3D Wire Bending and Forming Machine: Redefining Precision and Efficiency in Commodity Display Rack Production

In an era where the commodity display rack industry increasingly pursues personalization and refinement, the performance of production equipment directly determines a product's market competitiveness. The 3D wire bending and forming machine, with its precise processing capabilities, efficient production rhythm, and strong adaptability, has become a core equipment for display rack manufacturers to break through technical bottlenecks and increase production capacity. It provides solid technical support for the complex shaping and mass production of metal display racks.

For commodity display racks, structural stability and exquisite appearance are key to attracting customers. The 3D wire bending and forming machine achieves millimeter-level precision control, ensuring every product perfectly presents design details. Its wire diameter adaptation range covers 3-8mm, perfectly matching the iron wire specifications commonly used in most metal display racks. Whether it is a slender hook or a sturdy support column, precise processing is guaranteed.

Equipped with Taiwan Hiwin ball screw guides, the machine boasts excellent transmission accuracy and stability, ensuring every movement is precise during complex 3D wire bending. With a wire feeding accuracy of up to ±0.1mm, even the smallest bends or holes on display racks maintain high consistency, effectively avoiding assembly difficulties or appearance defects caused by dimensional deviations and significantly improving product qualification rates.

Efficient production capacity is crucial for meeting fluctuating market orders. The 3D wire bending and forming machine operates at a speed of 6-8 pieces per minute, enabling mass production while ensuring precision. Its daily output easily meets the delivery needs of small and medium-sized orders. Behind this efficiency lies a rational power distribution system: with a total power of 10.7KW, the wire feeding motor (2.7KW) ensures stable and efficient wire conveying; the wire rotating motor (2.0KW) provides sufficient power for 3D twisting actions; and the cutter motor (1.0KW) guarantees sharp and precise cutting.

The lifting motors for overall and platform adjustment (1.0KW each) allow flexible adaptation to processing needs of display racks with different heights and specifications. The outer and inner twisting motors (1.5KW each) are key to achieving complex 3D shapes—whether it is a spiral structure, three-dimensional hook, or multi-angle cross design of the display rack, the coordinated operation of the dual twisting system perfectly realizes these forms, breaking the limitations of traditional equipment in shape complexity.

A major feature of the commodity display rack industry is diverse styles and rapid updates, which places high demands on the equipment's flexible production capabilities. The 3D wire bending and forming machine supports storage of 10,000 sets of programs, meaning manufacturers can preset processing parameters for different display rack styles. When switching products, only the corresponding program needs to be called to complete rapid changeover, significantly reducing debugging time—ideal for multi-batch, small-lot customized production.

The machine adopts a Chinese/English bilingual interface, catering to both domestic and international users and lowering the learning threshold for operators. Designed with an input voltage of 380V and an operating voltage of 220V, it complies with industrial electricity standards. Combined with a 20KVA capacitance, it ensures stability during long-term full-load operation. With a weight of 2000KG and dimensions of 3.45M1.85M1.45M, the machine maintains stability during operation (reducing vibration impact on precision) while adapting to the layout of most production workshops.

The emergence of the 3D wire bending and forming machine brings a "precision-efficiency-flexibility" integrated solution to the commodity display rack industry. It not only improves product quality through precise processing control and ensures production efficiency with a stable power system but also helps enterprises quickly respond to market demands for personalized display racks through powerful program storage and shaping capabilities. For display rack manufacturers pursuing technical upgrading and capacity expansion, this equipment is undoubtedly an ideal choice to enhance core competitiveness, turning every metal display rack into a "display artwork" that combines functionality and aesthetics.