High Precision Industrial Corrugated Sheet Forming Machine - China Suppliers and Factory for Fast Shaping
Product Specification
| Name | Spec |
| Steel Thickness | 1.0~1.5（mm） |
| Fin Length | 300~2000（mm） |
| Fin Width | 300~1300（mm） |
| Fin Height | 40~400±0.2（mm） |
| Fin Pitch | 42~80±0.2（mm） |
| Fin Pitch Tolerance | ± 0.2（mm） |
| Working speed | 3pcs/1min |
| Machine weight | 11000kg |
Advantages
-
🎯1. High Precision & Consistent Shaping Adopts advanced roll forming technology, ensuring uniform wave profiles, smooth sheet surfaces, and no material deformation—meeting strict industry standards for corrugated sheet dimensions.
-
🔧2. Strong Adaptability Supports adjustable wave height, pitch, and sheet thickness, compatible with steel, aluminum, and other metal materials, fitting diverse application needs in construction, HVAC, etc.
-
⚡3. High Efficiency & Automation Features automatic feeding, forming, and cutting functions, reducing manual intervention and boosting production efficiency by 40% compared to traditional manual processes.
-
🏗️4. Stable & Durable Heavy-duty frame structure resists vibration during long-term continuous operation, minimizing equipment wear and extending service life with low maintenance needs.
-
🖥️5. Easy to Operate User-friendly control interface simplifies parameter setting; no professional expertise required, enabling quick startup and reducing training costs for operators.
Details Display
Application
🏭 1. Construction Industry
Produces corrugated metal sheets for industrial plant roofs, commercial building wall cladding, and prefabricated house structural panels—delivering durable, weather-resistant components.
💨 2. HVAC & Ducting Systems
Forms thin-gauge corrugated aluminum/steel sheets into air ducts, heat exchanger casings, and ventilation pipes, meeting airtightness and structural demands.
⚙️ 3. Metal Processing & Manufacturing
Shapes corrugated sheets for electrical cabinet shells, equipment protection covers, and shipping container side panels, enabling mass production of standardized parts.
🛣️ 4. Infrastructure Projects
Supplies corrugated sheets for highway sound barriers, railway platform canopies, and municipal facility exteriors, with adjustable parameters to fit different engineering specs.
🚗 5. Automotive & Light Industry
Creates lightweight corrugated sheets for automotive underbody shields, home appliance outer casings, and exhibition booth structural components.
❓
Frequently Asked Questions
Q What materials can this corrugated sheet forming machine process?
A The machine is compatible with a wide range of metal materials including steel and aluminum. It supports adjustable sheet thickness from 1.0 to 1.5mm, making it suitable for various industrial and construction applications.
Q What is the production speed of the machine?
A The machine operates at a working speed of 3 pieces per minute, which is significantly faster than traditional manual forming processes, boosting overall production efficiency by up to 40%.
Q Can the wave height and pitch be adjusted to meet custom requirements?
A Yes. The machine supports fully adjustable wave height (fin height: 40–400mm) and pitch (42–80mm), with a tolerance of ±0.2mm, allowing it to meet diverse engineering and project specifications.
Q Is the machine suitable for operators without professional technical experience?
A Absolutely. The machine features a user-friendly control interface that simplifies parameter setting. No advanced technical expertise is required, enabling quick startup and significantly reducing operator training time and costs.
Q What industries can benefit from this corrugated sheet forming machine?
A The machine serves a broad range of industries including construction (roofing and wall cladding), HVAC and ducting systems, metal processing and manufacturing, infrastructure projects (sound barriers, canopies), and automotive and light industry applications.
Q How is the machine's long-term durability ensured during continuous operation?
A The machine is built with a heavy-duty frame structure specifically designed to resist vibration during long-term continuous operation. This minimizes equipment wear, extends the overall service life, and keeps maintenance requirements low.