DRAWING-BASED CUSTOM MANUFACTURING
Custom Tube Bending & Fabricated Tube Parts
We manufacture custom bent tubes and tubular components from drawings, samples, or assembly requirements. Tube diameter, wall thickness, bend radius, hole pattern, end forming, welded features, surface finish, and packaging can all be matched to the application.

PROJECT SNAPSHOT
Capability Summary
PART TYPES
Part Types
- Bent tubes
- Handle tubes
- Punched tubes
- Frame tubes
- Tube assemblies
ENGINEERING REVIEW
What Matters in a Tube Bending Project?
Share the information you know. Open items can be identified during the initial manufacturability review.
Tube-part review connects section size and wall thickness with bend radius, straight lengths and the orientation of every bend plane. Hole positions, end features and welded interfaces are then checked against the formed geometry, because these relationships determine process order and inspection datums. For assemblies, identify the functional ends, mating directions, critical clearances and surfaces that need protection during finishing. This information supports a route covering tube cutting, bend setup, forming, hole processing, welding and geometry inspection.
- Tube section
- Wall thickness
- Bend radius
- Multiple-bend orientation
- Hole position
- End forming
- Welded assembly geometry
- Surface finish
MANUFACTURING ROUTE
Manufacturing Route
The route is selected around the drawing, material, geometry, interfaces and acceptance requirements.
- 01Tube specification review
- 02Cutting and bend setup
- 03Bending, holes and end forming
- 04Welding and finishing
- 05Geometry and final inspection
PRODUCT-SPECIFIC QUALITY
Quality Checks for Tube Bending & Tubular Parts
Inspection points are defined from the drawing and project requirements.
- Tube section and wall
- Bend radius and angle
- Bend-plane orientation
- Hole and end position
- Assembly geometry
TECHNICAL RESOURCES
Related Technical Resources
FAQ
Frequently Asked Questions
Can you bend round, square and rectangular tube?
These sections can be reviewed according to size, wall thickness, bend radius, bend orientation and the required geometry.
What information is needed for multiple bends?
Define the bend sequence, bend-plane orientation, straight lengths, end orientation and critical hole relationships where available.
Can holes and welded parts be added after bending?
Hole processing, end features and welded details can be reviewed as part of the complete tube fabrication route.
RFQ CHECKLIST
What to Send for Review
Send what you have. Items that are not yet defined can remain open for the initial review.
- 2D drawing and 3D model, if available
- Sample photo or application requirement
- Material and key dimensions
- Critical interfaces and tolerances
- Estimated quantity
- Finish and inspection requirements
START A PROJECT REVIEW
Have a Drawing or Sample Ready?
Send your drawing, CAD file, sample photo or project description for an initial manufacturing review.