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Separate preparation steps slow short runs
Keep suitable cutting, slitting-profile work and beading at one station when batches are small or varied.
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Thin Sheet Cutting, Slitting & Beading
Compact sheet metal cutting and beading for HVAC duct fabrication.
This sheet metal reel shear beading machine combines suitable thin-sheet cutting, slitting-profile work and reinforcement beading in one compact workstation. The LQ-15 supports galvanized duct-panel preparation and mixed work in a small HVAC fabrication shop.

Model
LQ-15
Functions
Cutting + Slitting + Beading
Workshop
HVAC / Thin Sheet
Machine Role
The LQ-15 combines appropriate thin-sheet shearing, profile slitting and reinforcement beading before downstream folding, lock forming, flanging and assembly. Combining these preparation steps reduces transfers between separate machines when a workshop handles short runs, mixed parts or site work.
A reel shearing beading machine is useful to HVAC duct manufacturers, contractors and light-fabrication workshops that need flexible sheet preparation rather than a fully automatic duct line. It works as a sheet metal cutting and beading machine for HVAC production support; it does not replace the other machines required to finish a duct.
Compared with a standalone reel shear machine, the combined workstation also provides matched beading and slitting-profile capability for suitable sheet. Buyers should select it from the required operations and tooling rather than from a product label alone.
What Problems Can It Solve?
The machine is most useful when a workshop needs flexible cutting and reinforcement beading without adding a large production system.
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Keep suitable cutting, slitting-profile work and beading at one station when batches are small or varied.
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Form beads that help add rigidity to suitable panels before folding and assembly.
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Use a compact machine where a larger automated line would not match the available space or production pattern.
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Support confirmed thin-sheet preparation close to the installation workflow.
Thin Sheet Cutting & Beading Solution
The same compact machine can support different production environments, but its value depends on how it connects to the surrounding duct process.
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Confirmed Machine Functions
The LQ-15 combines related preparation operations, but each workpiece still needs material, thickness and tooling confirmation.
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Prepare suitable thin sheet for later duct-panel operations. This sheet metal cutting and beading machine is intended for confirmed light-gauge work within the published LQ-15 range.
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Form reinforcement beads that help stiffen appropriate HVAC panels before folding, locking and assembly. This is the core forming role of the thin sheet metal beading machine.
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The verified LQ-15 function field includes beading / slitting profiles. As a sheet metal beading and slitting machine, its exact profile must be matched to the supplied roller or tooling.
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Profile rollers create the selected bead or groove geometry. For any sheet metal shearing and beading machine, the exact result must match the supplied tooling rather than an assumed universal profile.
Applications
These use cases describe production fit, not guaranteed capacity. Material and process details still need to be confirmed before model selection.
Use the HVAC duct reel shear beading machine to prepare suitable thin sheet before folding, locking, flanging and duct assembly.
Support short-run and mixed-size panel preparation as an HVAC duct cutting and beading machine within a broader ventilation workflow.
A reel shear beading machine for galvanized sheet can cut and form confirmed material after thickness, strength and tooling review.
Provide a compact preparation point where transporting each small task back to a large workshop is impractical.
Combine several focused preparation operations for repair work, custom fittings and mixed small batches.
Process suitable light-gauge parts when the required cut and profile match the LQ-15 configuration.
Add beads to suitable flat duct panels to help improve rigidity before final forming and assembly.
Materials
The published 0.5–1.2 mm range is machine data, not a promise that every listed material can run at the same maximum thickness. Confirm material grade, strength and tooling before quotation.
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Common in HVAC duct work; confirm coating, base-metal thickness and required profile before selection.
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Suitable applications depend on actual grade, tensile strength, thickness and installed tooling.
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Its higher forming resistance requires separate capacity confirmation rather than assuming the mild-steel range.
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Confirm alloy, temper, surface protection and profile geometry to limit marking or distortion.
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Review coating sensitivity and tooling contact before cutting or forming pre-painted material.
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Other thin plate should be evaluated from material strength, thickness and the required bead or slit profile.
From Sheet to Reinforced Duct Panel
Cutting and beading are preparation steps. Folding, lock forming, assembly and installation remain separate stages in the finished duct process.
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Confirm sheet material, thickness and duct dimensions.
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Prepare the blank or required slitting profile with matched tooling.
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Form the selected reinforcement profile in the panel.
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Continue with the appropriate folding, locking or flange-forming process.
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Join the prepared panels and install required corners or flanges.
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Move the completed duct sections into the ventilation project.
Why Choose This Reel Shear Beading Machine?
The advantages below stay within the machine's confirmed cutting-and-beading role and do not imply CNC or fully automatic operation.
Combines confirmed cutting, beading and slitting-profile work
Compact structure for small workshops and supporting stations
Published LQ-15 parameters support transparent selection
Helps reinforce suitable duct panels
Supports mixed thin-sheet preparation tasks
Works with folding, lock forming and flange-forming equipment
Machine Comparison
Neither machine is universally better. Select the one that matches the required operation and production pattern.
| Comparison item | Reel Shear Beading Machine | Multi-Line Duct Beading Machine |
|---|---|---|
| Primary role | Flexible thin-sheet cutting, slitting-profile work and reinforcement beading | Continuous multi-line reinforcement beading for duct panels |
| Cutting ability | Included for suitable thin-sheet preparation | Not normally the primary function |
| Beading pattern | Selected bead or groove profile through matched tooling | Several longitudinal reinforcement lines in one pass |
| Workshop fit | Job sites and compact or mixed-production workshops | Duct workshops with repeat panel-reinforcement work |
| Selection priority | Operational flexibility across the confirmed combined functions | Repeatable multi-line beading output |
How to Choose the Right Machine
These inputs help distinguish a workable configuration from a machine selected only by product name.
Sheet material and grade
Minimum and maximum thickness
Sheet size and required working area
Cutting or slitting requirement
Bead or groove profile
Daily quantity and batch pattern
Available workshop space
Local voltage and frequency
Destination and shipping requirements
Manufacturing & Supply Review
ZYRON supports machine selection from workpiece review through assembly, inspection and delivery preparation. Buyers comparing a reel shear beading machine supplier or reel shear beading machine factory should confirm the same technical scope before placing an order.
Whether an inquiry uses reel shearing beading machine manufacturer, sheet metal reel shear beading machine manufacturer or HVAC duct reel shear beading machine manufacturer, selection should begin with material, thickness, required profile, voltage and downstream duct process.
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Review material, thickness, cut, slit and bead-profile requirements before confirming the LQ-15 configuration.
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Check the configured machine movements, controls, rollers, tooling and operating functions before packing.
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Confirm destination voltage and frequency as part of the electrical configuration review.
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Prepare the confirmed accessories, documentation and packing method for the destination and shipping route.
Technical Specifications
Use the confirmed model data below as the starting point for workpiece and configuration review.
| Model | Sheet Thickness(mm) | Shape | Power(kW) | Weight(kg) | Dimensions L × W × H(mm) |
|---|---|---|---|---|---|
| LQ-15 | 0.5–1.2 | Beading / slitting profiles | 1.5 | 260 | 1600 × 630 × 1120 |
Final specifications depend on sheet material, thickness, working width and selected tooling.
FAQ
Use these answers as selection guidance. Final machine suitability still depends on engineering confirmation of the workpiece and process.
It is a compact shearing and beading machine that combines suitable thin-sheet cutting, slitting-profile work and reinforcement beading in one workstation.
It prepares suitable sheet-metal blanks and reinforcement profiles before downstream duct folding, lock forming, flanging and assembly.
Galvanized sheet is a typical application, but the base-metal grade, thickness, coating and selected tooling must be confirmed before the machine configuration is approved.
Yes, it can support thin-sheet cutting, slitting-profile work and reinforcement beading in an HVAC duct workflow. Folding, lock forming, flanging and assembly remain separate operations.
The reel shear combines flexible cutting and beading functions, while a multi-line duct beading machine focuses on forming several continuous reinforcement lines across duct panels.
The published LQ-15 sheet-thickness range is 0.5–1.2 mm. Actual suitability must be checked against the material grade, strength and required tooling; the maximum is not guaranteed for every material.
Shearing separates sheet across a cut, slitting produces a narrower cut or profile path, and beading forms a raised or recessed reinforcement profile without treating all three operations as interchangeable.
Price depends on machine configuration, tooling, voltage, material requirement, destination and shipping requirement. Send these details to request a quote; no fixed price is published without a confirmed scope.
Provide the material and grade, thickness range, sheet size, required cut or slit, bead profile, daily quantity, voltage, workshop space and destination for configuration review.
Tooling options can be reviewed against the required bead or groove profile. Availability and final dimensions must be technically confirmed before order approval.
Connected Duct Workflow
Compare supporting equipment according to the next operation required after cutting and beading.
Talk to a ZYRON Engineer
Send your sheet material and grade, thickness range, sheet size, cut or slit requirement, bead profile, voltage, destination and shipping needs. We will review the configuration before preparing a quotation.