ROKA SEIKO Co., Ltd. Product Lineup

To fully utilize the capabilities of high-performance machining equipment, it is essential to manage the cutting fluid correctly. We would like to introduce a precision filtration system for this purpose. The filter media is prepared according to the type of coolant and sludge. Our patented filtration flow achieves high-precision filtration. 【Do you have any of these concerns?】 1. The dirt inside the machining equipment is severe, the coolant has a strong odor, and maintenance frequency is high. 2. I want to improve machining accuracy and reduce defects. 3. I am unsure if the current circulation filtration is appropriate. To achieve high-precision machining of materials like quartz glass and ceramics, the "cutting fluid" is a crucial point! Please feel free to consult with us at Filtration Seiko. *We are currently offering a free technical document that explains "precision filtration systems and proper fluid management"! Click to download the PDF. Free sample tests are available. Please feel free to reach out to us first.

This document introduces the surprisingly unknown cost-effectiveness of introducing precision filtration systems. It details the benefits gained from various aspects such as achieving high-precision processing, reducing pump clogging, and decreasing the frequency of liquid exchanges. This is a reference book worth reading, so please take a look. 【Contents (Excerpt)】 ■ Stability of product precision ■ Achievement of high-precision processing ■ Improvement of processing speed ■ Stability of center-through ■ Reduction of pump clogging ■ Decrease in the frequency of liquid exchanges *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the "coolant system." It provides detailed information on the role of coolant filtration devices and the surprisingly unknown cost-effectiveness of introducing precision filtration devices. Additionally, it covers the main types of coolant filtration devices and the necessity of particle size distribution measurement, so please take a moment to read it. 【Contents (excerpt)】 ■ Introduction ■ Role of coolant filtration devices ■ Surprisingly unknown cost-effectiveness of introducing precision filtration devices ■ Main types of coolant filtration devices ■ Necessity of particle size distribution measurement ■ Features and patents of Seiko Filtration Co., Ltd.'s precision filtration devices *For more details, please refer to the PDF document or feel free to contact us.

The precision filtration system for coolant by Ryo-Ka Seiko offers filters that can handle high flow rates with a filtration accuracy of 1μm. The system operates with a filtration flow from the outside to the inside, pushing the coolant liquid from the bottom to the top against gravity, achieving high-efficiency filtration across the entire filter surface. Additionally, the backwashing process is patented, allowing for effective backwashing through liquid delivery that follows gravity, significantly reducing running costs. 【Features】 ■ Compatible with both water-soluble and oil-based coolant liquids ■ Can be installed on both new and existing machining equipment ■ Capable of proposing coolant systems tailored to your budget ■ Offers systems that meet various demands such as centralized management and waste liquid treatment ■ Testing available to experience the filtration accuracy ■ Free measurement of the size and amount of sludge in the coolant liquid Currently, basic knowledge and benefits of coolant filtration systems can be downloaded. *For more details, please download the PDF or contact us directly.

We would like to introduce a case where we implemented a "precision filtration system" for Daiwa Koki Co., Ltd., which is engaged in the manufacturing and maintenance of industrial machinery and production equipment. They consulted us about a filtration system to treat and dispose of the dirty liquid discharged during precision confirmation processing after the assembly of the equipment. We conducted discussions regarding the shape of the original tank and the local installation method, and successfully completed the delivery and startup. 【Case Overview】 ■ Background - A filtration system was needed to treat and dispose of the dirty liquid discharged during precision confirmation processing. ■ Implemented System - Backwashing precision filtration system and a custom original coolant tank for the customer. *For more details, please download the PDF or feel free to contact us.

Sludge generated daily in the field of cutting and grinding processes. Many people often struggle with this sludge. If left unattended, sludge can cause various negative effects. However, cleaning and disposal require time and cost. In this article, we will explain how to eliminate the negative effects caused by sludge. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

In recent years, advancements in machine tool technology have made it possible to process ultra-hard materials, which possess very hard properties. However, the sludge generated during the processing of ultra-hard materials often contains many very fine particles of less than 10μm, and many people are likely struggling with the filtration of ultra-hard sludge. In this article, we will explain the methods for removing ultra-hard sludge based on the characteristics of ultra-hard materials. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.

In the machine tool industry, improving machining accuracy and productivity is always required. In particular, tool life is a crucial factor that significantly affects production efficiency. Sludge (cutting chips) in the coolant can accelerate tool wear, resulting in increased frequency of tool replacement and leading to higher costs. Our coolant precision filtration system keeps the coolant clean with a filtration accuracy of 1μm, contributing to the extension of tool life. 【Usage Scenarios】 - Metal machining with machine tools - Processing on grinding machines - Extending tool life in cutting processes 【Benefits of Implementation】 - Reducing the frequency of tool replacement and cutting costs - Stabilizing machining accuracy - Reducing defect rates

In the semiconductor industry, maintaining processing accuracy is crucial for the stable production of high-quality products. Foreign substances in the coolant can lead to processing defects and degradation of product performance, potentially lowering yield rates. Our coolant precision filtration system keeps the coolant clean with a filtration accuracy of 1μm, stabilizing processing accuracy and contributing to yield improvement. 【Usage Scenarios】 - Grinding, polishing, and cutting processes in semiconductor manufacturing - Stabilization of processing accuracy - Reduction of defect rates 【Effects of Implementation】 - Decrease in processing defects - Reduction of defect rates - Improvement in product quality

In the optical lens industry, the cleanliness of the processing fluid is crucial for maximizing lens transparency. In particular, the presence of fine foreign particles can significantly degrade lens quality and lead to reduced yield. Our coolant precision filtration system thoroughly removes contaminants from the processing fluid with a filtration accuracy of 1μm, enhancing lens transparency. This contributes to stable processing accuracy, reduced defect rates, and improved quality of the final product. 【Usage Scenarios】 - Optical lens polishing - Removal of foreign particles from lens surfaces - Maintenance of processing fluid cleanliness 【Benefits of Implementation】 - Improved lens transparency - Stable processing accuracy - Reduced defect rates - Decreased frequency of coolant fluid replacement

**What is a Mobile/Tank Circulation Fine Bubble Generation Device?** It circulates the clean liquid in the coolant tank used in machine tools through a fine bubble generation device. This process fine-bubbles the clean liquid, creating various benefits! It generates ultra-fine bubbles ranging from micro to nano size that carry a negative charge, adsorbing and removing dirt and oil, thus cleaning and preventing clogging of grinding wheels, while also suppressing the decay and deterioration of the coolant liquid. **Voices from Users Who Have Introduced the Device** The clogging of grinding wheels has been extended compared to before, leading to longer dressing intervals and improved productivity. By combining it with precision filtration, even after four years of introducing a new centerless grinding machine, dirt inside the machine is not noticeable. This has improved the machine's lifespan. One week after introducing fine bubbles, dirt in the machine's piping flowed into the tank, but since then, unpleasant odors in the tank have been eliminated. The cleaning efficiency and sterilization effect have become apparent. Thanks to the oil-water separation effect, lubricating oil that was trapped in the tank could be floated to the surface, allowing for efficient recovery.

In today's world, where the demand for machining precision has reached its limits, one aspect that is often overlooked in many workplaces is "the cleanliness of the cutting fluid." This article will elucidate how the "trinity" strategy of machine tools, cutting and grinding tools, and filtration creates profits in the manufacturing environment. In Japan's manufacturing sector, the evolution of machine tools and cutting/grinding tools has been remarkable. However, what about the "filtration management (coolant management)" that supports this foundation? Even with the latest machine tools, if the cutting fluid is contaminated, their true potential cannot be realized. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

Are you troubled by scratches on the workpiece and abnormal wear of grinding wheels in the grinding and cutting of "brittle materials" such as quartz glass, ceramics, and cemented carbide? The cause lies in the "invisible fine sludge" of less than 10μm that slips through common magnetic separators and cyclone filters. In this article, we will explain the mechanisms of the serious troubles caused by these fine particles and introduce the concept of "precision filtration management" to maintain a clean state while preventing filter clogging. Rather than relying solely on field experience, visualizing sludge in numerical terms and selecting the optimal system will be key to ensuring stable processing over the long term and protecting brand value. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.