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High cost performance, short delivery time, customizable! Leave it to the thick material vendor!
We are a manufacturer of metal pipe processing equipment specializing in electric automatic pipe bending machines, providing solutions to various questions related to pipe bending. We handle CNC pipe benders, NC pipe benders, CNC pipe cutting machines, and various customized equipment.
basic information
CNC Pipe Bender Series NC Pipe Bender Series Pipe Cutting Machine Series Pipe Beveling Machine Series
Price information
For more details, please download the PDF or feel free to contact us.
Delivery Time
Model number/Brand name
We offer a wide range of products, including metal pipes and resin tubes, from small diameters to large diameters.
Applications/Examples of results
Automotive-related: Pipes used for parts such as motorcycles, bicycles, automotive exhaust, brakes, gasoline supply, and handlebars. Furniture-related: Pipes used for parts such as tables, chairs, and beds. Household-related: Pipes used for parts such as water heaters, refrigerators, and air conditioners.
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| Model number | overview |
|---|---|
| 130CNC-2A-1S | Maximum bending capacity of carbon steel pipe (pipe outer diameter × wall thickness) ￠130×12.0mm Maximum bending capacity of stainless steel pipe (pipe outer diameter × wall thickness) ￠120×5.0t Maximum bending capacity of square pipe (side length × side length × wall thickness) 120×120×1.8t |
| 168CNC-2A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠168×14.0mm |
| 90CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠89×8.0mm |
| 75CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠75×2.5mm |
| 63CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠63×2.5mm |
| 130CNC Fully Automatic | Maximum bending capacity of carbon steel pipe (pipe outer diameter × wall thickness) ￠130×15.0mm |
| 63CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠63×2.5mm |
| 50CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠50×2.0mm |
| 38CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠38×2.5mm |
| 15CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠15×1.6mm |
| 25CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠25×2.0mm |
| 25CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠25×2.0mm |
| 38CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠38×1.8mm |
| 38CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠38×1.8mm |
| 38CNC-4A-3S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠38×2.5mm |
| 50CNC-2A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠50×2.0mm |
| 50CNC-3A-2S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠50×2.0mm |
| 50CNC-3A-2S (with built-in motor) | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠50×2.0mm |
| 63CNC-5A-4S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠63×3.5mm |
| 75CNC-3A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠75×2.5mm |
| 89CNC-2A-1S | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠89×2.5mm |
| 168NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠168×16.0mm |
| 325NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠325×20.0mm |
| 114NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠114×7.5mm |
| 75NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠75×3.5mm |
| 89NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠89×6.0mm |
| 63NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠63.5×3.0mm |
| 50NCB | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠50.8×2.5mm |
| 38NCB Hydraulic Bending Machine | Maximum bending capacity of pipe (pipe outer diameter × wall thickness) ￠38.1×2.0mm |
| 425CNC Cutting Machine (Vertical Chuck) | Cutting capacity: Hollow types ○￠90,□90×90,▭90×90, Solid types ●￠40,■40×40 |
| 425CNC Cutting Machine (Horizontal Chuck) | Cutting capacity: Hollow types ○￠90,□90×90,▭90×90, Solid types ●￠40,■40×40 |
| 350CNC Cutting Machine (Vertical Chuck) | Cutting capacity: Hollow types ○￠90,□80×80,▭80×80, Solid types ●￠40,■40×40 |
| 350CNC Cutting Machine (Horizontal Chuck) | Cutting capacity: Hollow types ○￠90,□90×90,▭90×90, Solid types ●￠40,■40×40 |
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Distributors
- For half a century, production equipment has been "Made in Misaoka." At Misaoka Industries, we supply our own manufacturing equipment. The FA Headquarters, which is responsible for equipment production, has continuously responded to feedback from the manufacturing department regarding the equipment it has created. We take pride in our know-how to create equipment that is "truly usable" on-site. - Having our own manufacturing site allows us to propose highly reliable production equipment and automation processes. The automotive products handled by Misaoka Industries cover a wide range, including materials such as "iron, aluminum, stainless steel, and resin," as well as fluids like "air, water, oil, and gasoline." With a strong awareness of quality and reliability honed through the production of critical safety components that require strict quality standards due to their impact on human life, we contribute to improving our customers' productivity and quality. - Global procurement enables us to provide the best cost-performance equipment proposals. We have a track record of shipping equipment to 82 locations in 19 countries, including "North America," "Europe," "India," "ASEAN," and "China." By collaborating with our overseas engineering team at headquarters, we can offer equipment proposals that combine "Japanese quality with overseas costs" for the best cost-performance.