The 1000MT aluminum extrusion press represents the perfect middle ground in extrusion technology, offering substantial pressing force while maintaining excellent speed and operational efficiency. This machine is particularly suited for manufacturers who need to produce medium-to-large aluminum profiles with high precision and productivity.

• The extrusion stroke of the short-stroke extruder is notably shorter than conventional extruders, resulting in a reduced frame opening. This design enhancement significantly increases the rigidity of the stress frame, surpassing traditional extruders by 30%.
• By decreasing the volume of the main side cylinder, hydraulic oil usage is minimized. This reduction enhances both speed and pressure control accuracy while also shortening the time required for pressure adjustments.
• Eliminating the gasket circulation system not only reduces reactive operation time but also diminishes the power consumption of the production line. As a result, non-extrusion time is reduced by 15%.
• Implementation of a translation manipulator powered by a servo motor contributes to a 15% decrease in non-extrusion time.

Our hydraulic aluminum extrusion machine is versatile and finds applications across various industries including:

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

Aluminum profiles produced by this machine serve diverse purposes such as roofing, walling, constructing doors and windows, framing, creating reticulated shell structures and grid structures, supporting glass curtain walls, building awnings, pedestrian bridges, manufacturing interior and exterior decorative panels, partitions, ceilings, suspended ceilings, railings, and handrails.

• The key parts (container, extrusion pad, shear blade, ingot feeder) have mature structures and low failure rate
• The equipment has small impact and vibration, and is not prone to oil leakage
• Fast response, high efficiency and short non-extrusion time
• High precision with extrusion speed control (±0.1mm)
• High degree of automation and intelligent production reduces operator requirements