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The ultra-high-pressure water breaker cutting method achieves revolutionary high-efficiency cutting processing, significantly reducing processing time and energy consumption. Tokupi Manufacturing proposes a "new cutting method" in manufacturing using high-pressure pumps as a manufacturer of high-pressure plunger pumps. While it is common to enhance the cooling and chip removal properties of coolant, this new cutting method differs from conventional high-pressure coolants by using the injection force of ultra-high-pressure coolant (7MPa to 30MPa) to accelerate chip breakage in areas where chip fragmentation (cutting) is not possible, thereby reducing tool heating and improving cutting speed. Currently, chip breakage using chip breakers with carbide tips is common, but in addition, this new cutting method utilizes the impact force of ultra-high-pressure coolant to fragment chips. For more details, please contact us.

This document introduces "The Impact of New Cutting Tool Cooling and Chip Fragmentation." It clearly presents topics such as "The Current State of Chips" and "Ultra-High-Pressure Coolant Concept" using photos and diagrams. Please take a moment to read it. 【Contents (Excerpt)】 ■ Main Business ■ Market and Expected Market for High-Pressure Coolants ■ Current State of Conventional Coolants in the Processing Industry ■ Chip Issues, Tool Cooling, Concepts ■ High-Pressure Tools, Tokyo University Boiling Film, Osaka University Crater Wear *For more details, please refer to the PDF document or feel free to contact us.

During cutting, the chips and shavings generated can wrap around the equipment, causing machine stoppages and workpiece damage. Additionally, when chips wrap around, the coolant cannot reach the cutting edge, hindering its cooling. Tokupi's ultra-high-pressure coolant prevents chips from wrapping around by breaking them apart, thus avoiding machine stoppages and workpiece damage. It also allows for efficient cooling of the cutting edge, making it less likely for cutting speeds to decrease. This document introduces the topic of "The Impact of New Cutting Edge Cooling and Chip Fragmentation." It clearly presents the "Current Situation of Chips" and the "Ultra-High-Pressure Coolant Concept" using photos and diagrams. We encourage you to read it. 【Contents (Excerpt)】 ■ Main Business ■ Market and Expected Market for High-Pressure Coolants ■ Current Situation of Conventional Coolants in the Processing Industry ■ Chip Issues, Cutting Edge Cooling, Concept ■ High-Pressure Tools, Tokyo University Boiling Film, Osaka University Crater Wear ◆◆◆ Exhibition Information ◆◆◆ We will be exhibiting at MECT 2023 at Port Messe Nagoya. Booth No: 3D55 From October 18 to 21.

The "High-Pressure Plunger Pump" features a structure that allows for easy replacement of the consumable seal packing. At Tokupi Manufacturing, we develop and manufacture various pressure plunger pumps and other unit products based on this product and its technology. Please contact us when you need assistance. 【Features】 ■ A structure that allows for easy replacement of the consumable seal packing ■ Development and manufacturing of various pressure plunger pumps and other unit products *For more details, please refer to the PDF materials or feel free to contact us.

"Are you having trouble with chips getting stuck on the conveyor while being transported out of the equipment?" "Chips that cannot be crushed by the crusher are accumulating in the equipment itself!" Issues such as movable part failures due to chips, insufficient coolant cooling at the cutting edge, and chips wrapping around are long-standing challenges in machining. Our company's 'Ultra High-Pressure Coolant' concept can solve these problems through "cutting edge cooling," "chip breaking," and "lubrication effects." 【Concept of Ultra High-Pressure Coolant】 ■ Cutting edge cooling ■ Chip breaking ⇒ Improved peripheral speed ■ Lubrication effect *For more details, please refer to the PDF document or feel free to contact us.

"Are you having trouble with chips getting stuck on the conveyor while being transported out of the equipment?" "Chips that cannot be crushed by the crusher are accumulating on the equipment itself!" The low-profile ultra-high-pressure coolant system 'FL-HIPRECO', which can be installed under the feeder/bar feeder, directly applies coolant liquid at high pressure to the cutting edge, enhancing the cooling effect and increasing tool life while assisting in chip fragmentation. Our concept of "ultra-high-pressure coolant" can solve these issues through "cutting edge cooling," "chip breaking," and "lubrication effects." Additionally, we will be exhibiting at "Mechatrotech Japan 2023" held at Port Messe Nagoya (Hall 3, Booth No. 3D55). We sincerely look forward to your visit. 【Concept of Ultra-High-Pressure Coolant】 ■ Cutting edge cooling ■ Chip breaking ⇒ Improved peripheral speed ■ Lubrication effect *For more details, please refer to the PDF document or feel free to contact us.

This document presents a verification of cutting performed using high-pressure coolant. It includes sections such as "Experimental Method" and "Results and Discussion," confirming that the tool life is improved through high-pressure coolant supply, as stated in the "Conclusion." Additionally, we provide a schematic diagram of the high-pressure coolant system and a circuit diagram of the coolant system, so please refer to the PDF download below for details. [Contents (Excerpt)] ■ Introduction ■ Experimental Method ■ Experimental Equipment ■ Tools ■ Workpiece *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our "Chip Fragmentation and Non-Step Processing." The key point is the "high chip discharge capability" of our high-pressure coolant system, 'HIPRECO.' By applying coolant directly to the cutting tool at high pressure, we enhance the cooling effect on the cutting edge, which increases tool life and assists in chip fragmentation. With "cutting edge cooling," "chip breaking," and "lubrication effects," we address long-standing challenges in machining. Additionally, we will be exhibiting at "MECT Japan 2023" held at Portmesse Nagoya. (Booth No. 3D55) We sincerely look forward to your visit. ☆☆☆【Announcement】We are planning a cutting test campaign☆☆☆ "Chip Fragmentation Test with Customer's Workpieces" (Free) Limited to 5 companies *Details on how to apply will be posted on the MECT website at a later date. 【HIPRECO Lineup】 ■S-HIPRECO (Space-saving 1m² type): 7–20MPa, 5 types in total ■HIPRECO (High flow rate / Flow control with inverter): 10–30MPa, 7 types in total ■FL-HIPRECO (Low-profile type): 7–14MPa, 3 types in total *Please feel free to contact us.

Are you facing any of these issues? We can solve them with the high chip removal capability of our high-pressure coolant system, "HIPRECO"! By applying coolant directly to the cutting tool at high pressure, we enhance the cooling effect on the cutting edge, which increases tool life and assists in breaking down chips. 【Common Issues】 ■ Heat accumulates at the cutting edge, causing wear and reducing efficiency ■ Chips get tangled, damaging the workpiece ■ Frequent short stops lead to constant correction work ■ Chips that cannot be crushed accumulate on the conveyor 【Concept of Ultra High-Pressure Coolant】 ■ Cooling of the cutting edge ■ Chip fragmentation ⇒ Improved peripheral speed ■ Lubrication effect ★ Our company will be exhibiting at "Mechatrotech Japan 2023" held at Portmesse Nagoya. (Hall 3, Booth No. 3D55) For more details, please see the basic information below. We sincerely look forward to your visit. ☆☆☆【Announcement】 We are planning a cutting test campaign ☆☆☆ "Chip Fragmentation Test with Customer's Workpieces" (Free) Limited to 5 companies *Details on how to apply will be posted later. *Please feel free to contact us.

In the automotive industry, the management of chips generated during cutting processes in parts manufacturing can be a challenge. For example, chips being transported out of the equipment may get stuck on the conveyor, or chips that cannot be processed by a crusher may accumulate in the device. To address these challenges, the low-profile ultra-high-pressure coolant system 'FL-HIPRECO', which can be installed under a material supply machine/bar feeder, enhances the cooling effect of the cutting edge by directly spraying coolant at high pressure onto the tool, assisting in extending tool life and breaking down chips. Our "ultra-high-pressure coolant" contributes to solving these issues through the concepts of "cutting edge cooling," "chip breaking," and "lubrication effect." 【Usage Scenarios】 - Cutting processes for automotive structural materials - Cutting processes for automotive engine valves - Production line stoppages due to chip clogs or accumulation - Improved efficiency in the recovery and processing of cutting oil 【Benefits of Implementation】 - Prevention of clogs in transport lines due to chip breaking - Reduction in tool costs due to extended tool life - Increased productivity in cutting processes - Promotion of recovery and reuse of cutting oil