イハラサイエンス Product Lineup

The pre-tightening device "screw joint tightening device" is a pre-tightening device designed to use screw joints more safely and reliably. It enables improved quality and efficiency in piping construction. You can choose from three types of devices according to the piping size and application. For more details, please download the catalog.

The "ISTEC series" is an automatic cutting machine for stainless steel pipes. Not only does it automatically perform end facing, but it also eliminates pipe deformation issues associated with cutting! Since it does not use cutting oil or any other substances, it keeps the pipes clean without the need for washing. We offer the "ISTEC200" for small diameters (1/8 to 1/2) and the "ISTEC340" for large diameters (10 to 25A). Please feel free to contact us for more details.

Are you using a manifold block at the connection point of the rubber hose? In fact, there are many issues with manifold blocks, such as being heavy and unsafe for installation on equipment. By simply changing to "combined piping" with sheet metal + partition joint + pipe, you can significantly resolve these issues. *For more details, please download the materials or feel free to contact us.

Ihara's coolant check nozzle is a nozzle developed to solve common problems that occur in machine tools. It not only allows for concentrated one-point discharge to the desired area, but also stops the discharge immediately when turned off, resulting in minimal liquid dripping. For more details, please download the materials or feel free to contact us.

Designing piping is a hassle! Managing parts delivery and inventory is a hassle! Assembling piping is a hassle! At Ihara, we have a system that can handle all those "hassles!" from piping design to installation, and even after-sales support. *For more details, please download the materials or feel free to contact us.*

Ihara's multi-branch joint, "Bunki-kun," is a branching pipe that does not require joints. While branching using a combination of tees and nipples is a quick method, don't you have concerns like these? 【Disadvantages of Combining Tees and Nipples】 ■ It's difficult to attach in a specific direction ■ If forced to adjust, it leaks ■ Pitch cannot be changed ■ Requires considerable labor for mass production "Bunki-kun" can solve all of these issues! "Bunki-kun" eliminates the need for screwing in tees and nipples! 【Features】 It allows for direct threading into the pipe without connecting joints, using a unique processing technique. ● Easy direction setting and dimensioning ● Free screw size ● Free pitch ● Approximately 30% reduction in fluid resistance ● Lightweight and compact (compared to pipe manifolds) ● Approximately 50% reduction in labor hours Considering the long term, the introduction of "Bunki-kun" will bring many benefits to customers! It has received great acclaim from machine tool manufacturers and wastewater treatment facilities. *For more details, please download the catalog or feel free to contact us.

Piping construction is inherently associated with on-site adjustments (gen-gou). Even if pipes are manufactured according to the drawings, on-site adjustments may be necessary during installation. Ihara has a piping manufacturing and construction method that eliminates the need for on-site adjustments, providing piping designed with 3D CAD using our unique know-how, resulting in adjustment-free piping. This significantly reduces the time and cost associated with piping installation. Ihara Science originally started as a fitting manufacturer, but now operates as a piping system manufacturer, offering optimal piping systems for various markets and fluid applications. If you have any questions or requests regarding piping, please feel free to contact us.

Ihara Science Co., Ltd. provides optimal piping systems tailored to our customers' fluid applications with our technological expertise. We have been a specialized manufacturer of high-pressure fittings for hydraulic applications, focusing on bite fittings. Now, we continue to pursue optimal piping by scientifically studying "all fluids" for all industrial equipment. There are various methods of piping for different industrial equipment. Ihara Science seriously considers how to improve fluid flow and, from piping design to assembly, our team of experts responds to our customers' needs. For more details, please watch the video below or feel free to contact us.

In piping construction, on-site adjustments (known as "gen-gou") are inevitable. Even if the piping is manufactured according to the drawings, during installation, there may be instances where: - Dimensions are insufficient - Positions do not align - Adjustments are needed for installation, which can necessitate on-site adjustments. However, with Ihara's prefabricated piping method called "Pittari-kun," it is possible to eliminate on-site adjustments. This can significantly reduce the time and costs associated with piping construction. Ihara's unique technology, "Pittari-kun!" can eliminate on-site adjustments. ↓↓ For more details, please watch the "related videos" at the URL below ↓↓

Our company provides comprehensive support for all tasks related to the "manufacturing of piping systems," from piping design to material selection, processing, assembly, and inspection. We conduct hearings with customers and receive drawings such as system diagrams, after which we perform optimal piping design and create 3D CAD drawings. We prefabricate piping units and deliver them to our customers. By prefabricating the piping and delivering it in line with the timing when customers have finished placing the necessary equipment, we can significantly reduce the procurement and assembly labor hours for our customers. If you find this even slightly intriguing, please feel free to contact us!

Have you ever seen a scene like this among work machines? - Coolant is coming out of the nozzle - But it is not reaching the necessary areas - Chips are accumulating inside the machine - Frequent cleaning becomes necessary At that time, the plastic nozzles that could be bent freely were commonly used in factories. However, on-site, the chips change direction. The tip comes off. It breaks. It wears out. As a result, there was a state of "coolant is coming out, but not flowing." I kept thinking. “How can we make even a small amount of coolant flow the chips?” I also tried steel pipe nozzles, but when they are narrow and concentrated, only that part flows. When spread out, the momentum decreases. I created dozens of prototypes and repeatedly conducted injection tests in the blazing sun. Then, at one point, I encountered a nozzle structure. “It spreads sideways without losing momentum.” Based on that structure, I further improved it for on-site use, and what was completed is the "FlowX Stream." FlowX Stream does not just spread. “It spreads while maintaining momentum,” and that was its greatest feature.