This is a pipe bender that has realized a design-focused "continuous bending method" that allows for the bending of composite R and gradual R along a three-dimensional free curve in a single, uninterrupted stroke.
■Frequently Asked Questions and Answers from Customers 1. This machine adopts the "push-through bending method," allowing for the replacement of the die & guide set, push rod set, and pipe holder according to the pipe's outer diameter and wall thickness. The bending radius (R), bending angle (T), and for three-dimensional bending, the axis angle (P) parameters can be edited using a dedicated Windows program (EasyProgramming), enabling the cold plastic processing of pipes in a continuous, single-stroke manner. This significantly reduces subsequent processes such as welding. 2. You can convert the centerline of pipes, composed of straight lines and arcs designed in your 3D CAD, into a processing program using the included IGES converter. This allows for flexible prototyping similar to a 3D printer. 3. Our machine excels at handling large radii at the meter level, complex R with varying bending radii, and three-dimensional complex R/bending with gradual changes, which are challenging for conventional pipe benders. 4. To prioritize the freedom of bending processing, we do not use a mandrel. The minimum bending radius is 3DR. 5. We welcome both prototyping and mass production. We can also provide virtual jigs using the latest 3D measurement systems.
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basic information
■Features: - Domestic machinery - 3D bending - Continuous bending - Free curve bending - Large R, compound R, gradual R
Price information
Around 20 to 50 million yen. We will provide a quote for recommended models and optional parts such as dies, depending on the material and processing diameter of the pipes.
Price range
P7
Delivery Time
※4 to 6 months (may vary depending on custom specifications)
Applications/Examples of results
This is a highly productive next-generation pipe bender that can bend metal pipes along three-dimensional free curves in a single continuous motion. It can quickly prototype based on 3D-CAD data, similar to a 3D printer, and once the prototype receives approval, small-batch production of various types can begin immediately. - Manufacturing of furniture frames with a focus on design, such as designer chairs - Decorative structures for architectural interiors and exteriors utilizing the Wave-truss method - Lighting fixtures - Next-generation mobility solutions, including EVs, electric motorcycles, electric bicycles, and electric wheelchairs - Three-dimensional free curve bending rails for stair lifts - Production of monuments and installation artworks Additionally, it is suitable for small-batch production lines of structurally focused designs that traditional pipe benders struggle with.
Detailed information
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Example of NPB030MD-8000, which can process pipes up to 8m in length. The standard length is 4m, but with an option, it can spiral process pipes up to 16m in a single continuous bend. There is demand from can manufacturers such as those producing heat exchangers.
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The Wave-truss method allows for the construction of aesthetically pleasing three-dimensional wall structures in a short period of time. Please consider its application for temporary decorative structures at exhibitions, as well as wall structures that serve as decoration for buildings, apartments, and stores.
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The Wave-truss method allows for the construction of aesthetically pleasing three-dimensional wall structures in a short period of time. Please consider its application for temporary decorative structures at exhibitions, as well as wall structures that serve as decoration for buildings, apartments, and stores.
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Please consider the application of artistically designed monuments and play equipment that emphasize aesthetic appeal.
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The Wave-truss method allows for the construction of aesthetically pleasing three-dimensional wall structures in a short period of time. Please consider its application in lighting fixtures, partitions, designer chairs, and other items that utilize three-dimensional free curves.
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Please consider the application of installation works that extensively use three-dimensional free curves supervised by artists, as well as designer chairs.
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A monument resembling a Christmas tree made up of eight elliptical spirals, with sound and pulsating LED lights, is part of Houston's urban redevelopment project "Boulevard Project."
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The Wave-truss method allows for the construction of aesthetically pleasing three-dimensional wall structures in a short period of time. We invite you to consider its application in lighting fixtures, partitions, designer chairs, and other items that utilize three-dimensional free curves.
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The Wave-truss method allows for the construction of aesthetically pleasing three-dimensional wall structures in a short period of time. Please consider its application in lighting fixtures, partitions, designer chairs, and other items that utilize three-dimensional free curves.
Line up（4）
| Model number | overview |
|---|---|
| NPB030MD-4000 | Maximum pipe processing diameter φ32 |
| NPB040MD-4000 | Maximum pipe processing diameter φ48.6 |
| NPB050MD-4000 | Maximum pipe processing diameter φ60.5 |
| NPB100i-4000 | Maximum pipe processing diameter φ113 |
catalog（1）
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Company information
Nissin Seiki is a top manufacturer of precision molds, boasting world-class technology. Founded in 1957 with the theme of modernizing mold processing, Nissin Seiki has contributed to industry today through its accumulation of technology backed by experience and passion, including numerous manufacturing techniques for "ultra-precision molds," featuring its unique technology. The NISSIN brand, rooted in our unchanging original business, encompasses a variety of products. The products we create at Nissin Seiki are filled with powerful technological capabilities that can breakthrough industries into the next generation, along with the remarkable design sense of our passionate engineers.