从China供应商批量进口Aluminum Spacer Bending Machine

The Aluminum Spacer Bending Machine from Jinan Parker Machinery Co., Ltd. is engineered for precision bending of aluminum spacers, a critical step in manufacturing insulated glass units. It features advanced control systems for accurate angle settings, ensuring consistent bends for spacers used in energy-efficient window and facade applications. The machine supports multiple cutter options, allowing customization for different profile shapes and project requirements.

Designed for industrial environments, the bending machine handles standard aluminum spacer profiles, typically 6063 alloy, with widths ranging from 6 mm to 24 mm and wall thicknesses of 0.3 mm to 0.5 mm. The equipment is built for durability, with a robust frame and quality components to withstand continuous use in glass processing facilities. Typical bending radii for spacers in this category range from 50 mm to 150 mm, depending on the application.

This machine is ideal for window manufacturers, glass processors, and construction firms that require precise, repeatable bends for insulated glass units. It integrates into existing production lines, reducing manual labor and improving efficiency. Buyers should confirm the machine’s compatibility with their specific spacer dimensions and bending requirements before placing an order.

Jinan Parker Machinery Co., Ltd. is located at No. 157 Gong Ye Bei Road, Jinan, Shandong, China, and operates within the imported trust tier. The company specializes in high-precision machinery for the glass processing industry, with a focus on equipment for insulated glass unit production. Its product descriptions highlight technical capabilities, such as advanced control systems and durable construction, tailored to demanding industrial applications.

The supplier’s profile indicates no recorded response rate or average response time, which may reflect a focus on direct, project-based sales. Jinan Parker Machinery positions its bending machine as a critical tool for achieving accuracy and efficiency in spacer bar production, catering to manufacturers who prioritize quality and repeatability in their glass units.