イデア Product Lineup

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.

We would like to introduce our "Air-Driven Double Diaphragm Pump." It features a powder-coated aluminum body, an external air valve, and a flapper valve capable of transferring solids up to 50 millimeters in size. It can handle wastewater containing solids and abrasive materials without damaging the pump. Additionally, the external air valve can be replaced in just a few minutes. 【Features】 - Durable finish: Only powder-coated flapper pumps are offered. - Unlike other pumps, the external air valve can be replaced in a matter of minutes. - Capable of passing solids up to approximately 2 inches without clogging. - High performance of 150 gallons per minute at 120 psi. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the "Two-component Mixing Equipment / Electrostatic Coating Equipment" handled by Idea Corporation. The "Two-component Mixing Equipment" can reduce unnecessary material and labor costs from manual mixing, as well as rework costs due to curing failures. The "Electrostatic Coating Equipment" has a coating efficiency that is about three times that of air spray. It improves the painting environment, saves paint, speeds up the painting process, and reduces total costs. 【Features】 ＜Two-component Mixing Equipment＞ ■ Automatic weighing and mixing ■ Mixing at a predetermined ratio ■ Management with high-precision pot life control ＜Electrostatic Coating Equipment＞ ■ Electrostatic wrapping effect ■ Can paint mesh plates, grating, etc., just like flat plates *For more details, please refer to the PDF document or feel free to contact us.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

This is an electric diaphragm pump that can replace existing air-driven models. In production technology and equipment maintenance, the high running costs associated with electricity for compressors and air consumption pose significant challenges. This product is designed to eliminate the need for a compressor, thereby removing the need for air equipment itself, contributing to the simplification of factory facilities and energy savings. It can reduce electricity costs and CO2 emissions by up to 80%, promoting a reduction in fixed costs for factories. Since it has obtained explosion-proof certification, it can handle a wide range of fluids that require careful handling, such as chemicals, solvents, and paints. It does not require an external inverter, allowing for a smooth update from existing installation environments. Additionally, its design reduces noise levels, creating a comfortable working environment. ▼Features ■ Reduces energy costs by replacing air-driven systems ■ Simplifies factory equipment by eliminating the need for a compressor ■ Reduces electricity costs and CO2 emissions by up to 80% ■ Obtains explosion-proof certification, making it suitable for various manufacturing environments ＼You can download materials summarizing the energy-saving effects of updating from air-driven systems below!／