タクミナ Product Lineup

The request from the chemical manufacturer was to transport caustic soda through long-distance, high-head piping (with a total head of 85m) and inject it into the main pipeline. However, there were challenges such as "Since it is a hazardous liquid, pumps that pose a risk of liquid leakage cannot be used" and "Air chambers cannot be used at high heads (as air would dissolve into the transported liquid), so pulsating pumps cannot be used." Please download the PDF document to see the solutions to these challenges. [Customer's Challenges] - Since it is a hazardous liquid, pumps that pose a risk of liquid leakage cannot be used. - Pulsating pumps cannot be used because air chambers cannot be used at high heads. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The request from the cosmetics manufacturer was to create a device that mixes a liquid containing fine particles of titanium dioxide with an oil-based liquid during the manufacturing process of cosmetics. Additionally, there were requests such as "I want to insulate the tank and piping because the liquid solidifies at low temperatures" and "I want to continuously mix the two liquids in the piping and accurately control the mixing ratio." Please download the PDF document to view the solutions to the challenges and requests. 【Customer's Challenges and Requests】 ■ I want to insulate the tank and piping because the liquid solidifies at low temperatures. ■ I want to continuously mix the two liquids in the piping and accurately control the mixing ratio. *For more details, please refer to the PDF document or feel free to contact us.

• Contract manufacturing

A chemical manufacturer requested to safely dilute sodium hydroxide (caustic soda) from a concentration of 48% to 25%. However, there were concerns that "there is a risk of intense heat generation during dilution, which could cause the liquid to splatter" and "there is a risk of serious injury if the liquid comes into contact with the human body." For solutions to these issues, please download and refer to the PDF document. [Customer's Issues] ■ There is a risk of intense heat generation during dilution, which could cause the liquid to splatter. ■ There is a risk of serious injury if the liquid comes into contact with the human body. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

In a paper manufacturing process where dyes are transferred and injected, the paper company has traditionally used plunger pumps. As a result, there were challenges such as "the existing pump has pulsation, so flow meters cannot be used," "overfeed phenomena occur, causing flow to be unstable," and "there may be response delays (discharge delays and liquid dripping) when starting and stopping the pump." For solutions to these challenges, please download and view the PDF materials. 【Customer Challenges】 ■ The existing pump has pulsation, so flow meters cannot be used. ■ Measurements are taken with a graduated cylinder each time, and the pump's discharge amount is manually adjusted. ■ Due to long-distance piping and small pipe diameter, overfeed phenomena occur, causing flow to be unstable. ■ There may be response delays when starting and stopping the pump. *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

In the tire manufacturing process, rubber product manufacturers spray release agents using air-driven pumps for liquid supply. As a result, there were challenges such as "the air-driven pump causes fluctuations in flow rate due to pressure variations on the discharge side, which can lead to excessive spraying" and "release agents are expensive, so we want to eliminate waste and reduce costs." For solutions to these challenges, please download and view the PDF materials. [Customer Challenges] ■ The air-driven pump causes fluctuations in flow rate due to pressure variations on the discharge side, which can lead to excessive spraying. ■ Release agents are expensive, so we want to eliminate waste and reduce costs. *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

The request from the material manufacturer was to circulate the coating liquid to the gravure coater's liquid receiving pan during the manufacturing process of functional films. However, there were challenges such as "when the liquid level in the receiving pan becomes turbulent, it causes uneven coating thickness, so we want to supply it at a constant flow rate with as little pulsation as possible" and "we want to improve workability because frequent cleaning is necessary." For solutions to these challenges, please download and view the PDF document. [Customer's Challenges] - When the liquid level in the receiving pan becomes turbulent, it causes uneven coating thickness, so we want to supply it at a constant flow rate with as little pulsation as possible. - We want to improve workability because frequent cleaning is necessary. - Since we need to keep the ceramic particles in constant circulation to prevent them from settling, the pump wears out quickly and is prone to breaking. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The request from the steel manufacturer was to mix four types of liquids to apply a coating agent on the surface of electrical steel sheets and supply it to a roll coater. However, each liquid was transferred to a tank using a hydraulic diaphragm pump, and after stirring and mixing, it was supplied to the roll coater. As a result, there were issues such as "variations in concentration due to uneven stirring in the tank" and "the operator had to constantly monitor the concentration in the stirring tank and manually adjust the four pumps." For solutions to these issues, please download and refer to the PDF document. [Customer's Issues] ■ Variations in concentration due to uneven stirring in the tank ■ The operator must constantly monitor the concentration in the stirring tank and manually adjust the four pumps *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The request from the casting manufacturer was to add a hardener to the sand in the process of making sand molds for casting. However, there was a challenge where the hardener leaked from the pump's shaft seal, came into contact with air, and hardened, causing the pump to fail. The hardener was supplied using a gear pump, and the injection amount was controlled by an electromagnetic valve. For the solution to this issue, please download and refer to the PDF materials. 【Customer's Issue】 ■ The hardener leaking from the pump's shaft seal comes into contact with air and hardens, causing the pump to fail. *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

The request from the steel manufacturer was to send 98°C hydrochloric acid containing metal powder to a concentration analyzer in order to manage the concentration during the acid pickling process. However, due to the use of an air-driven diaphragm pump, there were challenges such as "the diaphragm quickly tearing due to the high-temperature hydrochloric acid containing metal powder, necessitating frequent diaphragm replacements." For solutions to these challenges, please download and view the PDF document. [Customer Challenges] ■ The diaphragm tears quickly due to the high-temperature hydrochloric acid containing metal powder, requiring frequent diaphragm replacements. ■ The measurement values were unstable due to the pulsation of the pump. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

In the process of diluting concentrated sulfuric acid with industrial water, a diaphragm pump is used. At a chemical manufacturer, an air chamber was installed on the piping to suppress the pump's pulsation. As a result, there were challenges such as the need to frequently inspect the air chamber and replenish air, and the occurrence of flow errors due to pulsation, which could cause the equipment to stop. For solutions to these challenges, please download and view the PDF materials. 【Customer Challenges】 ■ Need to frequently inspect the air chamber and replenish air ■ If air replenishment is neglected, pulsation occurs and liquid may relieve at abnormal pressure, preventing the injection of the specified amount of sulfuric acid and achieving the desired concentration ■ Flow errors may occur due to pulsation, which can cause the equipment to stop *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

A manufacturer of automotive parts that applies coatings to automotive components was using a plunger pump for liquid supply. As a result, there were challenges such as "wear of the sliding parts causing liquid leakage" and "using an air chamber but the pulsation not completely disappearing, leading to uneven coating." For solutions to these challenges, please download and view the PDF materials. [Customer Challenges] ■ Wear of sliding parts (plunger, plunger seal) causing liquid leakage ■ Pulsation not completely disappearing, leading to uneven coating ■ Considered using a rotary pump without pulsation, but could not use it due to color variation caused by shear and friction heat *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

In an electronic component manufacturer that applies electronic materials to substrates using a die coater, a rotary metering pump was used for liquid supply. As a result, there were issues such as "wear particles from the pump contaminating the liquid, leading to metal contamination," "a decrease in liquid supply due to pump wear, causing variations in film thickness," and "time-consuming disassembly, cleaning, and reassembly." For solutions to these issues, please download and view the PDF document. [Customer's Issues and Requests] ■ Wear particles from the pump contaminating the liquid, leading to metal contamination ■ Decrease in liquid supply due to pump wear, causing variations in film thickness ■ Time-consuming disassembly, cleaning, and reassembly *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The PZD series of medication injection pumps, equipped with excellent features, is a solenoid pump from Takumina, which has a proven track record in chemical injection pumps. A solenoid pump uses an electromagnet as its power source, creating a reciprocating motion of the diaphragm by attracting the pump shaft when energized, allowing for precise liquid transfer. It is suitable for cases where a wide range of discharge control is desired or when complex control via external signals is needed. 【Features】 - A wide variety of wetted materials to accommodate various chemicals and applications. - Compatible with high-viscosity liquids such as polymer coagulants. - Allows for diverse proportional control without the need for a regulator. - Enables accurate chemical injection through calibration based on actual discharge volume. - Capable of setting injection amounts in three patterns (based on stroke speed, discharge volume, and percentage). - Free power supply, AC100-240V (±10%). - IEC standard: IP65 equivalent waterproof and dustproof structure. Additionally, all models come with a one-touch calibration function based on actual discharge volume! Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• Water treatment equipment
• Flow Control

Solving all pump-related problems and complaints from research and development to processes at once! The smooth flow pump 'PL' direct drive type provided by Takumina, a precision pump manufacturer. This pump is ideal for the long-distance transfer of water treatment chemicals and the injection of additives, offering precise supply and injection of a wide range of chemicals and fluids. It enables the inline, automation, and continuous processing that was difficult with conventional diaphragm pumps, and furthermore! Quality, productivity, and ease of use have dramatically improved. 【Features】 ■ No foreign matter contamination ■ Flow rate does not decrease due to pressure fluctuations ■ No liquid leakage ■ Does not break during dry running ■ Liquid quality does not change ■ Liquid contact parts are resistant to wear from slurries ■ Realizes inline processing ■ Easy maintenance ■ No need for dampers, accumulators, or other pulsation dampers ■ Significantly reduces causes of trouble ■ Simple piping, cost-effective & space-saving ■ Excellent responsiveness The smooth flow pump has a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and costs. We will select and introduce the most suitable products for our customers, so please feel free to contact us.

• Positive Displacement Pump
• pump
• Flow Control

The smooth flow pump "BPL Series" is diaphragm-type and achieves a continuous, pulsation-free flow without using an air chamber, allowing for measurement with a flow meter. There is no inconsistency in the injection and mixing of chemical solutions, enabling stable quality control at all times, and the power consumption is less than half that of air-driven pumps or rotary pumps. 【Features】 ■ Achieves a continuous, pulsation-free flow. ■ No mechanical seals, so there is no liquid leakage to the outside. ■ No need for an air chamber, eliminating piping vibrations due to air reduction and the risk of chemical spillage from air chamber damage. ■ The absence of pulsation allows for design with smaller and more cost-effective piping. ■ Since the flow is constant, the usage of chemicals can be managed with a flow meter. ■ Compared to conventional diaphragm pumps (300L/H class), CO2 emissions are reduced by approximately 50%. ★ For more details, please download the catalog. We also accept requests for loan units. Feel free to contact us.

• Positive Displacement Pump
• Water treatment equipment
• Flow Control

Solving all pump-related issues from research and development to process lines at once! The Smooth Flow Pump provided by Takumina, a precision pump manufacturer. The 'PLSS' is specifically designed for coating liquids and electrode material supply. It excels in delivery accuracy, wear resistance, and cleanability, contributing to improved yield. 【Features】 ■ No shear applied No localized shear is applied, eliminating air generation during liquid delivery. ■ Does not alter the liquid With no sliding parts, it consistently supplies a fixed amount without altering the liquid. ■ Easy to disassemble and inline cleaning possible The pump head is easy to disassemble. The wetted parts have a mirror finish, ensuring excellent cleanability. ■ Pulsation suppression by the refiner effect The integrated refiner suppresses any residual pulsation. ■ No concern for foreign matter contamination No foreign matter contamination from external air contact or sliding parts. ■ Suitable for thin film coating liquids of all properties Applicable to slurries, low-viscosity liquids, delicate liquids, and thin film coating liquids of all characteristics. The Smooth Flow Pump offers a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• Lithium-ion battery
• Flow Control

Product Guide for Food Factories. We offer suitable solutions for various scenarios in food and beverage factories, including reliable sanitary process pumps that prevent foreign matter contamination, liquid quality changes, and leaks, as well as pumps and equipment for water supply and wastewater treatment, and essential sterilization water generation devices for hygiene management. [Contents] ■ Case Studies ■ Sanitary Process Pumps and Peripheral Equipment ■ Hygiene Measures and Sterilization Equipment ■ Water Supply and Wastewater Treatment Equipment ★ For more details, please download the catalog. Feel free to contact us with any inquiries.

• Water treatment equipment

The Fluid Solution Center <LAB> has been established, introducing equipment capable of detailed fluid analysis, allowing for more suitable proposals. We conduct fluid analysis from various perspectives to resolve troubles and alleviate concerns related to fluid transfer. Utilizing our accumulated knowledge, experience, and know-how, we propose optimization across the entire fluid system based on the results. Please feel free to consult us about any liquid, including slurry, high-viscosity liquids, and easily altered liquids. We can provide proposals that only a specialized manufacturer can offer. 【Proposal of Solutions and Delivery Process】 ■ Fluid Consulting - Actual liquid confirmation → On-site evaluation → Process condition confirmation → Customer review → Solution proposal ■ Product Provision - Design → Manufacturing → Delivery ★ For more details, please download the catalog. Feel free to contact us with any inquiries.

• Analytical Equipment and Devices

This document is a product guide for water treatment plants aimed at reducing the burden on facility management personnel. Takumina's pumps solve issues such as the inability to pump due to bubbles generated from sodium hypochlorite and pipe blockages caused by crystals formed from reactions with water. We offer a lineup including the "Residual Chlorine Meter RM" for measuring various residual chlorine concentrations in water, as well as the "Handy Tester DCT" and digital controllers. [Contents] ■ Reducing the burden on facility management personnel ■ Three proposals to solve sodium hypochlorite issues ■ Leave the entire chemical dosing equipment to us ★ For more details, please download the catalog. Feel free to contact us with any inquiries.

• Water treatment equipment

In the field of food additives, precise measurement and supply of additives are essential to ensure product quality and safety. Even a slight error in the amount added can significantly impact the product's flavor, texture, and shelf life. Additionally, excessive use of additives may increase health risks for consumers. Our non-pulsating, quantitative pump "Q" for micro-dosing at 0.01 mL/min enables precise supply of food additives. This allows food manufacturers to stabilize product quality and enhance safety. 【Application Scenarios】 - Precise measurement and mixing of food additives - Accurate addition of flavors and colorants - Research and development of food samples 【Benefits of Implementation】 - Minimizes errors in additive amounts, stabilizing product quality - Reduces risks associated with over- or under-use of additives - Supports the acquisition of highly reproducible data in research and development

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the field of environmental analysis, it is essential to accurately measure trace contaminants in soil and water quality. Particularly when analyzing trace components at the ppb level, the accuracy of the delivery system significantly affects the reliability of the analytical results. Pulsations can cause fluctuations in the delivery flow rate, potentially leading to measurement errors. Additionally, it is important to prevent sample degradation. Our products enable micro-delivery at a rate of 0.01 mL/min, achieving stable delivery over extended periods. This allows for accurate and highly reliable analytical results. 【Application Scenarios】 - Trace component analysis in water quality pollution investigations - Trace component analysis in soil pollution investigations - Environmental analysis in research institutions 【Benefits of Implementation】 - Achievement of high-precision analytical results - Reduction of analysis time - Improvement of experimental data reliability

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the cosmetics industry, accurate delivery of trace samples during ingredient analysis is a crucial factor that affects the reliability of the analysis results. Particularly when handling expensive reagents or valuable samples, it is essential to eliminate waste and obtain precise data. Takumina's non-pulsating, quantitative pump 'Q' allows for micro-sample delivery at a rate of 0.01 mL/min, achieving stable delivery over long periods. This contributes to improved accuracy and efficiency in ingredient analysis. [Usage Scenarios] - Analysis of cosmetic raw materials - Ingredient analysis in quality control - Delivery of trace components in research and development [Benefits of Implementation] - Enhanced reliability of analysis results - Reduction of waste in reagents and samples - Increased efficiency in analytical tasks

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the energy industry, particularly in the field of fuel cells, high performance and efficiency are always required. One of the factors that influence the performance of fuel cells is the precise supply of reactants. Accurately and stably supplying small amounts of liquid is essential for enhancing the efficiency of fuel cells and improving product quality. Takumina's non-pulsating, quantitative pump "Q" for micro-dosing at 0.01 ml/min solves the challenges of small liquid supply from fuel cell research and development to manufacturing processes. [Application Scenarios] - Reagent supply in fuel cell research and development - Reaction liquid supply in the fuel cell manufacturing process - Performance evaluation tests for fuel cells [Benefits of Implementation] - Improved reliability of experimental data due to enhanced dosing accuracy - Increased research efficiency through long hours of continuous operation - Reduction of chemical waste and optimization of costs

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the field of chemical reaction control, there is always a demand for improved reproducibility and accuracy of reactions. In particular, precise flow control in the addition of trace reagents and the supply of reactants is a crucial factor that influences the efficiency and quality of the reaction. Variations and pulsations in flow can lead to instability in the reaction and a decrease in the yield of the desired products. Our non-pulsating, quantitative pump 'Q' for micro-dosing at 0.01 ml/min combines the ease of use of a tube pump with the delivery accuracy of a syringe pump, enabling long-term continuous delivery. 【Application Scenarios】 - Trace addition of reagents in chemical reactions - Precise supply of reactants - Stabilization of long-term reactions 【Effects of Implementation】 - Improved reproducibility of reaction conditions - Increased reliability of experimental data - Enhanced yield of desired products

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the field of materials science, coating processes require uniform film thickness and high-quality coatings. In particular, the precise application of small amounts of liquid is a crucial factor that affects product performance. Inaccurate liquid delivery can lead to uneven coatings and defects, potentially resulting in a decline in product quality. Our pulsation-free, quantitative pump "Q" for micro liquid delivery at 0.01 mL/min enables precise delivery of small amounts, contributing to improved coating quality. 【Application Scenarios】 - Precision coating - Thin film formation - Research and development 【Benefits of Implementation】 - Improved delivery accuracy - Enhanced coating quality - Increased reliability of experimental data

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In experiments at research institutions, precise control of the liquid delivery volume is essential for accurate data acquisition. Particularly in experiments involving small amounts of reagents or chemicals, even slight variations in the delivery volume can significantly impact the experimental results. Additionally, stability in the delivery volume is required for long-duration experiments. The pulsation-free, quantitative pump "Q" that delivers micro amounts at a rate of 0.01 ml/min combines the ease of use of a tube pump with the delivery accuracy of a syringe pump, enabling continuous delivery over extended periods. It eliminates the hassle of monitoring and adjusting flow rates, contributing to reliable data acquisition. 【Application Scenarios】 - Cell culture - Reagent supply to analytical instruments - Micro-reaction experiments - Material synthesis 【Benefits of Implementation】 - Improved reproducibility of experiments - Reduced experimental time - Decreased waste of reagents - Enhanced reliability of experimental data

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the field of medical devices, particularly in infusion therapy, accurate medication delivery is directly linked to patient safety and treatment efficacy. The ability to supply small amounts of medication stably over long periods is crucial for improving the quality of treatment. Variations in flow rate and pulsation can lead to dosing errors and increased burden on patients. Our non-pulsatile, quantitative pump 'Q' allows for micro-dosing at increments of 0.01 mL/min, maintaining high precision even during long-term continuous delivery. [Usage Scenarios] - Infusion therapy - Nutritional support - Medication administration [Benefits of Implementation] - Improved treatment efficacy through accurate medication delivery - Reduced burden on patients - Increased operational efficiency for healthcare professionals

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

In the semiconductor manufacturing industry, accurate supply of chemicals is essential for the stable production of high-quality products. Particularly in the fine processing processes, even slight fluctuations in the flow rate or supply amount of chemicals can significantly impact product quality. Instability in chemical supply can lead to reduced yield and the occurrence of defective products, which can severely decrease production efficiency. The pulsation-free, metering pump 'Q' allows for micro-dosing at 0.01 mL increments, achieving long-term stable delivery. This addresses the challenges of chemical supply in the semiconductor manufacturing process and contributes to the stable production of high-quality products. 【Application Scenarios】 - Supply of resist liquid in photolithography processes - Supply of chemicals in etching processes - Supply of slurry in CMP processes - Supply of chemicals in cleaning processes 【Benefits of Implementation】 - Improved yield through stabilization of chemical supply amounts - Reduction in the rate of defective products - Increased efficiency of the manufacturing process - Stable supply of high-quality semiconductor products

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

Solving all pump-related issues and complaints from research and development to process lines at once! The Smooth Flow Pump provided by Takumina, a precision pump manufacturer. The 'Q' is a new mechanism precision pump for micro-dosing that combines the ease of use of a tube pump with the liquid delivery accuracy of a syringe pump. It allows for long periods of continuous liquid delivery without a decrease in flow rate over time. <Customer Feedback> "I no longer need to monitor or adjust the flow rate!" "I was able to conduct long experiments continuously!" "The delivery conditions remained unchanged, and I obtained highly reliable data!" <Features> ■ Excellent quantitativeness and responsiveness ■ Long-lasting liquid delivery accuracy ■ Continuous, constant flow without pulsation ■ No leakage or alteration of the liquid ■ Resistant to pipe blockage and dry running ■ Easy to scale up ■ User-oriented simple design ■ Compatible with a wide range of chemical liquids We also offer types that can handle suspensions (slurries) and are suitable for autoclave sterilization. The Smooth Flow Pump has a lineup that meets various usage conditions and liquid requirements, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• Lab metering pump
• Other physicochemical equipment

The Takumina precision pump offers the problem-solving "Smooth Flow Pump," which resolves all issues and dissatisfaction related to pumps from research and development to process lines! This product is a pump that can continuously deliver precise liquid at the μL scale. Flow rate can be adjusted freely within the range of 5 to 5000 μL/min. There is no liquid leakage or contact with outside air, allowing for the transfer of strong acids, strong alkalis, and water-sensitive substances. Its compact size makes it easy to install anywhere. It boasts excellent flow accuracy and reproducibility, providing stable delivery with a continuous flow that has no pulsation. 【Features】 ■ Excellent flow accuracy and reproducibility ■ Stable delivery with a continuous flow that has no pulsation ■ Freely adjustable flow rate within the range of 5 to 5000 μL/min ■ Maximum discharge pressure of 3 MPa ■ No liquid leakage or contact with outside air (can also transfer strong acids, strong alkalis, and water-sensitive substances) ■ Flow rate does not decrease even with long-term use The Smooth Flow Pump has a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. Please feel free to contact us, and we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• Other physicochemical equipment
• Flow Control

The GPL is a non-pulsating pump capable of handling a maximum flow rate of 18 m³/h. 【Features】 ■ Wear-resistant contamination-free structure A structure that is resistant to wear, eliminating concerns about wear particles mixing into the liquid. ■ Sealed structure with no liquid leakage No shaft seal means no worries about liquid leakage or foreign matter contamination. ■ High flow transfer Flow rate can be adjusted from 15 L/min. Accurately transfers the set flow rate in a continuous stable flow. ■ Compatible with high-viscosity liquids Can handle high-viscosity liquids up to 5000 mPa·s. ■ High head capability Maintains flow rate even under pressure conditions due to the check mechanism. Reduces pressure loss in piping. ■ Continuous stable flow without pulsation No need for air chambers or accumulators. ■ Easy maintenance Customers can easily disassemble and reassemble. Long component life reduces maintenance frequency and costs. ■ Sanitary specifications available Suitable for processes that prioritize cleanliness, such as pharmaceuticals, food, and electronic materials. The Smooth Flow Pump offers a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• pump
• Flow Control

Smooth Flow Pump that Solves All Pump-Related Problems and Dissatisfactions from Research and Development to Process The 'VPL' can handle high-viscosity liquids exceeding 300,000 mPa·s. It can transport a wide range of liquids from water-like fluids to paste-like high-viscosity liquids. Durable structure against wear. There are no shaft seals, eliminating concerns about liquid leakage or foreign matter contamination. **Features of the VPL Pump** - Does not damage the transported liquid - Contamination-free - Resistant to wear - Easy disassembly and assembly **Other Features** - Does not stir the liquid or apply localized pressure - No shaft seals, so there are no concerns about liquid leakage or foreign matter contamination - No rotating or sliding parts in the liquid contact area, ensuring a wear-resistant structure - Compact design of the liquid contact area prevents wasting valuable liquids - No sliding parts, eliminating concerns about heat generation or failure due to dry running - Can be disassembled without special tools, and residual liquid can be easily wiped away The Smooth Flow Pump offers a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transport conditions, and cost. Please feel free to contact us, as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• Other Pumps
• Flow Control

In the food industry, accurate measurement and uniform mixing of additives are essential to ensure product quality and safety. Particularly, when adding under high-pressure conditions or delivering highly viscous additives, issues such as the impact of pulsation on quality and the risk of pump failure arise. The High-Pressure Smooth Flow Pump (HPL) addresses these challenges. 【Application Scenarios】 - High-pressure injection of food additives - Accurate delivery of viscous additives - Supply of additives to the manufacturing line 【Benefits of Implementation】 - Improved accuracy in additive measurement - Stabilization of product quality - Reduction in total cost of ownership (TCO) due to enhanced maintainability

• Positive Displacement Pump
• pump
• Flow Control

In the textile dyeing industry, the uniform supply of dyes and precise flow control are crucial factors that influence the quality of dyeing. Pulsation or uneven supply of dyes can lead to inconsistencies in dyeing and reduced color reproducibility, potentially increasing the defect rate of products. The high-pressure smooth flow pump HPL achieves high-pressure liquid delivery of up to 50MPa, contributing to improved dyeing quality by providing a stable supply of dyes. 【Usage Scenarios】 - Dye supply in the textile dyeing process - Dye transfer over long-distance piping - Delivery of high-viscosity dyes 【Benefits of Implementation】 - Improved dyeing uniformity - Enhanced color reproducibility - Reduced defect rate - Lower total cost of ownership (TCO)

• Positive Displacement Pump
• pump
• Flow Control

In experiments at research institutions, precise liquid delivery control is required. In particular, under high-pressure conditions or when handling delicate substances, pulsation and contamination can significantly affect experimental results. The High-Pressure Smooth Flow Pump (HPL) enables high-pressure liquid delivery of up to 50 MPa and achieves non-pulsating liquid delivery, contributing to improved experimental accuracy. 【Application Scenarios】 - High-pressure reaction experiments - Precision filtration - Addition of trace components - Liquid delivery of slurries 【Benefits of Implementation】 - Increased reliability of experimental data - Reduced risk of contamination - Precise liquid delivery of various liquids - Reduction of total cost of ownership (TCO)

• Positive Displacement Pump
• pump
• Flow Control

In the ink supply of the printing industry, accurate flow control and stable supply of ink are essential for consistently producing high-quality printed materials. Ink pulsation can lead to a decrease in print quality and waste of ink. The high-pressure smooth flow pump HPL achieves stable ink supply through pulsation-free delivery, contributing to improved print quality. 【Usage Scenarios】 * Ink supply for inkjet printers * Ink supply for offset printing machines * Supply of special inks (high-viscosity inks, slurry inks, etc.) 【Benefits of Implementation】 * Improved print quality * Reduction of ink waste * Enhanced maintainability * Reduction of TCO (Total Cost of Ownership)

• Positive Displacement Pump
• pump
• Flow Control

In the energy industry, particularly in fuel supply, stable supply and high safety are required. Accurate flow control of fuel and the reduction of load on piping due to pulsation are essential for efficient operation and the longevity of equipment. Fuel transfer under high pressure carries risks of leaks and foreign matter contamination, but our high-pressure smooth flow pump HPL addresses these challenges. 【Usage Scenarios】 - Fuel supply to fuel cell systems - Fuel supply to high-pressure fuel lines - Precise injection of fuel additives 【Benefits of Implementation】 - Stabilization of fuel supply - Increased equipment longevity due to reduced load on piping - Efficient operation through accurate flow control of fuel

• Positive Displacement Pump
• pump
• Flow Control

In the cosmetics industry, uniform dispersion, which affects product quality, is crucial. In particular, achieving a uniform dispersion of pigments and additives significantly impacts the product's color and feel. If the dispersion is uneven, it may lead to a deterioration in the product's appearance and a decrease in performance. The High-Pressure Smooth Flow Pump (HPL) enables uniform dispersion through high-pressure liquid delivery of 50 MPa. 【Application Scenarios】 - Emulsification and dispersion processes - Mixing of pigments and additives - Research and development 【Benefits of Implementation】 - Quality improvement through uniform dispersion - Enhanced product stability - Reduced contamination risk

• Positive Displacement Pump
• pump
• Flow Control

In the pharmaceutical industry, accurate flow control and maintenance of liquid quality are essential in the supply of pharmaceutical solutions during drug manufacturing. Particularly when high-pressure conditions are required for liquid delivery, the effects of pulsation and foreign matter contamination can adversely affect product quality. The High-Pressure Smooth Flow Pump (HPL) achieves high-pressure liquid delivery of up to 50 MPa and minimizes the impact on pharmaceutical solutions through non-pulsating delivery. Its completely sealed structure prevents liquid leakage and contact with outside air, reducing the risk of contamination. 【Usage Scenarios】 - Supply of pharmaceutical solutions requiring high-pressure delivery - Processes that demand precise flow control - Situations where liquid leakage or contamination should be avoided 【Benefits of Implementation】 - Maintenance of pharmaceutical solution quality - Stabilization of the manufacturing process - Reduction of total cost of ownership (TCO)

• Positive Displacement Pump
• pump
• Flow Control

In the chemical industry's precision mixing processes, uniformity of the mixture, prevention of foreign matter contamination, and accurate flow control are essential. Particularly in mixing processes that directly affect reaction rates and product quality, stable delivery without pulsation is crucial. Pulsation can lead to uneven mixing, potentially harming product quality. The High-Pressure Smooth Flow Pump (HPL) was developed to address these challenges. 【Application Scenarios】 - Chemical reaction processes requiring precise mixing - Mixing under high-pressure conditions - Mixing of liquids containing slurries 【Benefits of Implementation】 - Improved product quality through uniform mixing - Reduced risk of foreign matter contamination - Optimization of processes through stable flow control

• Positive Displacement Pump
• pump
• Flow Control

In the semiconductor manufacturing industry, precise application of chemicals is essential for the stable production of high-quality products. Particularly as miniaturization advances, the uniform supply and precise application of chemicals become critical factors that influence yield. Pulsating fluid delivery can cause uneven application and variations in liquid quality, potentially compromising product quality. The High-Pressure Smooth Flow Pump (HPL) enables high-pressure fluid delivery of up to 50 MPa and achieves non-pulsating fluid delivery, addressing the challenges of chemical application in semiconductor manufacturing. 【Application Scenarios】 - Photoresist application - Developer application - CMP slurry supply 【Benefits of Implementation】 - Improved application uniformity - Increased yield - Stabilization of liquid quality - Reduction in total cost of ownership (TCO)

• Positive Displacement Pump
• pump
• Flow Control

In the automotive industry, the precise supply of lubricating oil is crucial for preventing wear on components and extending product lifespan. This is especially true in areas where lubrication is required under high pressure, making a stable supply of lubricating oil essential. Pulsating fluid delivery can lead to oil film breakage, resulting in premature wear of components. Our high-pressure smooth flow pump, HPL, enables high-pressure fluid delivery of up to 50 MPa and provides a stable supply of lubricating oil through non-pulsating fluid delivery. 【Application Scenarios】 - Engine lubrication - Transmission lubrication - Other areas requiring high-pressure lubrication 【Benefits of Implementation】 - Extended lifespan of components - Improved lubrication performance - Reduced maintenance costs

• Positive Displacement Pump
• pump
• Flow Control

High-pressure type of smooth flow pump, achieving high-pressure liquid delivery of up to 50MPa, HPL series. 《Specifications》 Hydraulic diaphragm pump 0.8L/min 50MPa 2.0L/min 20MPa 5.0L/min 10MPa 10L/min 5MPa 《Features》 ■ No liquid leakage The pump head has a completely sealed structure, eliminating concerns about liquid leakage or exposure to outside air. ■ No foreign matter contamination There are no rotating or sliding parts that are prone to generating foreign matter, so there is no worry about contamination. ■ Strong against slurries It gently delivers liquid, so there is no concern about crushing particles or pump wear. ■ No damage from dry running There are no sliding parts, so there is no worry about friction heat, wear powder generation, or seizure. Pulsation-free liquid delivery, excellent maintainability, and a compact pump. The smooth flow pump has a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. We will select and introduce the most suitable products for our customers, so please feel free to contact us.

• Positive Displacement Pump
• pump
• Flow Control

Problem-solving pump, Smooth flow pump. 'APL' is a versatile pump that can solve all the troubles and dissatisfaction associated with transfer pumps at once. It is the ideal pump for the precise transfer of difficult-to-transfer chemicals and fluids such as UV-curable resins, urethane resins, and slurry liquids. By adopting a high-precision constant-speed cam, it suppresses the pulsation characteristic of diaphragm pumps. It transfers liquids gently and accurately! In addition to excellent discharge accuracy and wear resistance, it significantly reduces maintenance effort and greatly contributes to improving process reliability. 【Features】 ■ Completely sealed diaphragm type with no foreign matter contamination ■ No sliding parts in the liquid contact area, making it resistant to wear ■ No agitation or alteration of the transferred liquid due to shear ■ Compatible with high-viscosity liquids up to 20,000 mPa·s and liquid temperatures from 0 to 60 degrees ■ Discharge capacity: up to 47 L/min ■ Discharge pressure: up to 0.5 MPa The Smooth Flow Pump has a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transfer conditions, and cost. Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
• pump
• Flow Control

The Smooth Flow Pump "BPL" is a versatile pump that can solve all your transportation worries and dissatisfaction at once. It provides a continuous, steady flow without pulsation, allowing for measurement with a flow meter! It ensures stable quality control for chemical injection and mixing. Additionally, its power consumption is less than half that of air-driven or rotary pumps, making it an energy-efficient option. 【Features】 ◆ Long-Distance Transport It delivers high-precision transport of the required amount even in long-distance, high-lift piping with small diameters. ◆ Spray It is resistant to pressure fluctuations, resulting in minimal flow variations and preventing backflow, ensuring that the set amount is sprayed reliably. ◆ Wear Resistance There are no rotating or sliding parts in the contact area, so the pump will not break down or alter the liquid when handling slurries. ◆ Mixing It eliminates mixing inconsistencies with a uniform and continuous flow. Changing the mixing ratio is easy, quick, and accurate. Furthermore, there is no risk of liquid leakage or chemical splatter, and it allows for simplification and reduction of piping diameter, making flow measurement straightforward. The Smooth Flow Pump offers a lineup that accommodates various usage conditions and liquids, including flow rate, pressure, liquid viscosity, discharge accuracy, slurry diameter and material, installation and transportation conditions, and cost. Please feel free to contact us, and we will help you select and introduce the most suitable product for your needs.

• Positive Displacement Pump
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