Angle Roll Forming Machine

Angle Roll Forming Machine

Manufacture Structural Angle Profiles from Coil Steel
An Angle Roll Forming Machine converts steel coil into continuous L-shaped structural profiles through servo feeding, progressive roll forming, and length-controlled cutting. Unlike angle bars produced by hot rolling, roll formed angles are manufactured directly from strip steel, allowing continuous production with customized leg dimensions, thicknesses, punching patterns, and cut lengths.
The production line integrates coil feeding, punching, roll forming, cutting, and discharge into one process. Material enters the line as flat strip and exits as finished angle profiles without secondary bending operations.
Typical material specifications:
Galvanized steel: 1.0–4.0 mm
Mild steel: 1.2–5.0 mm
High-strength steel (550 MPa): according to profile design
Stainless steel: optional
Typical profile dimensions:
30 × 30 mm
40 × 40 mm
50 × 50 mm
63 × 63 mm
75 × 75 mm
Custom asymmetric angles
Finished products are commonly used as structural members rather than decorative components.
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Description
Technical Parameters

Hangzhou IUWON Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of angle roll forming machine in China. With abundant experience, we warmly welcome you to buy custom made angle roll forming machine from our factory. Good service and reasonable price are available.

 

Precision Cold-Forming

What Angle Profiles Does This Machine Produce?

The machine is engineered specifically for cold-formed angle sections manufactured from continuous strip steel. Depending on roller tooling, one single production line can manufacture multiple profile sizes through swift cassette replacement or precise spacer adjustment.

• Equal angle profiles
• Unequal angle profiles
• Slotted angle sections
• Perforated structural angles
• Solar mounting angle members
• Cable tray support angles
• Rack frame components
• Warehouse shelving angles

Equipment Support

Engineered to process heavy structural components including industrial equipment support frames. The multi-station distribution layout dramatically minimizes internal stress concentration during extreme metal bending deformations.

Continuous Production Process Flow

Step 1

Coil Loading & Tension Control

Steel coil is placed on the hydraulic decoiler, expanding mechanically or hydraulically to clamp the inner diameter while maintaining constant strip tension. A dedicated heavy hold-down arm efficiently suppresses strip rebound when processing high-yield galvanized steel layers.

Step 2

Servo Feeding & Encoder Synchronization

The integrated servo motor transfers strip material into the punching station, tightly synchronizing feeding distance with high-resolution encoder feedback. This achieves a consistent positioning accuracy of ±0.2 mm, completely preventing cumulative hole deviations.

Step 3

Inline Hydraulic Punching

Executes inline stamping for round holes, oval holes, square slots, and assembly patterns before structural roll forming begins. Operating at heavy configurations of 63 Ton, 80 Ton, or 125 Ton, the vacuum heat-treated Cr12MoV/SKD11 punch dies safeguard minimized burr heights.

Step 4

Incremental Multi-Station Roll Forming

The steel strip progresses through 14–22 rigorous forming stations utilizing Cr12MoV rollers hardened to HRC58–62. Bending force is meticulously distributed incrementally to strictly regulate precise leg width, sharp corner radius, straightness, twist, and springback profiles.

Step 5

Hydraulic Non-Stop Cutting

Utilizes programmable cutting lengths available in both stationary stop cutting and ultra-efficient flying cutting modes. Flying cutting directly matches cutter velocity with line speeds to ensure uninterrupted output within a tight ±1 mm tolerance framework.

Technical Specifications

Item Specification
Material Thickness 1.0–5.0 mm
Material Width According to profile drawing
Forming Speed 15–35 m/min
Roller Stations 14–22 Stations
Shaft Diameter 70–90 mm
Roller Material & Hardness Cr12MoV Tool Steel / HRC58–62
Punching Capacity 63–125 Ton
Cutting Accuracy ±1 mm
Control & Drive System PLC + Touch Screen / Chain or Gearbox Transmission

Advanced Material Compatibility

The mechanical system adapts dynamically to different strip behaviors, torque variables, and yield parameters.

Galvanized Steel

Typically 1.2–3.0 mm for solar framing and cable grids. Requires specialized smooth roller matrices to safeguard critical zinc skins against tracking friction.

Mild Carbon Steel

Yield profiles across 235–350 MPa for heavy structural arrays. Amplified material gauge automatically triggers heavy transmission torque responses.

High-Strength Alloys

Handles severe yield strengths exceeding 550 MPa. Configured with auxiliary calibration mechanics near completion to counteract sudden metal springback.

Stainless Steel Grades

Formed seamlessly across SUS201 & SUS304. Integrated continuous active lubrication blocks prevent galling caused by high raw frictional contact.

Finished Product Applications

Warehouse Shelving Infrastructure

Cold-formed angle profiles integrate into high-capacity upright columns, shelf beams, and reinforcement members, using inline punching to optimize immediate bolt connections without secondary drilling.

Solar Mounting Structures

Perforated angle components support massive PV module frames, outdoor auxiliary brackets, and equipment platforms, using heavy galvanized steel to maintain extreme outdoor rust immunity.

Cable Tray Support Systems

Angles are precisely shaped to function as resilient wall brackets, ceiling supports, and hanging frames, utilizing modular slot patterns compatible with international fastening hardware standardizations.

Heavy Steel Frame Fabrication

Processes profiles into durable industrial machinery platforms, maintenance walkways, and equipment bases. Length metrics are sheared inline to eradicate costly aftermarket manual sawing.

Why Choose IUWON?

Heavy-duty cold-formed angle manufacturing requires structural machine integrity capable of absorbing tremendous, repetitive hydraulic loads without framework stress deflection. IUWON designs every system from high-grade raw metals and vacuum heat-treated tool steels, ensuring your production grid handles varying material grades flawlessly while preserving absolute dimensional accuracy over decades of heavy service.

 

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