| Payment Terms | T/T advance,Balance by L/C |
| Supply Ability | 150 set per year |
| Delivery Time | 3 month |
| Packaging Details | Packed in seaworthy material and fix properly in container loading |
| Material of stand | forged steel |
| Material of roller | D3 or D2 |
| Power supply | 380v, 50HZ,3phase |
| Type of roller change | Top lift |
| Forming design | w forming |
| Brand Name | ZHONG YUE |
| Model Number | 1.5 inch ,ZY32 |
| Certification | CE, ISO |
| Place of Origin | Zhang jia gang |
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Product Specification
| Payment Terms | T/T advance,Balance by L/C | Supply Ability | 150 set per year |
| Delivery Time | 3 month | Packaging Details | Packed in seaworthy material and fix properly in container loading |
| Material of stand | forged steel | Material of roller | D3 or D2 |
| Power supply | 380v, 50HZ,3phase | Type of roller change | Top lift |
| Forming design | w forming | Brand Name | ZHONG YUE |
| Model Number | 1.5 inch ,ZY32 | Certification | CE, ISO |
| Place of Origin | Zhang jia gang |
The Tube Rolling Machine for Furniture Tube and Core Pipe Making is designed for manufacturers who need stable tube forming, reliable welding preparation, and continuous production for furniture tubes, core pipes, decorative tubes, and light structural tubing.
This page is not only introducing a machine.
It explains what production problems this equipment solves, how the process works, and how buyers can choose the correct configuration for their factory.
Furniture tube and core pipe producers often face three practical problems:
Tube size is unstable during continuous production.
Roll adjustment takes too much time when changing specifications.
Surface defects increase scrap and reduce profit.
For buyers, the real question is not only “What is the machine price?”
The more important question is:
Can this tube rolling machine produce stable tubes with lower downtime and lower waste?
The answer depends on forming structure, roll design, welding preparation, cutting accuracy, and the level of automation.
Tube rolling is a continuous metal forming process.
A flat steel strip is gradually shaped into a round, square, or rectangular tube through several forming stands.
If the forming force is not evenly distributed, the tube may have edge waves, twisting, poor roundness, or unstable welding seams.
Incorrect roll design can make the strip deform too quickly.
This may cause scratches, wrinkles, or uneven tube shape.
Weak machine structure may create vibration at high speed.
This affects tube straightness and welding stability.
Manual adjustment also creates quality differences between operators.
When the machine depends too much on operator experience, each size change may bring new production risks.
For furniture tube factories, product sizes often change frequently.
One factory may produce chair tubes in the morning and table frame tubes in the afternoon.
If roll changing and adjustment take several hours, the factory loses production time every day.
This directly reduces annual output and increases labor cost.
The solution is to use a tube rolling machine with a rigid frame, precision forming stands, optimized roll design, and a practical quick-change system.
This machine is built to help manufacturers improve:
Production stability.
Tube size consistency.
Surface quality.
Welding preparation.
Specification change efficiency.
The forming section gradually bends the steel strip into the required tube shape.
This reduces sudden deformation and protects the tube surface.
The sizing section corrects final tube dimensions after welding.
This helps improve roundness, straightness, and dimensional accuracy.
The control system can be configured with PLC and HMI operation.
Operators can monitor line speed, production status, and basic fault information from the control panel.
For factories with frequent specification changes, a quick-change roll system can reduce adjustment time and improve repeatability.
Conclusion:
A good tube rolling machine should not only form steel tubes.
It should help the factory reduce waste, shorten downtime, and keep production quality stable.
| Item | Reference Specification |
|---|---|
| Product Name | Tube Rolling Machine for Furniture Tube and Core Pipe |
| Tube Type | Round Tube, Square Tube, Rectangular Tube |
| Application | Furniture Tube, Core Pipe, Decorative Tube, Light Structural Tube |
| Tube Diameter Range | 12–76 mm |
| Wall Thickness Range | 0.5–3.0 mm |
| Raw Material | Carbon Steel, Galvanized Steel, Stainless Steel Strip |
| Forming Method | Continuous Roll Forming |
| Welding Method | High Frequency Welding Compatible |
| Production Speed | 30–120 m/min, depending on tube size and material |
| Cutting Method | Flying Saw or Cold Cutting Saw |
| Control System | PLC + HMI Optional |
| Automation Level | Semi-Automatic or Fully Automatic |
| Roll Change Option | Standard Roll Change or Quick-Change System |
| Power Supply | Customized according to local voltage |
| Parameter Source | Based on project tube size, material thickness, output target, and customer layout |
Final specifications should be confirmed according to the buyer’s tube drawing, steel strip material, production capacity, and factory layout.
This machine is suitable for producing tubes used in:
Chair frames.
Table legs.
Bed frames.
Sofa structures.
Shelf systems.
Office furniture frames.
Furniture tubes usually require smooth surface quality and stable dimensions.
If tube size is inconsistent, welding, punching, bending, and assembly may become difficult.
The machine can also be used for core pipe production, especially when the customer requires continuous output and stable tube straightness.
Core pipes are commonly used in packaging, paper roll support, textile roll support, and industrial winding applications.
For this application, tube straightness and consistent diameter are important because they affect downstream winding and loading performance.
The equipment can also produce decorative tubes for indoor structures, display racks, handrails, and light construction products.
For decorative tubes, surface protection is especially important.
A stable forming process helps reduce scratches and visible defects.
Roll design directly affects tube quality.
If the forming angle is too aggressive, the strip may crack, wrinkle, or lose shape accuracy.
A reasonable roll pass design distributes forming pressure gradually.
This helps improve surface quality, welding stability, and tube dimensional consistency.
Conclusion:
The working principle is simple, but the production result depends heavily on machine rigidity, roll accuracy, welding preparation, and operator-friendly control.
The first step is to confirm the tube diameter, square tube size, rectangular tube size, and wall thickness.
For example, a factory producing small furniture tubes does not need the same machine structure as a factory producing thicker industrial core pipes.
Carbon steel, galvanized steel, and stainless steel have different forming characteristics.
Galvanized steel requires better surface protection.
Stainless steel may require more careful roll design to avoid scratches.
Higher speed is not always the best choice.
The correct speed should match tube size, material thickness, welding stability, and cutting accuracy.
For furniture tube production, stable quality is usually more important than maximum speed.
If the factory produces many tube specifications, a quick-change system is recommended.
If the factory produces only one or two fixed sizes for a long time, a standard configuration may be more economical.
A semi-automatic line is suitable for factories with experienced operators and lower investment budgets.
A fully automatic configuration is better for factories that need higher efficiency, repeatable adjustment, and lower dependence on manual operation.
Before purchasing, the buyer should confirm workshop length, crane capacity, power supply, foundation condition, and material flow direction.
A good layout reduces handling time and improves production efficiency.
Zhangjiagang Zhongyue Metallurgy Equipment Technology Co., Ltd provides customized tube mill and tube rolling machine solutions for different tube production applications.
Our engineering process usually includes:
Tube size analysis.
Material thickness confirmation.
Production capacity planning.
Machine configuration design.
Factory layout support.
Installation guidance.
Operator training.
After-sales technical support.
The machine configuration is not copied from one fixed model.
It is selected according to the customer’s real production target and application scenario.
This helps buyers avoid underpowered equipment, unnecessary configuration, and future production bottlenecks.
A tube rolling machine is used to form steel strip into round, square, or rectangular tubes through continuous roll forming.
For furniture tube and core pipe applications, it helps produce stable tubes for frames, supports, decorative structures, and industrial roll cores.
Yes, one machine can produce different tube types if the tube size, wall thickness, and material range are within the machine design capacity.
However, roll tooling and configuration must be selected according to the required product range.
You should provide tube diameter, square tube size, wall thickness, material type, production speed requirement, and annual output target.
With these details, engineers can recommend the suitable forming structure, welding system, cutting method, and automation level.
Final tube quality is mainly affected by strip quality, roll design, forming accuracy, welding stability, sizing section precision, and cutting accuracy.
Operator adjustment and maintenance also influence long-term production performance.
A quick-change system is recommended if your factory produces many tube sizes and changes specifications frequently.
If your production is focused on one fixed tube size, a standard roll change system may be enough.
1.5 Inch tube rolling machine for furniture tubem auto tube making machine
| Raw material | cold rolled steel, galvanized steel |
| Round tube outer diameter | 12.7mm-38.1mm |
| Wall thickness Round tube | 0.6mm-1.8mm |
| Tube welding speed | 120m/min |
2: Basic Production flow
Uncoiler→ Shear&welding machine→ Accumulator (Cage) →Forming machine→ HF welding→ Sizing machine→ Flying saw (Cold saw) → Run out table→
The above production flow is based on the standard, according to different standard of the pipe, it may add hydro testing machine, end facing machine, ECT testing equipment etc.
3: Market distribution
At the beginning, we are manufacturing and selling the Steel Pipe Making Machines at domestic market only, during the opening and development of country policy, also with the improvement of the technology, we are start the export of the machinery since 2006, and now the Steel Pipe Making Machine has been export to more than 70 countries, the main market like Asia, North America, South America, Europe, Middle East, Southeast Asia and Africa. We are getting reputed in the world market.
4: Technical Advantage
Pipe production is an industry which need qualified machine and experienced technology link together to produce the products, that means the machine and experience are both important, our company are only Steel Pipe Making Machine manufacture whom use self-machine to produce steel tubes in large quantity, we are improving our machine with running them to get experienced technology. Choose us, you are not only get the machine from us, you are also get he experienced technology from us.
5: Tube Making Machine specification
Accordingly to the market demands. We are given the standard models as blew, and this is for your reference only, the production range and main technical can be adjustable suppose your company have special requirement.
| Steel Pipe Making Machine Specification | |||
| Mill Model | OD range (mm) | Thickness range(mm) | Line Speed(m/min) |
| ZY-16 | 7.6-16 | 0.3-1.0 | 120 |
| ZY-20 | 10-25.4 | 0.3-1.5 | 120 |
| ZY-32 | 12.7-38.1 | 0.6-1.8 | 120 |
| ZY-45 | 16-50.8 | 0.7-2.0 | 110 |
| ZY-50 | 20-63.5 | 0.8-3.0 | 90 |
| ZY-60 | 25.4-76.2 | 1.0-3.2 | 80 |
| ZY-76 | 31.8-88.9 | 1.2-3.75 | 80 |
| ZY-89 | 33.4-101.6 | 1.2-4.5 | 75 |
| ZY-125 | 50.8-130 | 2.0-5.0 | 60 |
| ZY-165 | 76.2-168 | 2.0-6.0 | 50 |
| ZY-219 | 88.9-219 | 2.0-8.0 | 50 |
| ZY-273 | 89-273 | 3.0-12.0 | 40 |
| ZY-325 | 89-325 | 3.0-12.7 | 40 |
| ZY-406 | 114-406 | 4.0-16.0 | 40 |
| ZY-508 | 219-508 | 4.0-19.1 | 40 |
| ZY-610 | 273-610 | 4.0-19.1 | 40 |
| ZY-660 | 273-660 | 4.0-22 |
40 |
6: Picture reference
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Company Details
Business Type:
Manufacturer,Exporter,Seller
Year Established:
1996
Total Annual:
30000000-40000000
Employee Number:
200~500
Ecer Certification:
Verified Supplier
Zhangjiagang Zhongyue Metallurgy Equipment Technology Co., Ltd is located in Xiangshan Road, Jingang Town, Zhangjiagang City, Jiangsu Province, China. With the registered capital of RMB20,000,000 yuan, the company specialize in manufacturing high-frequency precision welded pipe lines, H-Beam steel p... Zhangjiagang Zhongyue Metallurgy Equipment Technology Co., Ltd is located in Xiangshan Road, Jingang Town, Zhangjiagang City, Jiangsu Province, China. With the registered capital of RMB20,000,000 yuan, the company specialize in manufacturing high-frequency precision welded pipe lines, H-Beam steel p...
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