The Tube Bending Machine for Furniture from HARSLE is an efficient solution for manufacturing high-quality metal furniture components, including chair frames, table legs, sofa structures, bed frames, and decorative furniture parts.

Designed for precision and productivity, this machine enables manufacturers to create accurate bends in round, square, and rectangular metal tubes, depending on the tooling configuration. It is suitable for processing steel, stainless steel, aluminum, and other compatible materials commonly used in furniture manufacturing.

With advanced CNC control technology, operators can program bending angles, adjust processing parameters, and maintain consistent results across repeated production cycles. The stable machine structure and precision bending tooling help minimize tube deformation, surface scratches, and dimensional inconsistencies.

HARSLE offers flexible machine configurations to accommodate different tube diameters, wall thicknesses, bending radii, and production requirements. Whether producing customized furniture designs or manufacturing large batches of standardized components, this equipment helps improve production efficiency and reduce manual processing.

Główne cechy

• Precision CNC Control: Enables accurate bending angle programming and repeatable production results.

• Versatile Tube Processing: Supports round, square, and rectangular tubes with suitable tooling.

• Multiple Material Compatibility: Suitable for steel, stainless steel, aluminum, and other compatible metals.

• Smooth Bending Performance: Helps reduce tube deformation, wrinkles, and surface damage.

• Flexible Tooling Options: Accommodates different tube sizes, bending radii, and furniture designs.

• Efficient Production: Supports batch manufacturing with consistent bending quality and reduced manual labor.

• Customizable Configurations: Available with options tailored to specific furniture manufacturing applications.

With HARSLE’s Tube Bending Machine for Furniture, manufacturers can streamline production, improve component consistency, and create durable, attractive metal furniture products while maintaining competitive manufacturing costs.