Domaines d'application de la profileuse pour goujons

Roll forming machines are used to bend metal strips into various cross-sectional profiles. They are an efficient and cost-effective way to manufacture metal parts with consistent quality and dimensional accuracy. Stud roll forming machines have emerged as an important category, providing an affordable option for schools and training institutes to impart practical roll forming skills. Here we explore the diverse application fields where stud roll forming machines can be utilized for educational and small-scale production purposes.

An Overview of Stud Roll Forming Machines

Stud roll forming machines are designed specifically for classroom demonstrations and hands-on skill training. They have relatively smaller capacities compared to industrial roll formers, but retain all the key functions and forming capabilities on a smaller scale. Some of the typical features of stud roll forming machines include:

  • Compact size with small footprint to fit in classroom settings.
  • Simplified mechanical design for ease of operation and maintenance.
  • Capable of forming strips up to 65 mm width from 0.3-0.8 mm thickness.
  • Forming speeds up to 10 m/min.
  • Equipped with Decoiler unit, forming stations, cutting unit.
  • Controlled by a PLC system with HMI touchscreen panel.
  • Safety features like emergency stop buttons, safety guards etc.
  • Available in manual or automated models depending on training needs.

These machines enable stud to gain first-hand experience in areas like roll forming principles, machine setup and Operations, tooling design, PLC control, troubleshooting, safety practices, and quality control. The wide variety of profiles that can be produced make stud roll formers highly versatile for education and small batch production.

machine de formage de rouleaux de goujons
Application Fields of Stud Roll Forming Machine 3

Key Application Areas of Stud Roll Forming Machines

1. Classroom Demonstrations

Stud roll forming machines are ideal for classroom demonstrations as they allow the teacher to show the forming process live while explaining the underlying principles. Stud can gather around the machine and visually observe how the flat strip gets gradually shaped into a complex profile as it passes through a series of forming stations. Key processes like bending, flattening, beading, embossing, punching, notching can be demonstrated.

Smaller part lengths can be quickly formed within minutes to show the cause-effect relationships between machine settings and profile quality. For example, the effects of increasing/decreasing roller pitch or adjusting roll gap can be immediately seen on the formed part. Such interactive demonstrations make the learning experience more engaging and impactful for stud.

2. Hands-on Skills Training

Hands-on training is vital for stud to gain proficiency in operating roll forming equipment. Stud roll forming machines allow instructors to provide first-hand machine operation experience to stud in a safe and controlled environment.

With proper guidance, stud can learn skills like:

  • Setting up roll tooling in correct stations as per profile drawing.
  • Threading the coil strip through the roll forming line.
  • Jogging the machine in inch mode to check clearances.
  • Setting machine parameters and limits.
  • Running the machine in automatic mode to produce profiles.
  • Monitoring the process and making adjustments.
  • Troubleshooting common issues like twist, bow, wrinkles etc.
  • Measuring formed profile dimensions and checking for quality.

Such practical training builds the foundation for stud wishing to work as machine operators and technicians in the metal forming industry. Hands-on practice also reinforces the theoretical concepts learned in the classroom.

3. Process and Product Development

Stud roll forming machines enable educational institutions to undertake process and product development projects. Under faculty guidance, stud can engage in activities like:

  • Designing new roll forming tooling and profiles using CAD software. This enhances their learning of tooling design principles.
  • Programming and testing PLC code to control different machine sequences and automate the process.
  • Experimenting with various materials and thicknesses to assess formability.
  • Optimizing process parameters to improve quality and productivity.
  • Innovating new product geometries and applications.

Such projects encourage critical thinking, problem-solving, teamwork, and other employability skills among stud. New profiles developed using stud machines can also be displayed as part of the institute’s R&D achievements.

4. Small Batch Production

The profiles produced using stud roll forming machines can be utilized for small batch production of end-use parts, components, or models. For example:

  • Sheet metal parts like brackets, clamps, ties, clips, hangers, etc.
  • Perforated sheets for filters, guards, partitions, signboards.
  • Sections for roofing, decking, walling, framing.
  • Tubular sections for furniture, railings, bicycle frames.
  • Structural channel, angle, tee sections.
  • Formed metal replica models for architectural projects.

Such small-scale production enables stud to apply their learning to make useable products. It also provides a revenue stream for the institute through sale of profiles or sheet metal parts to industry.

5. Toolroom Practice

Stud roll forming machines equipped with punching and notching units allow toolroom training for stud. Making simple hand tools like sheet metal slip-rolls, box and pan folders, bar folders, finge folders is an ideal practice for toolroom skills development. Stud also get practical exposure to processes like:

  • Marking and layout on sheet metal.
  • Cutting metal sheets using shears and saws.
  • Drilling and punching holes.
  • Bending and forming techniques.
  • Mechanism assembly and adjustment.
  • Tool testing and quality checks.

Such first-hand toolroom experience enhances the career prospects of stud in dies, tools and fixture making roles.

Key Considerations for Stud Roll Forming Machine Selection

Educational institutions planning to install studroll forming machines should evaluate certain parameters to choose the right model:

  • Capacité de formage – Match the machine capacity to the profiles required for teaching and any production needs. Consider coil width, thickness, and yield strength.
  • Forming Features – Availability of decoiler, pre-punching, cutting, notching, and other features needed for training objectives.
  • Niveau d'automatisation – Manual vs. automatic models depending on whether the focus is operator training or automation skills.
  • Machine Control – Modern touchscreen PLC controls offer better monitoring and programming capabilities.
  • Caractéristiques de sécurité – Must have emergency stop, safety guards, overload protection.
  • Soutien aux services – Availability of technical assistance for installation, maintenance, and troubleshooting.
  • Les coûts d'exploitation – Factor in power consumption, tooling costs, and maintenance requirements.
  • Formation – Vendor should provide proper onsite training for instructors on machine use.

Selecting the right stud roll former ensures maximum training value and forming versatility to meet educational needs and prepare the workforce of the future.

Applications of Common Profiles Produced by StudRoll Forming Machines

Stud roll forming machines can produce a wide range of profiles for diverse applications. Here we explore some common profiles and their end uses:

U Channel

U channels have a U-shaped cross section suitable for beams, frame members, railings, conveyors. They provide strength in bending and are lightweight. Applications include:

  • Structural framing for roofing, walls, platforms.
  • Pallet racking and shelving.
  • Trailer and truck body frames.
  • Conveyor guide rails.
  • Scaffolding and shoring frames.
  • Cable trays for electrical installations.

C Channel

C channels have a C-shaped cross section with greater load bearing capacity and stiffness than U channel. Typical applications:

  • Civil construction frames.
  • Machine bases and platforms.
  • Mezzanines and walkways.
  • Rack and shelving posts.
  • Trailers and container frames.
  • Trusses, support structures.


Angles have an L-shaped cross section and are extensively used for fabrication and structural applications:

  • Bracing, framing, trusses.
  • Stair stringers.
  • Pallet racking.
  • Lifting lugs.
  • Clamping components.
  • Jigs and fixtures.

Section des chapeaux

Top hat sections have a hat-shaped profile that provides stability and support. Uses include:

  • Wall studs and framing.
  • Purlins and roofing.
  • Gantry frames.
  • Hoarding and signage posts.
  • Furniture legs.
  • Pallet blocking.

Z Section

Z sections have a Z-shaped profile that provides flexural strength. Typical uses:

  • Wall panels and cladding.
  • False ceilings.
  • Roofing and siding.
  • Partition systems.
  • Shelving.
  • Guttering.
  • Door panels.

Panels and Sheet Metal

Formed sheet metal and perforated panels have applications in:

  • Metal roofing and cladding.
  • Flooring and decking.
  • Decorative wall panelling.
  • Safety barriers, walkways.
  • Enclosures, covers, doors.
  • Signage and billboards.
  • Guards, filters, diffusers for HVAC.
machine de formage de rouleaux de goujons
Application Fields of Stud Roll Forming Machine 4

En conclusion

Stud roll forming machines serve as a vital educational tool for imparting practical training to develop skilled manpower for the metal forming industry. Their versatility also enables small-scale manufacturing of profiles for diverse end uses. Educational institutions can utilize these machines for classroom demonstrations, hands-on skills training, process improvement, and product development projects. Selecting the right stud roll former model with adequate capacity and features ensures maximum benefit for metal forming education and training applications.


Q: What are some key advantages of stud roll forming machines?

A: Key advantages include:

  • Compact size takes up minimal space.
  • Simplified design for easy operation and maintenance.
  • Lower cost than industrial machines.
  • Highly versatile for training and small batches.
  • Modern touchscreen PLC controls for monitoring.
  • Enables hands-on learning and skill development.

Q: What safety aspects should be considered when using stud roll formers?

A: Key safety aspects include:

  • Proper machine guarding around forming areas.
  • Emergency stop buttons for quick shutdown.
  • Overload protection against jams.
  • Lockout tagout devices.
  • Safety interlocks on doors.
  • Warning labels on hot or hazardous areas.
  • Staff supervision during stud operation.
  • Safety gear like glasses and shoes.
  • Training on safe work practices.

Q: What materials can be formed on a stud roll forming machine?

A: Common materials include:

  • Low carbon steel up to 65 mm width and 0.3-0.8 mm thickness.
  • Galvanized and stainless steel within machine capacity.
  • Aluminum alloys up to 20 gauge.
  • Brass and copper for special applications.

Q: What are some key tooling considerations for stud roll formers?

A: Some key tooling aspects are:

  • Roll tooling must match profile geometry requirements.
  • Tooling materials should suit metal strip properties.
  • Tooling must be clamped securely in sequence on stations.
  • Tooling inspection and maintenance as per specs.
  • Proper lubrication of tooling during operation.
  • Tool coating for extended life.

Q: What are some end uses of profiles produced by stud roll forming machines?

A: Typical end uses include:

  • Structural sections for construction.
  • Furniture tubing and framing.
  • Conveyor guide rails.
  • Signage and display stands.
  • Wall partitions and panelling.
  • Pallet racking components.
  • Sheet metal enclosures and boxes.
  • Guards, shields, and barriers.

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