1.The cast iron integrated machine head more stable.
2.Small noise,large processing intensity, easy operation and labor-saving.
3.Highly efficient At least1506-meter tubes a day (faster than other machinery).
4.Generally 6 meters of pipe can be processed.
5.The heat transfer wood grain paint does not damage the surface.
6.There is no notch in the square
|
Machine Model
|
50*300
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50*360
|
76*300
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89*540
|
114*540
|
|
Machine sze(MM)
|
1800*1200*1250
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1850*1250*1250
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2000*1300*1300
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2200*1300*1300
|
2600*1650*1400
|
|
Mold Size(MM
|
50*300*65
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50*360*65
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60*300*70
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70*540*80
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85*540*90
|
|
Processing range (MM)
|
φ12- φ51
|
φ16- φ51
|
φ19- φ76
|
φ25- φ89
|
φ32- φ114
|
|
Workpiece thickness (MM)
|
0.68-1.5
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0.68-1.5
|
0.5-1.2
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1.0-25
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1.0-2.5
|
|
Forming length (MM)
|
290
|
350
|
290
|
540
|
540
|
|
Molding time (S/second)
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3-15
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3-15
|
8-20
|
8-20
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10-30
|
|
Amount of mold opening and closing(Max)
|
20
|
20
|
20
|
30
|
30
|
|
Main motor (KW)
|
4
|
4
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5.5
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11
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11-15
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Packing size(MM)
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1900*1260*1500
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1950*1350*1550
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2300*1500*1650
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2260*1360*1550
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2700*1750*1500
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Semi-Automatic Flower Tube Machine for Multi-Material Tube Forming
The Semi-Automatic Flower Tube Machine is designed for forming metal tubes into flower-shaped,decorative,or application-specific end profiles. The machine combines a semi-automatic operating concept with dedicated forming tooling to provide a practical solution for manufacturers processing different types of metal tubes.
Flower-shaped tube ends can be used for decorative components,connection parts,furniture tubes,architectural products,metal frames,and other fabricated products. Depending on the tooling design,the machine can create repeated forming patterns at the end or selected section of a tube.
The machine is described as suitable for a variety of materials because the forming system can be configured with appropriate tooling and process parameters for different compatible metals. Actual material compatibility depends on material properties,tube dimensions,wall thickness,and the machine configuration.
Flower Tube Forming Process
Flower tube forming is a specialized tube-end forming process used to create a decorative or functional profile.
During operation,the metal tube is positioned in a suitable fixture and processed using a forming die or tooling system. Controlled mechanical force deforms the tube into the required flower-like profile.
The final shape depends on the die geometry,number of forming sections,material ductility,tube diameter,wall thickness,and forming parameters.
For manufacturers producing repeated flower-shaped tube components,dedicated tooling can help maintain consistency between workpieces.
Different products may require different flower profiles,so custom dies can be developed according to drawings or samples.
Semi-Automatic Operating System
The semi-automatic design provides a balance between machine-assisted forming and operator flexibility.
A typical cycle may involve placing the tube into the fixture,positioning the workpiece,activating the forming cycle,and removing the finished component.
The exact operating sequence depends on the machine configuration.
Semi-automatic operation can be useful for manufacturers that produce multiple products with different tube dimensions because operators can make adjustments between production batches without requiring a fully automated production line.
For repetitive manufacturing,the semi-automatic workflow can also help reduce manual forming effort while maintaining flexibility.
Suitable for a Variety of Materials
One of the important features of the machine is its potential application across different compatible metal materials.
Depending on the machine and tooling configuration,it may process:
Carbon Steel
Mild Steel
Stainless Steel
Aluminum
Copper
Brass
Alloy Steel
Other Compatible Metal Tubes
Different materials have different forming characteristics. Stainless steel may require different forming force and tooling from mild steel,while aluminum,copper,and brass may require careful control of deformation to maintain surface quality.
Customers should provide the material grade,tube diameter,wall thickness,and required flower profile when selecting the machine.
Metal Tube Diameter and Wall Thickness
Tube dimensions directly affect forming performance.
The outside diameter,wall thickness,and material strength determine the amount of force required to produce the desired profile.
Thin-wall tubes may be more sensitive to deformation and require appropriate internal support or controlled forming parameters. Thicker tubes may require greater forming force.
The machine's actual tube capacity should be confirmed according to the specific model rather than assuming a universal size range.
For customized projects,customers should provide the original tube dimensions and finished flower profile so suitable tooling can be evaluated.
Decorative Metal Tube Applications
Flower-shaped tube forming can be used in a range of decorative and functional metal products.
Potential applications include:
Furniture Components
Chair Legs
Table Legs
Decorative Railings
Metal Fences
Garden Structures
Architectural Components
Decorative Frames
Metal Handrails
Custom Fabrication
Ornamental Metal Products
The final application depends on the tube profile and customer product design.
For furniture manufacturers,the flower-shaped end may provide a decorative appearance while also serving as a connection or assembly feature.
Furniture Tube Processing
Furniture manufacturing is one potential application for specialized tube forming.
Metal chair legs,table legs,bed frames,side tables,and decorative furniture components may use formed tube ends for appearance or assembly.
A semi-automatic flower tube machine can be configured with dedicated tooling for specific furniture products.
Manufacturers producing different furniture designs can change the tooling or machine settings where supported by the machine structure.
This flexibility can be useful for factories handling small and medium production batches.
Decorative and Architectural Metalwork
The machine can also be used for decorative metalwork where a shaped tube end contributes to the appearance of the finished product.
Potential applications include decorative gates,fences,railings,architectural frames,and ornamental metal components.
For decorative applications,the quality of the finished surface is important. Tooling should be properly designed and maintained to reduce unnecessary marks or deformation.
Material selection also affects the final appearance. Stainless steel,brass,and other decorative metals may require different forming conditions from carbon steel.
Custom Forming Dies
The forming die is one of the most important components of a flower tube machine.
Different flower patterns and tube sizes require different tooling configurations.
Custom dies can be developed for:
Flower-Shaped Tube Ends
Decorative Tube Profiles
Multi-Lobe Tube Ends
Custom Tube Patterns
Furniture Tube Ends
Architectural Tube Profiles
Special Connection Shapes
Customers can provide drawings,photos,samples,or dimensional specifications when requesting custom tooling.
For production requiring multiple tube sizes,the machine may be configured with interchangeable tooling where supported by the design.
Production Efficiency
Semi-automatic tube forming can help reduce repetitive manual forming operations.
Once the workpiece positioning,tooling,and forming parameters have been established,the operator can repeat the same cycle for similar components.
Actual productivity depends on tube dimensions,material,forming depth,tooling changes,loading time,unloading time,and operator workflow.
The machine is therefore suitable for workshops and production environments where flexibility is important and production volumes do not necessarily justify a fully automated forming line.
Quality Control
Quality control should focus on the finished flower profile,overall dimensions,and tube condition.
Typical inspection points may include:
Flower Profile Diameter
Forming Length
Tube End Dimensions
Symmetry
Surface Condition
Wall Deformation
Overall Workpiece Length
First-piece inspection can be used when introducing new tooling or a new product.
Periodic inspection is also recommended during production to identify tooling wear or changes in forming conditions.
For precision applications,customers should provide dimensional tolerances before machine selection.
Maintenance and Tooling Care
Regular maintenance helps maintain stable forming performance.
Operators should inspect forming dies,fixtures,hydraulic or mechanical components,fasteners,electrical connections,and other wear parts according to the manufacturer's recommendations.
Forming dies should be kept clean and inspected for excessive wear or surface damage.
Proper tooling maintenance can help maintain consistent flower profiles and reduce unnecessary marks on the tube surface.
The machine should also be cleaned regularly to remove metal particles and production debris.
OEM and ODM Solutions
Different manufacturers may require different flower patterns,materials,tube dimensions,and production processes.
OEM and ODM solutions can therefore include customized forming dies,fixtures,clamping systems,forming sequences,and other machine configurations.
Customers can provide product drawings,samples,tube specifications,material information,and production quantities for evaluation.
This makes the machine suitable for manufacturers,distributors,wholesalers,and international B2B buyers seeking specialized tube-forming equipment.
Why Choose Us
Semi-Automatic Operation — Provides a practical balance between machine-assisted forming and operator flexibility.
Flower Tube Forming — Designed for producing decorative or functional flower-shaped tube profiles.
Multi-Material Capability — Can be configured for compatible steel,stainless steel,aluminum,copper,brass,and other metal tubes.
Custom Tooling Support — Flower dies and specialized forming tools can be developed for different products.
Furniture & Decorative Applications — Suitable for furniture legs,railings,fences,frames,and ornamental metal components.
Flexible Production — Suitable for workshops and small-to-medium production batches requiring product flexibility.
OEM & ODM Service — Machine configuration and tooling can be customized according to drawings or samples.
B2B Industrial Equipment — Suitable for manufacturers,factories,distributors,wholesalers,and international machinery buyers.
FAQs
1. What is a flower tube machine?
A flower tube machine is specialized tube-forming equipment used to create flower-shaped or decorative profiles on suitable metal tubes.
2. Why is it called a flower tube machine?
The name refers to the flower-like profile that can be produced by the forming tooling. The exact shape depends on the die design.
3. Is the machine fully automatic?
The described configuration is semi-automatic. Operators typically load and position the tube and remove the formed workpiece after the forming cycle.
4. What materials can it process?
Depending on the configuration,it can process compatible carbon steel,mild steel,stainless steel,aluminum,copper,brass,and alloy steel tubes.
5. Can stainless steel tubes be processed?
Yes,provided the machine and tooling are properly matched to the stainless steel grade,tube dimensions,and required flower profile.
6. Can aluminum and copper tubes be formed?
Potentially yes. Aluminum and copper have different forming characteristics,so suitable tooling and process parameters should be selected.
7. What tube sizes can the machine process?
The available tube diameter and wall thickness range depends on the specific machine model and forming tooling. Customers should confirm their tube dimensions before ordering.
8. Can custom flower shapes be produced?
Yes. Custom forming dies can be designed according to drawings,samples,photos,or dimensional requirements.
9. What industries use flower tube forming machines?
Potential applications include furniture,decorative metalwork,architectural fabrication,fencing,railings,gates,and custom metal products.
10. Does the machine require special tooling?
Yes. The flower profile is primarily determined by the forming die. Different tube sizes or flower patterns may require different tooling.
11. What affects forming quality?
Material properties,tube diameter,wall thickness,tooling design,forming force,workpiece positioning,and machine condition all affect the finished profile.
12. Can the machine be customized for OEM production?
Yes. Custom forming dies,fixtures,clamps,and other machine configurations can be developed according to customer product requirements.
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