SPIRAL DUCT & SEGMENTED ELBOW FABRICATION

Round Duct
Production Solution

Select the straight-duct system and elbow equipment around your material, diameter and finished fittings.

Compare Spiral Duct Machines Plan Elbow Production

Conceptual straight spiral duct and finished segmented elbow — Concept illustration. Actual geometry follows the confirmed drawing.

01 · STRAIGHT SPIRAL DUCT

Choose Your Forming System

Compare the two spiral duct routes using your actual diameter list and material mix.

Steel Strip Spiral Duct Machine

Review the diameter setup, cutting arrangement and discharge support.

View Steel Strip Spiral Duct

Tube-Mold Spiral Duct Machine

Confirm the forming-head / mold list for your required diameters.

View Tube-Mold Spiral Duct

Material & Thickness: Actual grade, sheet thickness and surface requirements.
Diameter Portfolio: Recurring diameters and the supplied tooling or molds.
Changeover & Cutting Scope: Confirm setup, cutting, discharge and material handling.

Select one straight-duct forming system. Included molds, tools and complete utility requirements are confirmed for the quoted package.

02 · SEGMENTED ROUND ELBOW

A Connected Equipment Route

Choose one cutting route and one elbow-forming option. Rolling and spot welding sit between them.

01Cut Developed Blanks
02Roll Segments
03Spot Weld Prepared Joint
04Form & Complete Elbow

STEP 01

Plasma or Laser Blank Cutting

These are alternative blank-cutting methods. They are not two compulsory machines in the same route.

Plasma Cutting Machine

Select process conditions for the actual sheet grade, blank geometry and accepted edge quality.

View Plasma Cutting

Fiber Laser Cutting Machine

Review the material, laser configuration and representative developed blanks.

View Fiber Laser Cutting

Develop the fitting blank first

The finished elbow diameter, angle, radius and segment layout define the blank. Agree the cut drawing before rolling.

STEPS 02–03

Shape and Prepare the Segments

Review the rolled shape and specified joint before the final elbow-forming operation.

Plate Rolling Machine

Roll the cut blank to the required segment curvature. Confirm grade, thickness and working width.

View Plate Rolling

Spot Welding Machine

Prepare the specified segment joint with suitable overlap, electrode access and settings.

View Spot Welding

Flat developed blank
Rolled segment
Prepared segment joint

This row shows single prepared segments. A complete elbow is formed in the next stage. Spot welding alone does not establish a continuous sealed joint; agree the finished joint and inspection requirement.

STEP 04

Choose Your Round Elbow Machine

Match material, diameter, elbow angle, radius and joining tooling to the finished fitting.

Electric Round Elbow Machine

Form and join compatible prepared segments using matched tooling.

View Electric Round Elbow

Hydraulic Round Elbow Machine

Match the hydraulic configuration and joining tools to the actual material and fitting.

View Hydraulic Round Elbow

Conceptual completed multi-segment round duct elbow — Finished segmented elbow reference. Confirm overall angle, radius, end connections and joint acceptance.

03 · COMPLETE EQUIPMENT PACKAGE

Confirm the Workshop Scope

Straight duct forming and elbow fabrication are separate jobs; select the equipment that belongs in your project.

Straight duct route

One spiral duct system, matched diameter tooling or molds, and the confirmed cutting and handling scope.

Elbow route

One blank-cutting method, plate rolling, spot welding and one electric or hydraulic elbow machine.

Material & Thickness

Specify grade and the actual thickness range.

Duct Diameter Range

List the recurring straight-duct and fitting sizes.

Elbow Angle & Radius

Provide segment layout and complete geometry.

Joint / End Connections

Agree seam, mating fit and finished joint.

Batch Mix & Utilities

Define recurring orders, site power and handling.

Round Elbow Manufacturing Guide Spiral Duct Process Guide

REQUEST A WORKSHOP SOLUTION

Configure Your Round Duct Workshop

Send the requirements and drawing reference so we can review the complete machinery combination.