Injection Molding
Tooling and molding for your repeat plastic parts.
YOUR TUBE. YOUR RADIUS. YOUR FINISHED FIT.
Tube & Pipe Bending Services for Your Assembly Fit
Plan custom tube bending around your grade, outside diameter, wall thickness and final geometry. Review end positions, section condition and sample checks before production.
Start with 1 formed CAD model + 1 controlled 2D drawing.
Size & Grade Review
Check tube or pipe specification
Bend Planning
Review geometry and feasibility
Final-Fit Checks
Confirm key dimensions
Dallas-Area Support
U.S. project coordination
3 Decisions Before Your First Bend
Define the requirements that affect your tooling, sample and finished fit.
01
Your tube
Grade, condition, outside size and wall.
02
Your geometry
Radius, straight lengths and bend planes.
03
Your acceptance
End positions, section limits and finish.
Custom Bent Tubing for Your Equipment
Select your part, then review the details that affect your assembly.
Plan Your Bent Tube Handles Around the Mounting Points
Mark the end positions, orientation and datums on your controlled drawing.
| Your fit | End locations, datums and mating parts. |
|---|---|
| Your bend | Centerline radius, tangents and bend planes. |
| Your finish | End condition and visible surfaces. |
Geometry and manufacturing scope are confirmed during drawing review.
Confirm the Material for Your Handles & Guards
Confirm the grade and condition; the metal name alone does not define bendability.
| Your specification | Grade, condition, outside size and wall. |
|---|---|
| Your section | Round, square or rectangular; seam and bend direction. |
| Your review | Material, section and tooling suitability together. |
Geometry and manufacturing scope are confirmed during drawing review.
Plan the Bends Around Your Handles & Guards
Review straight tangents, sequence and tool access for the complete part.
| Your input | Formed CAD and controlled bend dimensions. |
|---|---|
| Our review | Clamp lengths, bend order and rotation clearance. |
| Your approval | Agree geometry or tooling changes before release. |
Geometry and manufacturing scope are confirmed during drawing review.
Agree How Your Handles & Guards Will Be Accepted
Judge the full tube geometry and assembly fit, not only one bend angle.
| Your dimensions | Both end positions, bend planes and mounting interfaces. |
|---|---|
| Your section | Agreed ovality, wall and surface checks. |
| Your sample | Method, fixture and acceptance limits before production. |
Geometry and manufacturing scope are confirmed during drawing review.
Tubular Frame Bending for Your Mounting Geometry
Identify the frame envelope, joint locations and final mounting interfaces.
| Your fit | End locations, datums and mating parts. |
|---|---|
| Your bend | Centerline radius, tangents and bend planes. |
| Your finish | End condition and visible surfaces. |
Geometry and manufacturing scope are confirmed during drawing review.
Confirm the Material for Your Equipment Frames
Confirm the grade and condition; the metal name alone does not define bendability.
| Your specification | Grade, condition, outside size and wall. |
|---|---|
| Your section | Round, square or rectangular; seam and bend direction. |
| Your review | Material, section and tooling suitability together. |
Geometry and manufacturing scope are confirmed during drawing review.
Plan the Bends Around Your Equipment Frames
Review straight tangents, sequence and tool access for the complete part.
| Your input | Formed CAD and controlled bend dimensions. |
|---|---|
| Our review | Clamp lengths, bend order and rotation clearance. |
| Your approval | Agree geometry or tooling changes before release. |
Geometry and manufacturing scope are confirmed during drawing review.
Agree How Your Equipment Frames Will Be Accepted
Judge the full tube geometry and assembly fit, not only one bend angle.
| Your dimensions | Both end positions, bend planes and mounting interfaces. |
|---|---|
| Your section | Agreed ovality, wall and surface checks. |
| Your sample | Method, fixture and acceptance limits before production. |
Geometry and manufacturing scope are confirmed during drawing review.
Review Your Multi-Plane Tube Before Tooling
Define bend planes, rotation and the relationship between both tube ends.
| Your fit | End locations, datums and mating parts. |
|---|---|
| Your bend | Centerline radius, tangents and bend planes. |
| Your finish | End condition and visible surfaces. |
Geometry and manufacturing scope are confirmed during drawing review.
Confirm the Material for Your Multi-Bend Tubes
Confirm the grade and condition; the metal name alone does not define bendability.
| Your specification | Grade, condition, outside size and wall. |
|---|---|
| Your section | Round, square or rectangular; seam and bend direction. |
| Your review | Material, section and tooling suitability together. |
Geometry and manufacturing scope are confirmed during drawing review.
Plan the Bends Around Your Multi-Bend Tubes
Review straight tangents, sequence and tool access for the complete part.
| Your input | Formed CAD and controlled bend dimensions. |
|---|---|
| Our review | Clamp lengths, bend order and rotation clearance. |
| Your approval | Agree geometry or tooling changes before release. |
Geometry and manufacturing scope are confirmed during drawing review.
Agree How Your Multi-Bend Tubes Will Be Accepted
Judge the full tube geometry and assembly fit, not only one bend angle.
| Your dimensions | Both end positions, bend planes and mounting interfaces. |
|---|---|
| Your section | Agreed ovality, wall and surface checks. |
| Your sample | Method, fixture and acceptance limits before production. |
Geometry and manufacturing scope are confirmed during drawing review.
Define Your Custom Bent Tubing Around Its Job
Share your material, tube section, service conditions and finished-part requirements.
| Your fit | End locations, datums and mating parts. |
|---|---|
| Your bend | Centerline radius, tangents and bend planes. |
| Your finish | End condition and visible surfaces. |
Geometry and manufacturing scope are confirmed during drawing review.
Confirm the Material for Your Your Custom Part
Confirm the grade and condition; the metal name alone does not define bendability.
| Your specification | Grade, condition, outside size and wall. |
|---|---|
| Your section | Round, square or rectangular; seam and bend direction. |
| Your review | Material, section and tooling suitability together. |
Geometry and manufacturing scope are confirmed during drawing review.
Plan the Bends Around Your Your Custom Part
Review straight tangents, sequence and tool access for the complete part.
| Your input | Formed CAD and controlled bend dimensions. |
|---|---|
| Our review | Clamp lengths, bend order and rotation clearance. |
| Your approval | Agree geometry or tooling changes before release. |
Geometry and manufacturing scope are confirmed during drawing review.
Agree How Your Your Custom Part Will Be Accepted
Judge the full tube geometry and assembly fit, not only one bend angle.
| Your dimensions | Both end positions, bend planes and mounting interfaces. |
|---|---|
| Your section | Agreed ovality, wall and surface checks. |
| Your sample | Method, fixture and acceptance limits before production. |
Geometry and manufacturing scope are confirmed during drawing review.
2 Size Systems. 1 Clear Specification.
Tube
Actual outside diameter or section size × wall thickness.
Pipe
Nominal size + schedule or wall; confirm actual outside diameter and applicable standard.
Confirm the Grade, Not Just the Metal
| Material | Key Points for Your Specification |
|---|---|
| Stainless Steel | For stainless steel tube bending, define grade, seam condition and visible-surface requirements. |
| Aluminum | For aluminum tube bending, confirm alloy, temper and forming condition. |
| Carbon Steel | For carbon steel tube bending, specify grade, tube construction and final coating. |
Material, section and tooling suitability are reviewed together. Square tube bending and rectangular tube bending also require the bend direction.
3 Different Decisions Behind Your Bend
FORMING ROUTE
Rotary Draw Tube Bending
A die controls the bend geometry; review outside size, wall and tooling.
INTERNAL SUPPORT
Mandrel Tube Bending
Internal support can help control section deformation; suitability depends on your tube.
MOTION CONTROL
CNC Tube Bending
Review feed, rotation and bend sequence for your complete geometry.
These terms are not interchangeable. Process, equipment and tooling availability are confirmed for your part.
Resolve 6 Risks Before Tooling
Use these tube bending design guidelines to define your finished geometry and acceptance.
Confirm Your Radius and Wall Together
Specify the tube bending centerline radius, not only the inside radius.
ILLUSTRATION ONLY — NOT A MINIMUM RADIUS OR EQUIPMENT RANGE
Outside diameter25 mmWall thickness1.5 mmCenterline radius75 mm
Bend ratio: 75 ÷ 25 = 3.0DWall factor: 25 ÷ 1.5 ≈ 16.7
These ratios describe this example only; they do not guarantee bendability. Material condition, tooling and acceptance limits need review.
Leave Straight Length for Your Tooling
Review straight lengths at each end and between bends with the clamp and tool approach.
| Your input | End lengths, tangents and adjacent bends. |
|---|---|
| Our review | Clamp access, support and bend sequence. |
Control Both Ends After Springback
Review tube bending springback and bend-plane rotation against your final end positions.
| Your input | Formed CAD, bend planes and critical datums. |
|---|---|
| Our review | Rotation, springback and inspection fixture. |
Agree the Section You Will Accept
Define tube bending ovality, wall thinning and the measurement locations before samples.
| Your input | Reference diameter, wall and section limits. |
|---|---|
| Our review | Measurement method, locations and acceptance basis. |
Keep Your End Details Usable
Identify holes, slots, threads and end preparation in relation to the final bends.
| Your input | End geometry, holes and mating components. |
|---|---|
| Our review | Operation sequence and access after bending. |
Protect Your Visible Tube Surfaces
Define cosmetic zones, seam orientation and the permitted handling or tooling marks.
| Your input | Visible faces and accepted appearance sample. |
|---|---|
| Our review | Tool contact, protection and specified finish. |
4 Steps from Straight Stock to Your Finished Part
Cut & Prepare
Cut to length and prepare ends.
Bend & Check
Form the bends and check key dimensions.
Finish as Specified*
Deburr, clean or apply the agreed finish.
Inspect & Pack
Check dimensions, protect and identify parts.
* Secondary operations are included only when specified in your quote.
Check Both Ends, Not Only the Bend Angle
Agree the reference datums, measurement method and final-part limits.
Confirm the Tube Before Bending
Review your grade, condition, outside size, wall and incoming records.
- Material and lot records
- Outside dimensions, wall and section
- Drawing and tooling revision
Fixtures, sampling and special tests are agreed for your project. Dimensional results alone do not establish pressure integrity.
Approve Your Part Before Repeat Production
Use prototype tube bending to review the geometry, tooling and measurement plan.
- End positions and bend planes
- Section shape, surface and specified wall checks
- Fit with your mating parts
Fixtures, sampling and special tests are agreed for your project. Dimensional results alone do not establish pressure integrity.
Check Your Final Mating Features
Agree tube bending tolerances by feature and measurement state.
- Final datums and mounting positions
- End preparation and specified finish
- Agreed functional checks
Fixtures, sampling and special tests are agreed for your project. Dimensional results alone do not establish pressure integrity.
Release Your Tubes with Clear Records
Check agreed results, protection, part identification and delivery records.
- Accepted inspection results
- Packaging and part identification
- Release and shipment records
Fixtures, sampling and special tests are agreed for your project. Dimensional results alone do not establish pressure integrity.
Compare the Same Scope Before Your Order
Existing compatible tooling?
Confirm availability, condition and setup.
New tooling needed?
Separate tooling cost, ownership and sample approval.
Compare 4 Cost Groups
Share 3 Demand Levels
Trial quantityFirst orderAnnual demand
Minimum order and timing are confirmed in your quotation.
China Manufacturing. Dallas-Area Coordination.
Coordinate drawing review, sample decisions and delivery through your project contact.
6 Inputs for Your Tube Bending Quote
- 01Formed CAD + controlled drawing
- 02Grade, condition, outside size and wall
- 03Radii, angles, tangents and bend planes
- 04End details, datums and section limits
- 05Trial, first-order and annual quantities
- 06Finish, inspection and delivery location
Answers Before Your First Order
What is the minimum bend radius for tubing?
The minimum tube bend radius depends on outside size, wall, grade, condition and tooling. Agree section and final-fit limits; do not assume one radius fits every tube.
How much straight length is needed between tube bends?
Required tangent length depends on the clamp, bend die, support and sequence. Send the complete formed geometry; short tangents may need revised tooling or a geometry change.
How is tube bending ovality measured?
Agree the largest and smallest outside diameters at a defined section, the reference diameter and the formula before setting limits. Specify measurement locations and the finished-part state.
How much does custom tube bending cost?
Compare material, tooling and setup, bend count, handling, finishing and inspection at your trial, first-order and annual quantities. Use the same revision and acceptance scope for each quote.
What files are needed for a tube bending quote?
Send formed CAD and a controlled drawing showing material, outside size, wall, centerline radii, bend planes, tangents, end details, datums and inspection requirements. Add quantities, finish and required delivery.
How long does custom tube bending take?
Timing depends on stock availability, suitable tooling, setup, sample approval, finishing and order quantity. Request separate sample and production milestones for your drawing.
