Hangzhou IUWON Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of shutter strip making machine in China. With abundant experience, we warmly welcome you to buy high quality shutter strip making machine from our factory. Good service and reasonable price are available.
Strip Section & Edge Formation
Shutter strips are generally narrower than conventional roofing or structural profiles, making edge control and section consistency particularly important. The edges may incorporate hooks, curls, folds, lips, or interlocking sections depending on how the strip will be assembled into the shutter curtain.
Instead of applying the same forming arrangement used for large structural profiles, the machine uses closely positioned forming tools to gradually establish the narrow section. The entry section controls the strip position, while successive forming passes create the side geometry and final edge configuration.
The tooling can be designed for different shutter strip sections, including curved strips, flat reinforcing strips, hook-edge strips, and interlocking curtain components.


Shutter Strip Machine Parameters
| Item | Specification |
|---|---|
| Material | Galvanized Steel / Pre-Painted Steel / Stainless Steel |
| Material Thickness | 0.30–1.20 mm |
| Strip Width | 20–150 mm |
| Coil Weight | 1–3 Tons |
| Forming Speed | 15–40 m/min |
| Forming Passes | 8–16 |
| Shaft Diameter | 40–60 mm |
| Shaft Material | 40Cr |
| Roller Material | GCr15 / 45# Steel |
| Main Motor | 4–11 kW |
| Transmission | Gearbox |
| Cutting Method | Hydraulic / Pneumatic |
| Length Control | Encoder |
| Control System | PLC + HMI |
| Power Supply | 380 V / 50 Hz / 3 Phase |
Continuous Strip Production & Surface Protection
Narrow shutter strips can be susceptible to edge deformation and surface marks during high-speed production. The feeding path is therefore arranged to keep the coil centered before it reaches the forming tools. Roller clearances are selected according to the actual material thickness rather than using a universal setting.
For coated or pre-painted material, the forming surfaces can be finished to reduce unnecessary contact damage on visible areas. The line can also include a protective-film applicator when the finished strip requires additional surface protection before installation.
After forming, the continuous strip can be cut into predetermined lengths. For applications where long continuous sections are required, the cutting arrangement can instead be configured around the customer's assembly process.
Processing Configuration
| Production Element | Available Option |
| Coil Loading | Manual / Hydraulic |
| Decoiler Type | Single-Head |
| Strip Centering | Adjustable Entry Guides |
| Leveling | Optional |
| Lubrication | Manual / Automatic |
| Forming Roll Adjustment | Spacer-Based |
| Surface Protection | Optional Film Laminator |
| Punching | Optional |
| Cut-Off | Stop Cut / Flying Cut |
| Length Detection | Encoder |
| Speed Regulation | Inverter |
| Controller | PLC |
| Operator Interface | Touchscreen HMI |
| Finished Strip Handling | Table / Coiling Unit |
Application in Shutter Curtain Manufacturing
The finished strips can become individual elements within a rolling shutter curtain. When several profiles are connected, they create a flexible curtain capable of moving vertically and winding around a shaft.
Depending on the profile design, shutter strips can be used for:
Residential roller shutters
Shopfront shutters
Garage shutter doors
Warehouse closures
Industrial roller shutters
Security shutter curtains
Ventilated shutter systems
Reinforced shutter assemblies
A narrow strip profile can also be used as a reinforcing component where the shutter curtain requires additional rigidity. In this case, the forming geometry can be designed around the position where the strip will be installed within the curtain.
The machine can accommodate different strip lengths for various door opening sizes. When a shutter system uses multiple strip dimensions, separate tooling sets can be supplied so that each section retains its intended cross-sectional shape.
Tooling & Production Adaptation
The forming rolls are the primary components that determine the final shutter strip geometry. For this reason, tooling design begins with the finished section rather than the machine frame itself.
Several factors influence the tooling arrangement:
| Design Factor | Influence on Machine Configuration |
| Strip Width | Determines roller working width |
| Material Gauge | Affects forming force and roller clearance |
| Edge Shape | Determines the final forming passes |
| Curvature | Influences roller profile design |
| Interlocking Detail | Requires controlled edge forming |
| Surface Finish | Determines roller surface treatment |
| Production Speed | Influences drive and feeding capacity |
| Finished Length | Determines cutting and measurement system |
| Hole Pattern | Determines punching position |
| Coil Dimension | Determines decoiler and entry arrangement |
Before production, the finished strip drawing, material specification, dimensional tolerances, and required output should be confirmed. These details allow the forming sequence to be arranged around the actual shutter component and prevent unnecessary forming stages or unsuitable tooling.
For manufacturers producing several shutter strip profiles, the machine can be supplied with dedicated roller tooling for each section. This makes profile changes dependent on the actual product configuration instead of requiring repeated manual reshaping of the same tooling.
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