Aoke Carton Box Clothing Bag Shoe Paper Pattern Plotter Drawing Flat Bed Cutting Machine Company
Aoke Carton Box Clothing Bag Shoe Paper Pattern Plotter Drawing Flat Bed Cutting Machine Company operates from Dongguan, China, delivering machinery designed for carton and box sample production. The company focuses on processes that draw, fold, apply dotted lines, and perform cutting tasks across a range of materials, including corrugated paper, cardboard, grey paper, textiles, PP, PVC, and imitation leather. The equipment is engineered to automate the identification of various graphics and to select the appropriate linear tools such as knives, rollers, and pens. This enables the machine to execute packaging prototypes with adjustable parameters like speed, blade depth, indentation depth, and tool type to meet diverse order requirements.
The firm highlights two traditional approaches to carton/box proofing. The first approach involves providing a design or film that already includes an inherent knife or contour lines, allowing for straightforward indentation and cutting once the corresponding tooling is prepared. The second approach involves designers converting customer-provided documents into knife paths and line film using software, supported by industry experience to tailor the knife and line configuration. When customers request multiple or variant carton styles, the factory can manufacture knife molds; however, modifying designs can require rework and extend lead times, underscoring the importance of efficient tooling and process planning in carton production.
Overall, the company positions itself as a provider of automated box and carton proofing solutions, focusing on workflow efficiency, tool optimization, and ability to handle small-batch production with customizable carton specifications. While detailed product specifications and market applications are not fully disclosed, the description emphasizes capabilities in drawing, scoring, and cutting for packaging substrates, backed by computer-assisted design and toolpath generation to support accurate and rapid sample development.
