Short-stroke aluminum extrusion press with a moving ram
The short‑stroke, moving‑ram aluminum extrusion press features an extrusion stroke that is only half that of a conventional long‑stroke aluminum extrusion press. As a result, the overall machine frame is shorter and occupies less floor space. Extrusion presses with a capacity of 1,800 tons or more and a short stroke are equipped with an Italian‑technology top‑bar handling robot. This model aligns with international standards, has earned consistent praise from our overseas customers, and is now gradually gaining acceptance in the domestic market.
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Product Description
Short-stroke aluminum extrusion press with a moving ram
Features:
1. The short‑stroke, moving‑ram aluminum extrusion press has an extrusion stroke that is only half that of a conventional long‑stroke aluminum extrusion press; consequently, its overall frame is shorter and occupies less floor space. Extrusion presses with a short stroke and a capacity of 1,800 tons or more are equipped with an Italian‑technology bar‑loading robotic arm. This model aligns with international standards, earning consistent praise from our overseas customers and gradually gaining acceptance in the domestic market.
Advantages:
1. Non-extrusion time is shorter, and output is higher.
2. The aluminum bar manipulator is driven by a servo motor, enabling faster feeding speeds and higher precision with enhanced stability.
3. The heating tubes of the condensation cylinder employ direct heating, resulting in higher heating efficiency and shorter heating times.
4. The square‑shaped scissor design not only enhances cutting accuracy and stability but also simplifies the installation and maintenance of the scissor cylinder and the scrap‑pressing assembly.
5. The prestressed guide column structure significantly reduces elastic deformation during extrusion, thereby enhancing precision and stability.
6. The short-stroke ram extruder uses aluminum billets that are 30% longer than those used in conventional long-stroke aluminum extruders, enabling effortless extrusion of butt‑joined billets and reducing scrap rates by 25%–30%.
7. The reduced hydraulic oil capacity lowers production costs and promotes energy efficiency and environmental protection.
8. The precision requirements for aluminum billets are relatively low, making them suitable for hot sawing.
2. The aluminum bar manipulator is driven by a servo motor, enabling faster feeding speeds and higher precision with enhanced stability.
3. The heating tubes of the condensation cylinder employ direct heating, resulting in higher heating efficiency and shorter heating times.
4. The square‑shaped scissor design not only enhances cutting accuracy and stability but also simplifies the installation and maintenance of the scissor cylinder and the scrap‑pressing assembly.
5. The prestressed guide column structure significantly reduces elastic deformation during extrusion, thereby enhancing precision and stability.
6. The short-stroke ram extruder uses aluminum billets that are 30% longer than those used in conventional long-stroke aluminum extruders, enabling effortless extrusion of butt‑joined billets and reducing scrap rates by 25%–30%.
7. The reduced hydraulic oil capacity lowers production costs and promotes energy efficiency and environmental protection.
8. The precision requirements for aluminum billets are relatively low, making them suitable for hot sawing.
