3000T Energy Saving System 10 Inch Aluminium Extrusion Press Machine

The 3000T energy-saving aluminum extrusion press is a high-performance, eco-friendly machine designed for large-scale production of aluminum profiles with low power consumption. Equipped with a 10-inch (254mm) container, it efficiently processes thick and complex profiles for industries like construction, automotive, and aerospace.

• The short-stroke extruder features a shorter extrusion stroke compared to conventional aluminum extruders. This reduction in frame opening enhances the rigidity of the stress frame, making it 30% more rigid than traditional extruders.
• By decreasing the volume of the main side cylinder, the consumption of hydraulic oil is reduced, leading to improved accuracy in speed and pressure control. This modification shortens the pressure build-up and release times, lowers energy consumption, and minimizes the impact of oil during pressure relief.
• Eliminating the gasket circulation system reduces the need for reactive operations and lowers the production line's power consumption. Additionally, non-extrusion time is decreased by 15%.
• Our aluminum extrusion machine's use of a translation manipulator driven by a servo motor further reduces non-extrusion time by 15%.

• Construction Industry
• Industrial Trade
• New Energy Industry
• Photovoltaic Industry

Aluminum profiles are extensively utilized in various applications such as roofs, walls, doors, windows, frames, lattice shell structures, grid structures, glass curtain wall support systems, awnings, pedestrian bridges, and both interior and exterior decorative panels. They are also employed in partitions, ceilings, suspended ceilings, railings, handrails, and as decorative elements in industrial and residential buildings. Additionally, aluminum profiles are widely used in constructing store containers, formwork, and other structural components, delivering excellent performance and results.

• The critical components of the equipment, such as the container, extrusion pad, shear blade, and ingot feeder, feature well-established designs with low failure rates.
• The equipment experiences minimal impact and vibration, significantly reducing the likelihood of oil leakage.
• It offers a rapid response time, high efficiency, and minimized non-extrusion periods.
• The equipment boasts high precision, with extrusion speeds that can be accurately controlled to within ±0.1mm.
• With a high level of automation and intelligent production capabilities, the equipment reduces the demands on operators and maintenance staff.