry, efficient and precise cleaning is required to maintain the quality of materials and improve the accuracy of subsequent processes. In particular, the removal of rust, paint, and welding burn is a critical issue that directly affects the finish and durability of products. Improper treatment can lead to material damage and the hassle of reprocessing. This document organizes a rich lineup ranging from 50W to 3000W according to applications and working environments, clearly explaining the selection points. 【Usage Scenarios】 - Rust removal - Paint stripping - Welding burn removal - Mold cleaning 【Benefits of Implementation】 - Precise cleaning of material surfaces - Improved quality of subsequent processes - Enhanced work efficiency

• Other cleaning equipment

In the automotive manufacturing industry, precise cleaning and efficiency are required for parts cleaning. Particularly, for components with complex shapes or the removal of fine contaminants, traditional cleaning methods may have limitations. Inadequate cleaning can lead to defects in subsequent processes and a decline in product quality. Our laser cleaners, with a wide range from 50W to 3000W, meet various automotive parts cleaning needs and achieve high-precision cleaning. 【Application Scenarios】 - Removal of oil and grease from automotive parts - Deburring after pressing - Removal of welding discoloration - Mold cleaning 【Benefits of Implementation】 - Reduction of defect rates due to improved cleaning precision - Minimization of damage to parts through non-contact cleaning - Increased work efficiency and cost reduction - Reduced environmental impact (solvent-free)

• Other cleaning equipment

In the shipping industry, effective hull anti-fouling measures are required to maintain hull performance and reduce environmental impact. In particular, the attachment of marine organisms can lead to a decrease in ship speed and deterioration in fuel efficiency, potentially resulting in economic losses. Additionally, the peeling and maintenance of traditional anti-fouling paints not only take time and cost but also raise concerns about their impact on the environment. This document explains the selection points for models suitable for hull anti-fouling from a rich lineup of laser cleaners ranging from 50W to 3000W. This will help find the optimal unit for efficient and environmentally conscious hull maintenance. 【Usage Scenarios】 - Removal of marine organism attachment on the hull - Peeling of old paint films - Streamlining maintenance operations 【Benefits of Implementation】 - Maintenance and improvement of hull performance - Improvement in fuel efficiency - Reduction in maintenance costs - Decrease in environmental impact

• Other cleaning equipment

For those struggling with selecting a laser cleaner model. This document organizes a wide range of options from 50W to 3000W according to their applications and working environments, clearly explaining the selection points. You can compare the features of each series that correspond to applications such as rust removal, paint stripping, weld burn removal, and mold cleaning. It also includes frequently asked questions and information about the support system before implementation.

• Other cleaning equipment

In the pigment dispersion process within the paint and ink industry, uniform quality and stable productivity are essential. Particularly as the fine grinding and high concentration of pigments progress, efficient and stable liquid transfer becomes a crucial factor that influences product performance. Conventional air-driven pumps may present challenges such as electricity costs and noise from compressor operation, as well as maintenance efforts. Our electric diaphragm pump, 'QUANTM,' addresses these issues and supports the efficiency and cost reduction of the pigment dispersion process. 【Application Scenarios】 - Transfer of pigment slurry - Raw material supply in paint and ink manufacturing lines - Continuous supply to dispersers - Raw material input in batch production 【Benefits of Implementation】 - Reduction in electricity costs - Decrease in CO2 emissions - Creation of a quiet and comfortable working environment - Reduction in equipment costs by eliminating the need for compressors - Increased productivity due to stable discharge volume

• Other pumps
• Other Pumps
• pump

In the oil and gas industry, transporting crude oil requires stable transfer capacity and reliability under harsh conditions. In particular, reducing energy costs and limiting CO2 emissions are important challenges for sustainable operations. Traditional air-driven pumps can impose burdens such as electricity costs from compressor operation, noise, and maintenance efforts. Our electric diaphragm pump, 'QUANTM,' addresses these challenges by providing a solution that does not require compressors or external inverters, while reducing energy costs and CO2 emissions by up to 80%. 【Usage Scenarios】 - Crude oil transfer lines - Fluid transfer within plants - Use in explosion-proof areas 【Benefits of Implementation】 - Significant reduction in electricity costs - Reduction in CO2 emissions - Improved working environment due to noise reduction - Enhanced safety through compliance with explosion-proof standards

• Other pumps
• Other Pumps
• pump

At construction sites, the drainage of muddy water and wastewater occurs regularly, and its efficiency and cost impact the overall productivity of the work. In particular, drainage operations can be accompanied by challenges such as noise and power consumption. Our electric diaphragm pump, 'QUANTM', addresses these issues by replacing air-driven pumps, enabling more comfortable and economical drainage operations. 【Usage Scenarios】 - Drainage of muddy water and wastewater at construction sites - Drainage at underground construction sites - Emergency drainage during disasters 【Benefits of Implementation】 - Reduces electricity costs and CO2 emissions by up to 80% - Lowers noise levels by up to 90%, achieving quiet operation - No need for compressors or external inverters, making installation and operation easy

• Other pumps
• Other Pumps
• pump

In the field of agriculture, the application of liquid fertilizers requires efficient and stable supply. In particular, reliable pumps are essential for uniform distribution over a wide area and for handling high-viscosity liquid fertilizers. Conventional air-driven pumps can pose challenges such as electricity costs and noise from compressor operation, as well as maintenance hassles. Our electric diaphragm pump, 'QUANTM', addresses these issues and supports the efficiency and cost reduction of liquid fertilizer application tasks. 【Usage Scenarios】 - Supply of liquid fertilizer to fields - Transfer from tanks - Integration into automatic distribution systems 【Benefits of Implementation】 - Reduction in electricity costs - Decrease in CO2 emissions - Creation of a quiet and comfortable working environment

• Other pumps
• Other Pumps
• pump

In the food processing industry, hygiene management and stable supply are required for raw material transportation. In particular, to reduce the risk of foreign matter contamination and to ensure smooth operation of the production line, the introduction of a reliable pump system is essential. Air-driven pumps can pose challenges such as compressor noise, power consumption, and maintenance efforts. Our electric diaphragm pump 'QUANTM' addresses these issues and enables efficient and clean raw material transportation. 【Usage Scenarios】 - Transfer of raw materials - Supply of liquid seasonings - Wastewater treatment 【Benefits of Implementation】 - Reduction of electricity costs and CO2 emissions by up to 80% - Comfortable working environment due to quiet operation - Reduction in installation space and costs as compressors and external inverters are not required

• Other pumps
• Other Pumps
• pump

In chemical plant operations, safe and stable fluid handling is essential for the transfer of chemicals. Particularly when dealing with highly corrosive or volatile substances, the durability and explosion-proof performance of pumps are critical factors that directly impact plant operational efficiency and worker safety. Conventional air-driven pumps can present challenges such as electricity costs and noise from compressor operation, as well as maintenance efforts. Our electric diaphragm pump, 'QUANTM', addresses these issues, supporting energy cost reduction and the creation of a comfortable working environment. 【Application Scenarios】 - Transfer of corrosive chemicals - Handling of volatile solvents - Fluid transfer in explosion-proof areas - Replacement of existing air-driven pumps 【Benefits of Implementation】 - Reduction of electricity costs and CO2 emissions by up to 80% - Elimination of the need for compressors and external inverters, thereby controlling equipment costs - Noise level reduction by up to 90%, achieving quiet operation - Compliance with explosion-proof standards, making it suitable for various sites

• Other pumps
• Other Pumps
• pump

In slurry transport within the mining industry, stable operation under harsh conditions and high cost efficiency are required. Particularly when handling highly abrasive slurries, the durability and maintainability of pumps become crucial. Additionally, reducing energy consumption and CO2 emissions is an essential factor for sustainable operations. 'QUANTM' eliminates the need for compressors and external inverters by replacing existing air-driven pumps, achieving up to an 80% reduction in energy costs and CO2 emissions. It also meets explosion-proof standards, making it suitable for various sites. Furthermore, it reduces noise levels by up to 90%, supporting the creation of a comfortable working environment with quiet operation. Our product addresses these challenges and contributes to the efficiency of slurry transport and the reduction of environmental impact in the mining industry. [Application Scenarios] - Slurry transport of ore and tailings - Sludge transport in wastewater treatment - Fluid transfer within plants [Benefits of Implementation] - Significant reduction in running costs - Decreased environmental impact due to reduced CO2 emissions - Improved working environment through noise reduction - Safe use in explosion-proof areas

• Other pumps
• Other Pumps
• pump

In the aerospace field, the cleaning of components requires safe and reliable cleaning of precision parts. Particularly in environments where flammable substances are handled or where static electricity is a concern, the use of electric or gasoline-powered cleaning machines may be restricted. Cleaning in these environments presents significant challenges in maintaining the quality of parts and ensuring the safety of workers. Our air-driven explosion-proof cleaning machine can be used in explosion-proof areas due to its air-driven design, allowing for safe transport and use in locations where gasoline or electricity cannot be used. This enhances the safety of component cleaning in the aerospace sector and contributes to improved work efficiency. 【Usage Scenarios】 - Cleaning components in explosion-proof designated areas - Cleaning in environments handling flammable substances - Cleaning in environments where electricity or gasoline cannot be used 【Benefits of Implementation】 - Achieving safe cleaning operations in explosion-proof areas - Expanding options for cleaning locations - Maintaining the quality of parts and ensuring the safety of workers

• Other cleaning machines
• Other cleaning equipment

In the pulp and paper industry, cleaning of pulp tanks requires work in high-humidity environments and areas where flammable materials may be present. Electric and gasoline-powered equipment can pose risks of malfunction and safety concerns. Our air-driven explosion-proof cleaning machine addresses these challenges, enabling safe and efficient cleaning operations. 【Application Scenarios】 - Removal of deposits inside pulp tanks - Equipment cleaning in humid environments - Work in areas where flammable gases may be present 【Benefits of Implementation】 - Stable cleaning capability even in high-humidity environments - Support for safe operations in explosion-proof areas - Increased productivity through reduced cleaning time

• Other cleaning machines
• Other cleaning equipment

In the textile industry's dyeing tank cleaning, high cleaning power and safety are required in environments using water, detergents, and chemical solutions. Particularly in areas where flammable substances may be present, electric or gasoline-powered cleaning machines pose risks of fire or explosion. Our air-driven explosion-proof cleaning machine can be used in explosion-proof areas, allowing for safe cleaning operations in locations where gasoline or electricity cannot be used. This product is suitable for cleaning activities in such environments because it does not use electricity or gasoline, addressing the challenges of electric or gasoline machines being prone to breakdowns in high-humidity environments. 【Usage Scenarios】 - Internal cleaning of dyeing tanks - Removal of adhered dyes and chemicals - Regular equipment maintenance 【Benefits of Implementation】 - Safe cleaning operations in explosion-proof areas - Reduced cleaning time - Stable operation in high-humidity environments

• Other cleaning machines
• Other cleaning equipment

In the tank cleaning of the paint and resin manufacturing industry, explosion-proof performance is required due to the handling of flammable substances. Additionally, it is important to be able to operate in high-humidity environments and to accommodate various cleaning solutions. Our air-driven explosion-proof cleaning machine can be used in explosion-proof areas due to its air-driven nature, making it suitable for locations where gasoline or electricity cannot be used. It is also capable of cleaning in high-humidity environments where electric or gasoline-powered machines are prone to failure, and its rotating chip provides high cleaning power, which is expected to shorten cleaning time. 【Usage Scenarios】 - Cleaning inside paint and resin manufacturing tanks - Cleaning in areas handling flammable substances - Working in high-humidity environments - Cleaning in locations where electricity or gasoline cannot be used 【Benefits of Implementation】 - Safe cleaning operations in explosion-proof areas - Reduced cleaning time - Compatibility with various cleaning solutions - Extended equipment lifespan

• Other cleaning machines
• Other cleaning equipment

In the mining sector, particularly at excavation sites, there is a need for equipment that can be used in potentially explosive areas where flammable gases may be present, as well as durability in high-humidity environments during cleaning. Concerns may arise regarding safety and the risk of equipment failure with gasoline or electric models. Therefore, it is essential to introduce equipment that allows for safe and efficient cleaning. Our air-driven explosion-proof cleaning machine addresses these challenges and supports safe cleaning operations. 【Usage Scenarios】 - Removal of mud and oil stains from excavation equipment - Equipment cleaning in explosive areas - Operations in high-humidity environments - Outdoor cleaning tasks 【Benefits of Introduction】 - Safe cleaning operations in explosive areas - Extended equipment lifespan - Reduced cleaning time - Compatibility with various cleaning solutions

• Other cleaning machines
• Other cleaning equipment

In the automotive manufacturing industry's painting booth cleaning, safety in environments using flammable solvents is particularly emphasized. There is a risk of sparks with electric or gasoline-powered equipment, and failures in high-humidity environments are also a concern. The removal of paint residues and contaminants within the painting booth requires high cleaning power and efficient operation. Our air-driven explosion-proof cleaning machine addresses these challenges, achieving safe and effective cleaning. 【Usage Scenarios】 - Regular cleaning within the painting booth - Cleaning in areas where flammable solvents are used - Equipment cleaning in high-humidity environments 【Benefits of Implementation】 - Safe cleaning operations in explosion-proof areas - Increased productivity due to reduced cleaning time - Cleaning capabilities in locations where electricity or gasoline cannot be used

• Other cleaning machines
• Other cleaning equipment

In the semiconductor manufacturing industry's cleanroom cleaning, the removal of fine dust and minimizing the risks of static electricity and ignition are required. Particularly in areas where flammable substances may be present or near precision equipment, using electric or gasoline-powered cleaning machines poses safety concerns. Our air-driven explosion-proof cleaning machine addresses these challenges, enabling safe and efficient cleaning. 【Usage Scenarios】 - Cleaning of floors, walls, and ceilings within cleanrooms - Cleaning around precision equipment - Cleaning in areas handling flammable substances 【Benefits of Implementation】 - Safe cleaning operations in explosion-proof areas - Usability in environments where electric or gasoline-powered machines are difficult to use - Reduction in cleaning time

• Other cleaning machines
• Other cleaning equipment

In the paint and ink manufacturing industry, safety in environments handling flammable materials is particularly emphasized during the cleaning of mixing tanks. Electric and gasoline-powered cleaning machines may pose risks of ignition and concerns about failures in high-humidity environments. Additionally, reducing cleaning time and improving efficiency are required for increased productivity. Our air-driven explosion-proof cleaning machine addresses these challenges, enabling safe and efficient cleaning of mixing tanks. 【Usage Scenarios】 - Internal cleaning of mixing tanks in paint and ink production lines - Cleaning operations in areas using flammable solvents - Regular equipment maintenance in high-humidity environments 【Benefits of Implementation】 - Achieving safe cleaning operations in explosion-proof areas - Enabling cleaning in locations where electricity or gasoline cannot be used - Increasing productivity through reduced cleaning time - Enhancing the durability of equipment in high-humidity environments

• Other cleaning machines
• Other cleaning equipment

In the food processing industry, maintaining high hygiene standards is essential. Particularly, certain cleaning areas may prohibit open flames or exist in high-humidity environments, which can pose safety and durability challenges for electric or gasoline-powered cleaning machines. These issues can lead to decreased efficiency in cleaning operations and potential shortcomings in hygiene management. Our air-driven explosion-proof cleaning machine can be safely used in explosion-prone areas due to its air-driven nature and is also suitable for high-humidity environments. This supports the maintenance of hygiene in food processing sites and ensures a safe working environment. 【Usage Scenarios】 - Cleaning around manufacturing lines - Cleaning of floors and walls - Cleaning of equipment - Operations in high-humidity environments - Cleaning in areas where open flames are prohibited 【Benefits of Implementation】 - Safe cleaning operations in explosion-prone areas - Improved durability in high-humidity environments - Reduced cleaning time - Compatibility with various cleaning solutions (water, detergents, chemical solutions)

• Other cleaning machines
• Other cleaning equipment

In the pharmaceutical industry, aseptic cleaning requires strict hygiene management and compliance with safety standards. Particularly in areas handling flammable substances or in high-humidity environments, electric or gasoline-powered cleaning machines pose risks of fire or malfunction, and their use may be restricted. Cleaning operations in these environments are extremely important for maintaining product quality and ensuring worker safety. Our air-driven explosion-proof cleaning machine addresses these challenges, enabling safe and efficient cleaning. 【Usage Scenarios】 - Cleaning of equipment and floors in cleanrooms - Cleaning in areas using flammable solvents - Equipment maintenance in high-humidity environments 【Benefits of Implementation】 - Achieving safe cleaning operations in explosion-proof areas - Enabling cleaning in locations where electricity or gasoline cannot be used - Improving productivity by reducing cleaning time

• Other cleaning machines
• Other cleaning equipment

In the cleaning of reactors in chemical plants, cleaning machines that are highly safe and compatible with various cleaning agents are required. Particularly in environments handling flammable substances, the use of electric or gasoline-powered equipment may be restricted. Our air-driven explosion-proof cleaning machine can be used in explosion-proof areas due to its air-driven nature, allowing for safe cleaning operations even in locations where gasoline or electricity cannot be used. 【Application Scenarios】 - Internal cleaning of reactors in explosion-proof areas - Cleaning operations in high-humidity environments - Cleaning using chemical agents 【Benefits of Implementation】 - Realization of safe cleaning operations in explosion-proof areas - Reduction of cleaning time - Compatibility with a variety of cleaning agents

• Other cleaning machines
• Other cleaning equipment

In the oil and gas industry, equipment cleaning requires safe operations in environments where flammable gases are present and durability of equipment in high-humidity conditions. In particular, electric and gasoline-powered cleaning machines have a higher risk of failure in these environments. Our air-driven explosion-proof cleaning machine can be used in explosion-proof areas due to its air-driven nature and does not use gasoline or electricity, ensuring safety while enabling cleaning operations in high-humidity environments. 【Usage Scenarios】 - Equipment cleaning in explosion-proof areas within plants - Cleaning of pipes and tanks in high-humidity environments - Maintenance of oilfield and gasfield equipment outdoors 【Benefits of Implementation】 - Achieving safe cleaning operations in explosion-proof areas - Improved operability in locations where electric and gasoline-powered cleaning machines are difficult to use - Enhanced durability of equipment and reduced risk of failure in high-humidity environments

• Other cleaning machines
• Other cleaning equipment

In the chemical supply for semiconductor manufacturing processes, high purity and stable supply are required. Minute contamination and flow rate variations directly affect product yield, making the selection of reliable pumps essential. Additionally, depending on the type of chemical, explosion-proof performance and chemical resistance are also important factors. Our electric diaphragm pump 'QUANTM' meets these demands and achieves stable chemical supply while reducing energy costs and CO2 emissions by up to 80% through replacement of existing air-driven pumps. 【Usage Scenarios】 - Precise supply of high-purity chemicals - Chemical transfer in explosion-proof areas - Use in clean rooms - Replacement of existing air-driven pumps 【Benefits of Implementation】 - Reduction of energy costs and CO2 emissions - Comfortable working environment due to quiet operation - Reduction of equipment costs by eliminating the need for compressors and external inverters - Compliance with various explosion-proof standards

• Other pumps
• Other Pumps
• pump

In the textile industry, the supply of dyeing liquids requires stable discharge volume and precise flow control. In particular, the uniform supply of dyes is directly linked to product quality, making a reliable pump essential. Air-driven pumps may present challenges such as compressor noise and energy consumption. Our electric diaphragm pump, 'QUANTM,' addresses these issues and supports efficient and economical dyeing liquid supply. 【Application Scenarios】 - Stable supply of dyes in the dyeing process - Accurate liquid supply in batch processing - Replacement of existing air-driven pumps 【Benefits of Implementation】 - Reduction of energy costs and CO2 emissions by up to 80% - Creation of a comfortable working environment through quiet operation - A simple system that does not require a compressor or external inverter

• Other pumps
• Other Pumps
• pump

In the pulp transport of the paper industry, stable flow rates and high reliability are required. Especially in the transport of high-viscosity pulp, the performance of the pump directly affects production efficiency. Conventional air-driven pumps can pose challenges such as energy consumption and noise due to compressor operation. Our electric diaphragm pump 'QUANTM' addresses these issues and enables efficient and comfortable pulp transport. 【Usage Scenarios】 - Transport of pulp, slurry, waste liquids, etc. - Replacement of existing air-driven pumps - Sites where noise reduction is required 【Benefits of Implementation】 - Up to 80% reduction in energy costs and CO2 emissions - Improvement of the working environment through quiet operation - Reduction in equipment costs as compressors and external inverters are not needed

• Other pumps
• Other Pumps
• pump

In the automotive industry, the circulation of cleaning fluids requires stable discharge capabilities and consideration for the working environment. In particular, the circulation of cleaning fluids directly affects the efficiency of production lines, making the selection of reliable pumps crucial. Additionally, reducing noise within the factory and cutting energy costs are important factors to consider in building a sustainable production system. The electric diaphragm pump 'QUANTM' addresses these challenges by eliminating the need for a compressor, reducing energy costs by up to 80%, and achieving a quiet operation to create a comfortable working environment that meets customer needs. 【Usage Scenarios】 - Circulation of cleaning fluids in automotive parts cleaning lines - Transport of waste liquids and chemicals within the factory - Circulation of rinse fluids in painting lines 【Benefits of Implementation】 - Reduction in energy costs and CO2 emissions - Decrease in noise levels in the working environment - Reduction in installation space and initial investment due to the absence of compressor equipment

• Other pumps
• Other Pumps
• pump

In the sludge discharge operations within the water treatment industry, efficient and stable pump performance is required. Particularly during long hours of operation or when handling high-viscosity sludge, the reliability of the pump and running costs become significant issues. Existing air-driven pumps may raise concerns regarding increased electricity costs and CO2 emissions due to compressor operation, as well as noise. The electric diaphragm pump 'QUANTM' addresses these challenges by eliminating the need for a compressor or external inverter, reducing energy costs and CO2 emissions by up to 80%, and achieving quiet operation to provide a comfortable working environment. 【Usage Scenarios】 - Sludge transfer - Discharge operations from tanks - Sludge treatment within plants 【Benefits of Implementation】 - Reduction in running costs - Decrease in CO2 emissions - Realization of a quiet and comfortable working environment - Compliance with explosion-proof standards for a wide range of applications

• Other pumps
• Other Pumps
• pump

In the food and beverage industry, the transportation of raw materials requires hygiene management and stable supply. Particularly in the transfer of raw materials, it is crucial to minimize the risk of foreign matter contamination and maintain a continuous production line, making the selection of reliable pumps essential. Inappropriate pumps can lead to a decline in raw material quality and potential production line stoppages. The electric diaphragm pump "QUANTM" addresses these challenges by replacing existing air-driven pumps. 【Usage Scenarios】 - Transfer between raw material tanks - Supply of raw materials to the manufacturing line - Supply of raw materials to filling machines 【Benefits of Implementation】 - Up to 80% reduction in energy costs and CO2 emissions - Comfortable working environment due to quiet operation - Simple system that does not require compressors or external inverters

• Other pumps
• Other Pumps
• pump

In the pharmaceutical industry, the supply of culture media requires stability and efficiency in the cultivation process. Particularly in the transfer of culture media, it is important to ensure a uniform supply while minimizing the risk of contamination. Improper pump selection can lead to decreased cultivation efficiency and impact product quality. The electric diaphragm pump 'QUANTM' can replace air-driven pumps, reducing energy costs and CO2 emissions by up to 80%, while providing a quiet operation for a comfortable working environment. It also meets explosion-proof standards, supporting safe operation in various settings. 【Usage Scenarios】 - Transfer of culture media - Supply of culture media - Use in clean rooms 【Benefits of Implementation】 - Reduction of energy costs and CO2 emissions - Creation of a quiet and comfortable working environment - Compliance with explosion-proof standards suitable for diverse settings

• Other pumps
• Other Pumps
• pump

In the chemical industry, the transfer of chemicals requires safe and efficient fluid handling. Particularly when dealing with highly corrosive or volatile substances, the selection of reliable pumps directly impacts the safety of operators and the reduction of environmental burden. Existing air-driven pumps can pose challenges such as energy consumption, noise, and CO2 emissions due to compressor operation. The electric diaphragm pump 'QUANTM' addresses these issues with a design that eliminates the need for compressors or external inverters, reducing energy costs and CO2 emissions by up to 80%, while providing quiet operation for a comfortable working environment. It also meets explosion-proof standards, making it suitable for chemical transfer in various settings. 【Application Scenarios】 - Transfer of corrosive chemicals - Safe transfer of volatile chemicals - Chemical supply in clean environments - Replacement of existing air-driven pumps 【Benefits of Implementation】 - Reduction in energy costs - Decrease in CO2 emissions - Quieter working environment - Improved adaptability to diverse settings

• Other pumps
• Other Pumps
• pump

We would like to introduce our "Air-Driven Explosion-Proof Cleaning Machine." It enables cleaning activities in high-humidity environments where electric and gasoline models tend to break down. The rotating chip enhances cleaning power and reduces cleaning time. It can use cold water, hot water up to 71°C, water, detergents, and chemical solutions. It is ATEX certified (for use in explosion-proof areas), weighs 42 kg, and has a maximum discharge pressure of 31 MPa, making it suitable for various environments. 【Features】 ■ ATEX certified (for use in explosion-proof areas) ■ Can use cold water and hot water up to 71°C ■ Weight: 42 kg ■ Maximum discharge pressure: 31 MPa (4500 psi) ■ Can use water, hot water, detergents, and chemical solutions *For more details, please download the PDF or feel free to contact us.

• Other cleaning machines
• Other cleaning equipment

We would like to introduce the "lining" services we offer. We perform surface preparation using blasting, repair wear and corrosion areas, reshape and restore the form, and apply corrosion-resistant coatings. This enables long-term corrosion protection through internal corrosion-resistant coatings and enhances longevity through comprehensive coating applications. It is also possible to restore functionality through hole repairs. 【Services Offered】 ■ Support from disassembly to assembly and various inspections ■ On-site construction and travel support available ■ Capable of handling small-diameter piping and internal construction ■ Flexible response to requested delivery dates ■ Glass flake lining available (high corrosion resistance and long lifespan coating) *For more details, please download the PDF or feel free to contact us.

• others

The "QUANTM" is an electric diaphragm pump that can replace existing air-driven pumps. It does not require a compressor or external inverter, reducing energy costs by up to 80%. It has also obtained explosion-proof certification, making it suitable for various work environments. The noise level is reduced by up to 90%, supporting a comfortable working environment with quiet operation. Please feel free to contact us when you need assistance. 【Main Features】 ■ No compressor required ■ Reduces energy costs and CO2 emissions by up to 80% ■ Quiet operation (Air-driven max 110dB, QUANTM max 77dB) ■ Explosion-proof certification obtained (non-explosion-proof, explosion-proof C1D1, ATEX, IECEx, JPEx) ■ No external inverter required ■ Can replace existing air-driven pumps *For more details, please download the PDF or feel free to contact us.

• Other pumps
• Other Pumps
• pump

In the cleaning of reactors in chemical plants, it is essential to achieve both the removal of deposits and the protection of the base material. In particular, scales and oil films adhered to the complex shapes and narrow areas inside the reactor can not only require significant time and effort to clean using conventional methods but also pose a risk of damaging the base material. In response to these challenges, our laser cleaner "CLP Series" effectively removes rust, paint, burn marks, and oil films non-contact, thereby streamlining the cleaning process of reactors. 【Usage Scenarios】 - Removal of scale inside the reactor - Removal of adhered oil films - Dirt removal during equipment maintenance 【Benefits of Implementation】 - Reduction of cleaning time - Minimization of damage to the base material - Reduction of environmental impact by not using chemicals or abrasives

• Other cleaning machines

In the printing and binding industry, cleaning the plates is essential for consistently producing high-quality printed materials. If ink residue and dirt remain, it can lead to a decline in print quality and shorten the lifespan of the plates. It is particularly important to remove dirt without affecting the fine structure of the plates. Our laser cleaner, the "CLP Series," can remove rust, paint, burns, and oil films non-contact, achieving efficient cleaning without damaging the plates. 【Usage Scenarios】 - Removal of ink stains from printing plates - Removal of foreign substances adhered to the surface of the plates - Regular maintenance of plates 【Benefits of Implementation】 - Maintenance and improvement of print quality - Prolonged lifespan of plates - Reduced environmental impact as no chemicals or abrasives are used

• Other cleaning machines