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| Categories | Billet Cutting Machine |
|---|---|
| Packaging Details: | Standard export packaging (carbon box, pallet, film) |
| Sizing & Feeding System: | Adopts high-precision ball screw transmission mode, with high transmission |
| Place of Origin: | China |
| Core Technology: | CNC |
| Supply Ability: | 60 sets/ year |
| Core System Features: | Safe and reliable, low operating cost, minimal environmental pollution, and easy to operate |
| Delivery Time: | 30 days |
| Sawing Core Configuration: | Adopts carbide saw blades with a maximum outer diameter of up to ø1200, featuring high linear velocity and excellent machining accuracy |
| MOQ: | 1 set |
| Main Application: | Automatic cutting and blanking of aluminum alloy bars and profiles of different specifications |
| Brand Name: | Bolv |
| Name: | Billet Cutting Machine |
| Price: | USD 60,000 |
| Control System: | Full process control by PLC, realizing fully automatic control of process management and accident alarm processes |
| Company Info. |
| Foshan Henghui Aluminum Innovation International Trade Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
The production line is designed for aluminum alloy bar sawing and cut-to-length processing. It can handle aluminum alloy bars with diameters from Ø 80 to Ø254 mm, while the maximum incoming bar length is 13,000 mm. The material is first placed on the buffering and alignment platform, then transferred to the feeding conveyor by the loading mechanism.
For long aluminum bars, stable material transfer is an important part of the cutting process. The line uses a multi-bar loading mechanism and roller conveyor to move aluminum bars toward the sawing unit.
The loading section includes a bar alignment platform and lifting/transfer mechanism. According to the equipment document, the loading mechanism transfers multiple long aluminum bars onto the sawing roller track before cutting.
The main sawing unit uses a horizontal circular saw with a Ø 900 mm alloy saw blade.
After the initial head cut, the aluminum bars are transferred to the sizing section.
The complete production process is controlled by a PLC and HMI digital input system. The equipment supports both automatic and manual control, with fault alarms and automatic interlock protection.
After sizing and tail cutting, the finished long bars are transferred to the discharge storage rack, while cut heads and tails are collected separately. Aluminum chips are collected through a fan-based collection system.
For aluminum extrusion plants and long-bar processing applications, this configuration focuses on connecting feeding, sawing, sizing and discharge into one continuous workflow, with measurable specifications for bar diameter, processing length, cutting capacity and length control.
In aluminum extrusion and aluminum alloy bar processing, long bars may need to pass through several stages, including loading, conveying, head cutting, sizing and tail cutting. When these operations rely on separate equipment or manual transfer, coordination between processes can become more complex.
The automatic aluminum billet cutting machine integrates buffering and alignment, multi-bar loading, roller conveying, horizontal circular sawing, sizing and discharge into one production line.
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