ジャパンセパレーター Product Lineup

In the general machinery manufacturing industry, the management of coolant fluids in cutting processes affects the maintenance of the work environment and production efficiency. Manual mixing and supply not only take time and effort but also tend to cause variations in dilution concentration, which can lead to reduced tool life and unstable machining accuracy. In response to these challenges, our "Downtown FA-Coolant Fluid Automatic Dilution Device" supports small and medium-sized enterprises by reducing the workload through automation and ensuring a stable supply of coolant fluid. The liquid preparation is carried out using a method similar to manual work, aiming for automation and unmanned operation in necessary areas, providing operators on-site with options for modernization. 【Usage Scenarios】 - Dilution and supply of coolant fluid in cutting process sites - Reduction of manual mixing and delivery tasks for coolant fluid - Reduction of worker burden through automation 【Benefits of Implementation】 - Stabilization of coolant fluid dilution concentration - Reduction of work time and labor costs - Improvement of work environment and enhancement of safety - Extension of tool life and stabilization of machining accuracy

• Cutting Oil
• Other process controls

In the construction machinery parts industry, there is a demand for precision in cutting processes and the improvement of component durability that accompanies it. In particular, the proper management of cutting oil is essential for extending tool life and maintaining the quality of the machined surface, and the effort involved in its dilution and supply can become a burden on the site. Manual work and uneven dilution can potentially affect the performance of the parts. Our "Downtown FA-Coolant Automatic Dilution Device" addresses these challenges by consistently managing the creation of cutting oil and its automatic supply to various machine tools, thereby supporting the modernization of the workplace. 【Usage Scenarios】 - Manufacturing lines for construction machinery parts - Management of coolant in cutting processes - Extension of tool life and stabilization of processing quality - Reduction of worker burden and labor-saving at the site 【Benefits of Implementation】 - Improved durability of parts through uniform dilution and stable supply of coolant - Enhanced cutting accuracy and reduced defect rates - Cost reduction through extended tool life - Reduction of worker effort, promoting focus on other tasks

• Cutting Oil
• Other process controls

In the robot parts industry, precise machining and high productivity are required. Particularly in cutting processes, proper management of coolant is essential for extending tool life and maintaining machining accuracy. Manual mixing and supplying of coolant can lead to increased burden on workers and potential variations in quality. Our "Downtown FA-Coolant Automatic Dilution Device" focuses on the challenges faced by small and medium-sized enterprises in machining environments, achieving automatic dilution and supply of coolant. This eliminates manual labor and contributes to increased productivity. 【Usage Scenarios】 - Cutting processes in robot parts manufacturing lines - Automation of coolant mixing and supply tasks - Reducing the burden on workers and addressing labor shortages 【Benefits of Implementation】 - Improved machining accuracy through stabilized coolant quality - Cost reduction by extending tool life - Increased productivity through reduced working time - Reduction in labor costs

• Cutting Oil
• Other process controls

In the medical device manufacturing industry, advanced hygiene management is required to ensure product quality and safety. In cutting processes, the management of coolant concentration and the stability of its supply are directly linked to processing accuracy and the prevention of product contamination. Manual preparation and supply of liquids can increase concentration variations, burden on workers, and hygiene-related risks. Our "Downtown FA-Coolant Automatic Dilution Device" addresses these challenges by achieving automatic dilution and supply of coolant, thereby supporting improvements in hygiene management and work efficiency. 【Usage Scenarios】 - Management of coolant concentration in cutting process lines - Maintenance of a hygienic working environment through automation - Reduction of manual liquid replenishment tasks 【Benefits of Implementation】 - Stabilization of processing accuracy through consistent coolant supply concentration - Reduction of worker burden and suppression of human errors - Improvement in hygiene management levels

• Cutting Oil
• Other process controls

In the aerospace parts industry, maintaining processing accuracy is essential to ensure product reliability. Particularly in precision cutting processes, proper management of coolant fluids is indispensable. Inappropriate mixing ratios or insufficient supply can lead to processing defects and reduced tool life, potentially impacting the reliability of the final product. Our "Downtown FA-Coolant Automatic Dilution Device" addresses these challenges by consistently managing everything from coolant fluid preparation to automatic supply to various machine tools, thereby supporting the modernization of the workplace. 【Usage Scenarios】 - Stable supply of coolant fluid in precision cutting processes - Reduction of manual fluid preparation and delivery tasks in the processing site - Maintenance of tool life and improvement of processing accuracy 【Benefits of Implementation】 - Improved processing accuracy due to stable quality of coolant fluid - Reduced burden on workers and increased productivity - Enhanced efficiency in the management of consumables

• Cutting Oil
• Other process controls

In the mold manufacturing industry, proper management of coolant fluid is essential for stable operation of machine tools and maintenance of product quality. In particular, managing the concentration of coolant fluid and performing regular replenishment in cutting processes are critical maintenance tasks that directly impact productivity and tool lifespan. However, many sites still rely on manual preparation and delivery of the fluid, leading to increased burdens on workers and issues with concentration management variability. Our "Downtown FA-Coolant Automatic Dilution Device" addresses these challenges by fully automating the process from fluid preparation to automatic supply to each machine tool, supporting the modernization of the workplace. 【Usage Scenarios】 - Concentration management of coolant fluid in cutting processing sites - Reduction of manual fluid preparation and delivery tasks - Decrease in maintenance workload through automatic supply to machine tools - Reduction of worker burden and improvement of safety 【Benefits of Implementation】 - Extension of tool lifespan and maintenance of processing accuracy through uniform concentration management of coolant fluid - Reduction of maintenance task time and labor costs through automation - Alleviation of worker burden and promotion of focus on higher value-added tasks - Safe operation through the adoption of sequencers with leak prevention measures

• Cutting Oil
• Other process controls

In the grinding processing industry, managing the concentration of coolant fluid is crucial for maintaining consistent precision on the machined surfaces. Improper concentrations can lead to decreased machining accuracy and shortened tool life. Manual dilution and supply can cause fluctuations in concentration, hindering stable precision maintenance. Our "Downtown FA-Coolant Fluid Automatic Dilution Device" completes the process from liquid preparation to automatic supply to each machine tool in one unit, consistently maintaining the same concentration to support precision maintenance in grinding processing. 【Usage Scenarios】 - Automatic supply of coolant fluid to grinding machines - Processing with coolant fluid at a consistently stable concentration - Reduction of manual liquid preparation and oil supply tasks 【Benefits of Implementation】 - Improved precision maintenance in grinding processing - Reduced burden on operators and labor-saving - Reduction of coolant fluid waste

• Cutting Oil
• Other process controls

In the press processing industry, proper lubrication management is essential for maintaining stable productivity and product quality. In particular, the supply of lubricating oil to molds is directly related to processing accuracy and mold lifespan, making it crucial to provide a uniform and appropriate amount. Manual mixing and supply can lead to issues such as concentration unevenness, supply shortages, and over-supply, which can result in decreased productivity and damage to molds. Our "Downtown FA-Coolant Liquid Automatic Dilution Device" addresses these challenges in press processing environments by achieving automatic dilution and supply of coolant liquid, thereby supporting the modernization of lubrication management. 【Usage Scenarios】 - Automatic supply of coolant liquid to press machines - Reduction of manual mixing and delivery tasks - Labor-saving in the workplace - Stable supply with uniform concentration 【Benefits of Implementation】 - Stabilization of coolant liquid concentration management - Extension of mold lifespan and improvement of processing accuracy - Reduction of worker burden and enhancement of safety - Reduction of effort and time in liquid preparation

• Cutting Oil
• Other process controls

In the machinery parts manufacturing industry, the management of coolant fluids in cutting processes affects production efficiency and machining accuracy. Traditionally, methods such as manual mixing, mixing with ejectors, and manual delivery and refueling have been common, leading to increased burdens on workers and variability in fluid concentration management. In response to this situation, we believe it is necessary to support efficiency and cost reduction through automation. This device automates the measurement and mixing of cutting oil and its supply to various machine tools, contributing to the modernization of the workplace by eliminating manual tasks. 【Usage Scenarios】 - Automatic dilution and supply of coolant fluids in cutting process sites - Reduction of manual fluid preparation and refueling tasks - Reduction of worker burden and improvement of safety 【Benefits of Implementation】 - Improvement of machining accuracy through stabilization of coolant fluid concentration management - Reduction of labor costs and improvement of work efficiency - Increase in productivity through automation

• Cutting Oil
• Other process controls

In the metal processing industry, maintaining the quality of coolant fluids in cutting processes significantly impacts machining accuracy and tool life, necessitating a stable supply of high-quality coolant. Manual dilution and supply can lead to concentration inconsistencies and increased labor, which can hinder quality stabilization. Our "Downtown FA-Coolant Automatic Dilution Device" addresses these challenges by automating the dilution and supply of coolant, thereby supporting the maintenance of stable quality and improving work efficiency. 【Usage Scenarios】 - Concentration management of coolant fluids in metal processing sites - Alleviating labor shortages through automation - Streamlining the mixing and supply of cutting oils 【Benefits of Implementation】 - Maintaining a consistent concentration of coolant fluids, stabilizing machining quality - Reducing the labor involved in dilution and supply tasks, easing the operator's burden - Minimizing human errors and enhancing work efficiency through automation

• Cutting Oil
• Other process controls

In the automotive parts manufacturing industry, proper management of cutting oil is essential to achieve precise machining. Particularly when the dilution and supply of cutting oil are done manually, there can be challenges such as increased burden on workers, decreased machining accuracy due to variations in dilution concentration, and even waste of cutting oil. In response to these challenges, our "Downtown FA-Coolant Liquid Automatic Dilution Device" realizes automatic dilution and supply of cutting oil, contributing to the reduction of on-site burdens and improvement of productivity. 【Usage Scenarios】 - Automation of cutting oil dilution and mixing operations - Automatic supply of cutting oil to various machine tools - Transitioning from manual cutting oil management 【Benefits of Implementation】 - Maintenance of machining accuracy through stabilization of cutting oil dilution concentration - Reduction of worker burden and labor costs - Reduction of cutting oil waste and cost control - Promotion of labor-saving and unmanned operations through automation

• Cutting Oil
• Other process controls

In the construction machinery field, managing floating oil such as hydraulic fluid is crucial. Particularly, efficient and rapid oil recovery is necessary to prevent hydraulic system troubles and reduce environmental impact. Leaving floating oil unattended can lead to decreased equipment performance and potential environmental pollution. Our product "Pure Mini" addresses these challenges by achieving high-efficiency oil recovery without the hassle of installation. 【Usage Scenarios】 - Hydraulic tanks of construction machinery - Management of hydraulic fluids - Rapid response in case of oil leaks 【Benefits of Implementation】 - Maintenance of hydraulic fluid purity - Contributing to the longevity of equipment - Reduction of environmental impact

• Other environmental equipment

In the maintenance and storage of agricultural machinery, the issue of floating oil can arise. In particular, floating oil that occurs during the downtime of agricultural equipment raises concerns about equipment deterioration and its impact on the surrounding environment. Additionally, it leads to the need for regular cleaning and oil-water separation. Our floating oil recovery device, "Pure Mini," offers a simple and effective solution to these challenges. 【Usage Scenarios】 - Oil pans in agricultural machinery storage facilities - Oil-water separation tanks for tractors and combines - Agricultural waterways and reservoirs 【Benefits of Implementation】 - Rapid recovery of floating oil - Purification of the water surface - Increased efficiency of maintenance work

• Other environmental equipment

In water treatment facilities, efficient removal of oil films floating on the water surface is required to maintain water quality and reduce environmental impact. Continuous generation of oil films, in particular, can lead to decreased processing capacity and affect the surrounding environment. Our floating oil recovery device, "Pure Mini," addresses these challenges by being easy to install without construction work, providing a solution to keep the water surface in good condition at all times. 【Usage Scenarios】 - Removal of oil films in water storage tanks and sedimentation tanks at water treatment facilities - Assistance in oil-water separation in factory wastewater treatment - Surface management of reservoirs and ponds 【Benefits of Implementation】 - Improvement in water quality maintenance - Reduction of environmental impact - Increased efficiency of maintenance work

• Other environmental equipment

In the recycling industry, it is essential to efficiently separate useful oil components from waste oil and bring them to a reusable state. In particular, the floating oil contained in waste oil can pose challenges during the separation and recovery process. Our floating oil recovery device, 'Pure Mini,' effectively collects this floating oil and supports the efficiency of waste oil separation. 【Usage Scenarios】 - Recovery of floating oil from waste oil tanks - Maintenance of oil-water separation tanks - Concentration of oil components in the recycling process 【Benefits of Implementation】 - Improved purity of recovered oil - Increased efficiency of separation and recovery operations - Contribution to reducing environmental impact

• Other environmental equipment

In plant maintenance, managing oil content on the water surface is crucial for stable equipment operation and environmental conservation. In particular, oil discharged from equipment can lead to pipe blockages, reduced equipment performance, and environmental pollution. Therefore, rapid and efficient oil recovery is required to address these challenges. The "Pure Mini" is a floating oil recovery device that concentrates thin oil and recovers it as high-purity oil, contributing to solving these issues. 【Usage Scenarios】 - Oil recovery from water tanks and reservoirs within the plant - Maintenance of oil-water separation tanks on the production line - Removal of floating oil in factory wastewater treatment processes 【Benefits of Implementation】 - Effectively removes oil from the water surface, reducing environmental impact - Maintains equipment cleanliness and reduces the risk of failure - Recovers high-purity oil, exploring possibilities for reuse

• Other environmental equipment

In the shipbuilding industry, efficient and rapid oil recovery is required for maintaining the working environment and reducing environmental impact during the recovery of oil from ship bottoms. In particular, effectively removing thin layers of oil that accumulate on the hull is essential for ensuring a safe working environment and complying with drainage standards. Traditional recovery methods can be time-consuming and labor-intensive, but our floating oil recovery device, "Pure Mini," addresses these challenges. 【Usage Scenarios】 - Oil-water separation tanks for ship bottoms - Oil recovery operations in docks - Oil recovery during vessel maintenance 【Benefits of Implementation】 - Efficient recovery of oil from ship bottoms - Improvement of the working environment - Reduction of environmental impact

• Other environmental equipment

In the chemical industry processes, there is a demand for the efficiency of oil-water separation. In particular, the separation of process oil plays an important role in maintaining product quality and reducing the burden of wastewater treatment. Insufficient oil separation can lead to decreased production efficiency and increased environmental impact. Our floating oil recovery device, "Pure Mini," addresses these challenges by concentrating thin oil and recovering it as high-purity oil. 【Usage Scenarios】 - Recovery of floating oil from process liquids - Oil removal before wastewater treatment - Oil-water separation in tanks 【Benefits of Implementation】 - Recovery rate of high-purity oil over 95% - Purification of the water surface - Reduction of work burden

• Other environmental equipment

In the printing industry, contamination of water surfaces by ink oil can be a significant issue. The removal of ink oil is crucial for maintaining a safe working environment and ensuring product quality. Insufficient oil removal can lead to equipment deterioration and decreased work efficiency. Our floating oil recovery device, "Pure Mini," efficiently collects ink oil and keeps the water surface clean. 【Usage Scenarios】 - Cleaning water tanks for printing machines - Ink mixing tanks - Oil-water separation tanks before wastewater treatment 【Benefits of Implementation】 - Rapid recovery of ink oil - Purification of water surfaces - Improvement of the working environment - Protection of equipment

• Other environmental equipment

In the metal processing industry, the removal of floating oil in cleaning solutions is crucial for maintaining work efficiency and product quality. Floating oil can lead to a decline in the performance of the cleaning solution, re-adhesion to the workpieces, and even deterioration of the working environment. In response to these challenges, our floating oil recovery device "Pure Mini" efficiently collects thin oil, keeping the cleaning solution clean and contributing to stable processing quality and improved working conditions. [Usage Scenarios] - Cleaning solution tanks for metal processing machines - Cutting oil tanks - Various equipment using cleaning solutions [Benefits of Implementation] - Extended lifespan of cleaning solutions - Stabilization of processing quality - Improvement of the working environment - Effective resource utilization with an oil recovery rate of over 95%

• Other environmental equipment

In the food processing industry, the proper separation and removal of oil in wastewater treatment is emphasized from the perspective of compliance with environmental regulations and equipment protection. In particular, floating oil in wastewater can lead to pipe blockages, increased load on wastewater treatment facilities, and potential environmental impacts. In response to these challenges, our floating oil recovery device "Pure Mini" achieves efficient oil recovery and reduces the burden of wastewater management. 【Usage Scenarios】 - Wastewater from manufacturing lines - Cleaning wastewater - Assistance for grease traps 【Benefits of Implementation】 - Supports compliance with wastewater standards - Protects pipes and wastewater treatment facilities - Reduces environmental impact

• Other environmental equipment

In the automotive manufacturing industry, the management of cutting oil affects product quality, making the efficient recovery of floating oil essential. Particularly, to prevent the degradation of cutting oil and extend tool life, it is important to remove floating oil quickly and effectively. Inadequate oil recovery can lead to a decline in cutting oil performance and variations in machining accuracy. The floating oil recovery device "Pure Mini" addresses these challenges by concentrating thin oil and recovering it as high-purity oil. 【Usage Scenarios】 - Recovery of floating oil in cutting oil tanks - Maintenance of coolant cleanliness after processing - Streamlining of regular maintenance tasks 【Benefits of Implementation】 - Extension of cutting oil life - Stabilization of machining accuracy - Improvement of the work environment

• Other machine elements
• Other processing machines

What kind of device is the downtown FA? It is a newly developed automatic dilution supply device for cutting oil aimed at small and medium-sized enterprises. With the intention of widespread adoption, the price is kept low, while ensuring that the necessary components for automation are firmly secured. The liquid is produced using the same method as handmade, and this device can continuously supply it to various machine tools. "For example, from measuring the liquid, mixing, to supply" is the minimum requirement for achieving automation and unmanned operation. When looking at the machining sites of small and medium-sized enterprises, it is still common to see manual operations or, at best, the use of ejectors for mixing, with manual delivery and lubrication being the norm, which is quite outdated. About 40 years ago, when the transition from LA (Low-Cost Automation) to NC machines occurred and NC became prevalent, the handmade methods of cutting oil and lubrication have hardly changed. Is it not necessary to direct our attention towards modernization for the operators who are striving in the field? This device automates the entire series of operations, eliminating all manual tasks, so there is no one in front of the water supply in the morning or evening. ~ This is the essence of downtown FA.

• Cutting Oil
• Other process controls

"Pure Mini" can quickly remove floating oil by concentrating thin oil into high-purity oil. 【Features】 ■ Patent obtained for concentrating thin oil into high-concentration oil (see case studies) ■ 95% recovery of high-purity oil ■ No installation work required; compact, lightweight, and high-performance ■ Quick oil recovery with the adoption of a float system *For more details, please refer to the related links or feel free to contact us.

• Other environmental equipment

"Pure Mini" can quickly remove floating oil by concentrating thin oil into high-purity oil. 【Features】 ■ Patent obtained: Can concentrate thin oil into high-concentration oil (see case studies) ■ 95% recovery of high-purity oil ■ No installation work required: compact, lightweight, high performance ■ Quick oil recovery using a float system *For more details, please refer to the related links or feel free to contact us.

• Other environmental equipment

■Zero industrial waste ■Zero maintenance ■Zero running costs Features 1. Compared to conventional cyclone devices, it can capture contaminants in the 1-10 micron range, which are one rank lower. 2. Waste reduction: There is no generation of industrial waste as elements such as cartridge filters and bag filters are unnecessary. 3. Durability and long lifespan: Maintenance-free due to minimal replacement of wear parts. 4. The wastewater from the super cyclone falls and accumulates in the drain tank at the bottom, but by slightly opening the valve, it can be discharged at high purity due to the internal pressure, and this operation can be performed without stopping the machine. Applications It is ideal for filtering coolant and grinding fluids in machine tools. By efficiently separating chips and sludge from liquids, it contributes to maintaining machining accuracy, extending the life of tools and grinding wheels, and reducing product defects. Additionally, it can be applied to impurity removal in the semiconductor industry and for sorting in pharmaceuticals and food products.

• centrifuge
• Filtration Equipment

In the energy industry, reducing the environmental impact of manufacturing processes has become an important issue. In particular, the management of cutting fluids raises concerns about environmental effects related to waste liquid treatment and the waste of concentrated fluid. When the concentration of cutting fluid is unstable, it can lead to performance degradation and equipment deterioration, potentially resulting in increased energy consumption and higher maintenance costs. Additionally, the task of replenishing cutting fluid is labor-intensive, making it difficult to secure personnel. Our automatic dilution device for cutting fluid, the "Coolant Supply," addresses these challenges, achieving both reduced environmental impact and improved productivity. [Usage Scenarios] - Automation of cutting fluid concentration management - Reduction of concentrated fluid usage - Alleviation of the burden of cutting fluid replenishment tasks - Control of waste liquid treatment costs [Effects of Implementation] - Maintenance of cutting fluid performance through accurate dilution within ±0.5% of the specified concentration - Cost reduction and environmental impact reduction through decreased usage of concentrated fluid - Alleviation of the burden on workers and easing of personnel securing challenges - Extension of equipment lifespan due to stabilized concentration management

• Other physicochemical equipment

In the construction machinery manufacturing industry, stable operation of equipment and reduction of maintenance labor are required. In particular, managing cutting fluid can become a challenge due to the complexity of concentration management and the burden of replenishment tasks. These issues can lead to decreased production efficiency and the risk of unexpected equipment downtime. The automatic dilution device for cutting fluid, known as the Coolant Supply, addresses these concerns and reduces the burden on the site. [Usage Scenarios] - Sites where managing the concentration of cutting fluid is labor-intensive - When wanting to reduce waste of concentrated fluid - When wanting to alleviate the burden of replenishing cutting fluid - Sites where securing personnel is difficult [Benefits of Implementation] - Stabilizes the concentration of cutting fluid, contributing to quality maintenance - Reduces the amount of concentrated fluid used, contributing to cost reduction - Achieves automation and labor-saving in replenishment tasks - Reduces the burden on workers and improves safety

• Other physicochemical equipment

In the railway vehicle manufacturing industry, precise cutting processes are required to enhance the durability of parts. The quality control of cutting fluids is a crucial factor that directly affects processing accuracy, tool life, and the reliability of the final product. An unstable concentration of cutting fluid or waste of the concentrate can lead to increased costs and decreased production efficiency. Additionally, the task of replenishing cutting fluid is labor-intensive, making it challenging to secure personnel. Our automatic dilution device for cutting fluid, the "Coolant Supply," addresses these issues and achieves stable cutting fluid management. 【Application Scenarios】 - Stable supply of cutting fluid for precision machining of railway vehicle parts - Reducing waste of concentrate and improving cost efficiency - Alleviating the burden of cutting fluid replenishment and labor-saving - Promoting automation in sites where securing workers is difficult 【Benefits of Implementation】 - Maintaining processing accuracy through precise cutting fluid generation within ±0.5% of the specified concentration - Cost reduction by decreasing the amount of concentrate used - Improving efficiency of cutting fluid replenishment and reducing workload - Enhancing productivity through stable cutting fluid management

• Other physicochemical equipment

In the shipbuilding industry, the quality control of cutting fluids in metal processing significantly affects the corrosion resistance and durability of products. Particularly for ship components used in seawater or high-humidity environments, unstable cutting fluid concentrations can lead to a decline in the quality of the machined surface and cause corrosion. Accurate concentration management is essential for extending the lifespan and ensuring the reliability of components. Our automatic dilution device for cutting fluids, the "Coolant Supply," contributes to solving these challenges by providing cutting fluids of stable quality. [Usage Scenarios] - Cutting processing of large structures - Machining of precision parts - Manufacturing of parts requiring corrosion resistance [Effects of Implementation] - Stabilizes cutting fluid concentration and improves the quality of the machined surface - Enhances the corrosion resistance of components and extends product lifespan - Reduces the effort required for cutting fluid management

• Other physicochemical equipment

In the general machinery manufacturing industry, accurate concentration management of cutting fluids and the associated cost reduction are important challenges. If the concentration of cutting fluid is unstable, it can affect tool life and decrease processing accuracy. Additionally, unnecessary use of concentrated fluid and the burden of replenishing cutting fluid can lead to decreased production efficiency and increased labor costs. Japan Separator Co., Ltd.'s automatic dilution device for cutting fluids, the "Coolant Supply," addresses these issues and contributes to cost reduction and improved work efficiency. 【Usage Scenarios】 - Automation of cutting fluid concentration management - Reduction of concentrated fluid usage - Alleviation of the burden of cutting fluid replenishment - Utilization in sites where securing personnel is difficult 【Effects of Implementation】 - Constant stabilization of cutting fluid concentration, leading to improved processing accuracy and extended tool life - Reduction of waste in concentrated fluid, achieving cost savings - Automation of replenishment tasks, reducing the burden on workers and improving productivity - Providing a foundation for building a fully unmanned system

• Other physicochemical equipment

In the medical device manufacturing industry, advanced hygiene management is required to ensure product quality and safety. The concentration management of cutting fluids used in the cutting process affects not only machining accuracy but also the suppression of microbial growth and the maintenance of the working environment. Improper concentration management can lead to machining defects and hygiene issues. Our automatic dilution device for cutting fluids, the "Coolant Supply," accurately prepares cutting fluids at a specified concentration of ±0.5%, supporting the maintenance of a hygienic working environment. [Usage Scenarios] - Strengthening hygiene management in cutting processing lines - Maintaining machining accuracy through precise cutting fluid concentration management - Reducing the burden on operators and improving the working environment [Benefits of Implementation] - Improved machining quality due to stable cutting fluid concentration - Support for compliance with hygiene management standards - Reduction of cutting fluid waste and improvement of cost efficiency

• Other physicochemical equipment

In the surface finishing process of mold manufacturing, managing the concentration of cutting fluid is crucial for maintaining machining accuracy. If the concentration of the cutting fluid is unstable, it can lead to variations in processing quality, potentially affecting the final finish. Additionally, the task of replenishing cutting fluid can be labor-intensive, and securing personnel can also be a challenge. Our automatic dilution device for cutting fluid, the "Coolant Supply," addresses these issues and contributes to stable processing quality and improved work efficiency. 【Usage Scenarios】 - Precision machining in mold manufacturing - Cutting fluid management in the surface finishing process - Streamlining the replenishment of cutting fluid 【Benefits of Implementation】 - Accurate generation of cutting fluid within ±0.5% of the specified concentration - Reduction in the amount of concentrated fluid used - Alleviation of the burden of cutting fluid replenishment tasks

• Other physicochemical equipment

In the machinery parts manufacturing industry, the management of cutting fluids in cutting processes significantly affects production efficiency. If the concentration of cutting fluid is unstable, it can lead to reduced tool life and variations in processing accuracy, potentially resulting in production line stoppages and increased rework. Additionally, the task of replenishing cutting fluid is labor-intensive, and securing personnel poses a challenge. To address these issues, our automatic dilution device for cutting fluids, the "Coolant Supply," achieves precise concentration management and reduces the workload. [Usage Scenarios] - Automation of cutting fluid concentration management - Labor-saving in cutting fluid replenishment tasks - Reduction of waste in concentrated fluid - Addressing personnel shortages [Effects of Implementation] - Keeps cutting fluid concentration consistently stable, contributing to improved processing accuracy and extended tool life - Significantly reduces the time and effort required for replenishment tasks through automatic dilution - Reduces the amount of concentrated cutting fluid used through appropriate dilution, contributing to cost savings - Supports the reduction of worker burden and efficient operation with limited personnel

• Other physicochemical equipment

In the metalworking industry, proper management of cutting fluids is essential for maintaining the performance and longevity of cutting tools. If the concentration of cutting fluid is unstable, it can lead to accelerated tool wear, increased replacement frequency, and potentially affect machining accuracy. Additionally, the task of replenishing cutting fluids is labor-intensive, and the difficulty of securing personnel is also a challenge. Our automatic dilution device for cutting fluids, the "Coolant Supply," addresses these issues and contributes to stable cutting fluid management and improved work efficiency. [Usage Scenarios] - Sites facing challenges in managing cutting fluid concentration - When wanting to reduce waste of concentrated fluid - Aiming to alleviate the burden of cutting fluid replenishment tasks - When wanting to address personnel shortages [Benefits of Implementation] - Keeps cutting fluid concentration consistently stable, contributing to extended tool life - Reduces the amount of concentrated fluid used, contributing to cost savings - Streamlines and automates cutting fluid replenishment tasks - Reduces the burden on workers and enhances safety

• Other physicochemical equipment

In the semiconductor manufacturing industry, managing cutting fluid is essential to maintain consistent quality in precision processing. Particularly, concentration management of cutting fluid is crucial for maintaining the cleanliness of fine parts. If the concentration is unstable, it can affect processing accuracy and potentially cause unexpected troubles. Additionally, the task of replenishing cutting fluid can be labor-intensive, and securing personnel can also be a challenge. Our automatic dilution device for cutting fluid, the "Coolant Supply," addresses these issues and ensures a stable supply of cutting fluid. 【Usage Scenarios】 - Concentration management of cutting fluid in precision machining lines - Manufacturing processes that require cleanliness maintenance - Streamlining cutting fluid replenishment tasks 【Benefits of Implementation】 - Keeps cutting fluid concentration consistently stable, contributing to improved processing accuracy - Reduces waste of concentrated fluid, helping to cut costs - Achieves a reduction in the burden of cutting fluid replenishment tasks and labor-saving efficiency

• Other physicochemical equipment

In the aerospace industry, precision machining and high reliability are required. In particular, the management of cutting fluid concentration is a crucial factor that directly affects machining accuracy and tool life. Inadequate concentration management can lead to machining defects and unexpected troubles, posing challenges in meeting strict quality standards. Our automatic cutting fluid dilution device, "Coolant Supply," achieves precise dilution within a specified concentration of ±0.5%, supporting improvements in machining accuracy in the aerospace field. [Usage Scenarios] - Cutting machining of aircraft parts that require high precision - Management of cutting fluids in the machining of difficult materials such as titanium alloys - Stable supply of cutting fluids in manufacturing lines with strict quality standards [Effects of Implementation] - Stabilization and improvement of machining accuracy - Cost reduction through extended tool life - Labor-saving in cutting fluid management and reduced workload

• Other physicochemical equipment

In the automotive manufacturing industry, the stability of cutting fluid quality in metal processing is directly linked to product precision and durability. When the concentration of cutting fluid is unstable, variations in processing accuracy can occur, increasing the risk of defective products. Additionally, the task of replenishing cutting fluid is labor-intensive, and securing personnel poses a challenge. Our automatic dilution device for cutting fluid, the "Coolant Supply," addresses these issues and efficiently provides cutting fluid of stable quality. [Usage Scenarios] - Concentration management of cutting fluid in metal processing lines - Reducing waste of concentrated fluid - Alleviating the burden of cutting fluid replenishment tasks - Addressing personnel shortages [Benefits of Implementation] - Maintaining cutting fluid concentration within ±0.5% of the specified concentration at all times - Stabilizing cutting fluid concentration throughout the year and improving processing quality - Reducing the amount of concentrated fluid used - Streamlining cutting fluid replenishment tasks

• Other physicochemical equipment

The "QSCS-20A" deliberately does not use ejectors with significant variability; instead, it measures "water" and "concentrate" separately and mixes them thoroughly with a stirrer. As a result, the concentration remains consistently stable, allowing the "concentration adjustment dial" to be set to 1/2, which achieves the desired concentration on the tank side. Consequently, the amount of concentrate used is halved, leading to significant cost savings (based on customer results). Are you facing issues such as "unstable concentration of cutting fluid," "wanting to significantly reduce waste of concentrate," "labor-intensive replenishment of cutting fluid," or "difficulty in securing personnel"? This machine will immediately solve these problems. 【Features】 - It accurately produces the specified concentration within ±0.5% by completing the liquid at half concentration, considering water evaporation. - "Water" and "concentrate" are measured separately, and sufficient stirring completes the cutting fluid. - Additionally, by equipping a SUB tank and sensors later, it can achieve fully automated operation with automatic oil supply. - A 100L SUB tank, sensors, and motor valves for complete automation are available separately. - It contributes to factory automation with zero labor costs. *For more details, please refer to the PDF document or feel free to contact us.

• Other physicochemical equipment

The "Coolant Liquid Automatic Dilution Supply Device" accurately mixes the concentrated liquid to a specified concentration and quickly supplies the finished coolant liquid to the machine via a pump. It can operate continuously without supervision from day to night, allowing operators to focus on machining tasks. Since it does not use an ejector, there are no variations due to changes in temperature, water pressure, or the viscosity of the concentrated liquid, ensuring that it continues to produce at the set concentration accurately. 【Features】 ■ Automatic liquid level management with sensors ■ Prevents workpiece burning due to reduced cutting fluid ■ Eliminates tool damage and machine downtime ■ One unit can simultaneously supply 10 to 50 machine tools ■ Complies with ISO12000, contributing to hygiene management in the factory *For more details, please refer to the PDF document or feel free to contact us.

• Other machine tools

"Ecology" is a sludge recovery device that can simultaneously collect sludge and oil with just one unit. It purifies the coolant liquid and can also remove floating oil and aluminum dust at the same time. The power source uses compressed air, which is available anywhere in the factory, and since it does not use electricity, there are no sparks generated, allowing it to be used anytime and anywhere. The collection of sludge and floating oil can be completed in one step instead of two. [Features] - Quickly collects accumulated foreign substances (sludge, mud, chips) and floating oil - The coolant liquid becomes clean with just the sludge recovery operation - Equipped with a high-performance oil-water separation device on top - The compact unit can be used anywhere in the factory - Easy to move with casters *For more details, please refer to the related links or feel free to contact us.

• Filtration Equipment