ROKA SEIKO Co., Ltd. Product Lineup

I wanted a centrifuge like this!! Is that problem solved...!? - Removal of fine particle sludge in coolant! - Sludge removal in brittle material processing! - Great for waste liquid treatment! - Recovery of rare metals! - Fully automatic from sludge separation to scraping! - Simultaneous removal of magnetic/non-magnetic sludge! - Significantly reduces the worker's effort! - Cost reduction due to simple structure! - Standard equipped with casters (smooth mobility)!

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.

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 semiconductor manufacturing process, the removal of fine particle sludge is essential for maintaining product quality. Particularly in processes that require precision machining, the introduction of fine foreign substances can lead to reduced yield and product defects. It is important to efficiently remove these fine particle sludges to ensure stable productivity. Our fully automatic high-speed centrifuge, the C-one Series, addresses these challenges by effectively removing fine particle sludge from coolant liquids, contributing to improved productivity for our customers. 【Usage Scenarios】 - Removal of fine particle sludge from coolant liquids in semiconductor manufacturing lines - Prevention of foreign substance contamination in precision machining processes - Solid-liquid separation in wastewater treatment 【Benefits of Implementation】 - Improved machining accuracy through the maintenance of coolant liquid cleanliness - Reduction in product defect rates - Decrease in wastewater treatment costs

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.