CNC Pipe Bending Machine
For accurate and repeatable tube bending in furniture, automotive parts, fitness equipment, motorcycle handlebar and metal fabrication applications.
Application Direction
Built for practical tube production requirements.
Suitable for buyers who need repeatable bending quality and drawing-based tooling discussion.
Typical Use
CNC pipe bending machines are used to form tube components with repeatable angles and shapes for industrial production.
Selection Logic
Selection depends on tube material, diameter, wall thickness, bend radius, number of bends and production capacity.
Bending Capability
Configure the bending process around the finished part.
Machine selection begins with material behavior, tube geometry, bend sequence and the required production workflow.
Materials & Wall Thickness
Carbon steel, stainless steel, aluminum and other tube materials require different tooling support, clamping and process settings. Wall thickness must be reviewed together with outside diameter.
CLR & Bend Geometry
Centerline radius, bend angle, straight length between bends and part orientation determine the practical tooling and machine configuration.
Mandrel or Non-Mandrel
Mandrel, wiper die and pressure-die support may be considered when thin walls, tight radii or surface quality make deformation control critical.
CNC Axis & Servo Control
Feeding, rotation and bending motions are evaluated according to the number of bends, spatial geometry and repeatability required by the part.
Multi-Stack Tooling
Multi-stack tooling can support parts that require more than one bend radius or tooling position, subject to drawing and interference review.
Automation Options
Automatic feeding, loading and unloading options are considered when cycle requirements, part handling and production volume justify integration.
Typical Finished Parts
Common applications include automotive tubes, motorcycle handlebars, furniture frames, fitness equipment structures and HVAC tube components.
38CNC / 50CNC / 75CNC Direction
Series selection is confirmed only after reviewing tube dimensions, material, CLR, part envelope, bend sequence and target output.
Automotive Applications · Motorcycle & Bicycle Applications · Tube Processing Solutions
Recommendation Process
From tube drawing to machine direction.
Raysun reviews your product and processing requirements before recommending a suitable machine or process solution.
Drawing Review
Confirm tube drawing, product shape and processing goal.
Tube Data
Evaluate material, diameter, wall thickness and length.
Process Route
Define cutting, bending, chamfering, forming, punching or combined steps.
Tooling Direction
Consider molds, fixtures and tooling requirements.
Machine Recommendation
Recommend suitable equipment direction based on production needs.
Testing & Delivery
Support sample testing, packaging and delivery preparation.
Technical Support
Provide remote communication for installation, training and troubleshooting.
Information Needed
Send these details for faster communication.
The project can be evaluated faster when the drawing and key tube data are clear.
Need the right CNC tube bending configuration?
Send your drawing and project information. Raysun will help review the suitable equipment direction.