Include the surrounding equipment
- Decoiling for light coil
- In-line punching or dimpling
- Stud/track changeover method
- Cutoff, counting and bundling
TAIBANG / EQUIPMENT
LGS Stud & Track Roll Forming Machine (Drywall Framing)
Form light-gauge studs, tracks and related interior channels. Start with the section, thickness and in-line holes.
APPLICATION & EQUIPMENT
Define the product you need to sell.
Light-gauge framing equipment is specified from the stud and track drawings: web size, flange, return, thickness band, cut lengths and any service holes, dimples or knurling. Ceiling T-bars and shutter slats are separate families unless the same offer lists them. Reviewed workshop photographs of roll-stand adjustment hardware and forming stands are general shop views. They are not photographs of a named stud-and-track model.
Typical applications
- Drywall studs and tracks
- Light-gauge steel framing members
- Related interior channels when included in the same brief
Decisions to make early
- Stud and track usually share a family but not always the same cutoff die.
- In-line holes must be dimensioned before stand layout.
- Ceiling grids and shutter slats need their own tooling discussion.
YOUR SPECIFICATION BRIEF
Five inputs for a useful quotation.
Share the details you have. If a dimension or requirement is undecided, describe the intended finished product.
| Project item | What to include |
|---|---|
| Stud and track drawings | Web, flange, return, lip and any dimple or knurl pattern. |
| Coil specification | Galvanized grade, thickness range and strip width. |
| In-line operations | Service holes, knockout size, spacing and whether dimpling is required. |
| Output mix | Member lengths, stud versus track share, and packing or bundling method. |
| Workshop | Line speed discussion, cutoff method, noise and stacking space. |
Speed, power, tooling, tolerances and control components belong in the agreed machine specification. They are not fixed across this equipment category.
ENGINEERING REFERENCE PARAMETERS
Engineering discussion ranges — confirmed per project
The following engineering baseline reflects measured workshop machine parameters and tooling standards. These figures are category references, not a fixed machine specification.
| Engineering Subsystem | Design Range & Workshop Baseline |
|---|---|
| Section Discussion Range | Light-gauge studs and tracks, and related furring or channel sections when listed. Web sizes commonly discussed for interior framing sit in a light structural band taken from the buyer drawing rather than from a catalog model name. |
| Material & Thickness Baseline | Engineering discussion range commonly covers galvanized light steel around 0.4 to 1.5 mm. Higher-strength coil and non-standard coatings are confirmed per signed project. |
| In-line Operations Baseline | Service holes, knockouts and dimples may be added in line. Station count, tool life discussion and whether stud and track share punches are workshop baseline items until the drawings are fixed. |
| Forming & Cutoff Baseline | Stand count is usually lower than heavy purlin equipment, but cutoff cycle and bundling dominate usable output. Flying or stop-cut shears are selected from length mix and measurement method. |
| Line Speed Discussion Range | Forming discussion often sits around 20 to 40 meters per minute for simple studs before hole punching and bundling. Finished pieces per shift must include those operations and changeover between stud and track. |
| Electrical & Destination Requirements | Controls, counting, language and guarding are matched in the offer. This page does not claim a building-code listing for the finished framing members. |
SPECIFICATION BOUNDARY
Specifications on this page are either verified brochure baselines or engineering discussion ranges. Final line layout, drive sizing, roll-stand count, tooling material, tolerances and acceptance criteria are confirmed in your signed project offer — they are not fixed by this page. Workshop photos and video show general shop arrangements and mechanical motion; they are not images of a named, quoted machine model.
* Engineering discussion range / workshop baseline; confirmed per signed project. Media is reused from reviewed workshop assets and does not depict this exact stud-and-track model.
FROM BRIEF TO ACCEPTANCE
Keep every stage connected.
- 01
Confirm stud and track geometry
- 02
Review thickness band and coating
- 03
Map holes and dimples
- 04
Agree cutoff and bundling
- 05
Inspect samples for section and hole position
WORKSHOP VIEWS / PROJECT DISCUSSION
Look at the details. Define your requirements.
Supplied workshop photos are reviewed shop views of roll-stand adjustment hardware and forming stands. They are not photographs of a named stud-and-track model. Confirm stud/track drawings, in-line holes and bundling in the project offer.
WORKSHOP VERIFICATION / PROFILE JOINING DETAIL
See the equipment in motion.
FACTORY VERIFICATION
Workshop trial footage.
Reviewed workshop footage of profile joining work in the shop. It illustrates fabrication practice around formed members, not a named stud-and-track model or a listed framing system.
Silent workshop footage; it shows mechanical motion, not a quoted machine's output.
Plan your machine inspection ↗Agree how the machine will be checked
Record trial material, sample measurements, the operating cycle and the documents needed for acceptance.
Inspection planning ↗RELATED EQUIPMENT
Complete your production line.
These families are often specified together. Open a related line to compare the equipment scope.
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Form PV mounting channels, strut and tracker brackets. Start with the section, coating and hole array.
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Roof sheet machines
Form metal roofing and wall cladding. Match the profile, coil and finished sheet length.
Explore equipmentBEFORE YOU REQUEST A QUOTE
Common buying questions.
Can I inquire without a final drawing?
Yes. Describe your intended panel or sheet in text. Contact info@tbrollforming.com to discuss sharing a sketch or reference image; this form does not upload files. Final tooling and pricing need an agreed technical brief.
What determines machine output?
Discuss the material, product geometry, length mix and full operating cycle. Forming speed alone does not describe finished output per shift.
How are price, delivery and installation agreed?
Ask for a written offer that defines the equipment list, optional items, inspection, delivery terms, installation responsibilities and support scope.
Your next production line
Start with the product you want to make.
Send your drawing, material, finished output target and destination. Build the equipment, inspection and delivery scope into one project brief.