Tangshan Kingvida Printing Machinery Co., Ltd

The development of cutting die technology and manufacturing techniques ensures the most efficient and accurate   die-cut box design . Typically, the package outline is generated by Computer-Aided Design (CAD). This digital drawing is transferred to a piece of hardwood called a template.  The most sophisticated method of drawing the design on the template is to burn it on the wood surface using a state-of-the-art laser cutter.  The introduction of the laser in this process ensures greater accuracy in drawing on the moldboard.  Cutting dies are made using metal strips called rule or steel rule. The cutting rule is shaped into shape using a rule bender, which bends, cuts and grooves the steel into the desired shape.   Multiple cutting rules can be used in the die cutting process. Each rule has its own function and purpose, depending on the complexity of the package.  Some of the most common rule options are. ● Through-cutting: Through-cutting cuts the packaging material. ● Scores: Instead

The die-cutting process is a popular manufacturing technique in the packaging industry. It involves the use of dies used to cut soft materials into various packaging designs and shapes. The ability to produce custom packaging in volume is where the true value of the die-cutting process lies. Die-cut packaging is easier, faster and more cost effective, allowing for the creation of custom packaging on a larger scale.  In this article, we'll explore the die-cutting process and its role in custom packaging.  You will also see.  ● Die-cut boxes explained in detail ● How cutting dies are made ●Die-cutting technology  ● The FEFCO corrugated packaging category  ● Finishing options that complement die-cut box design   Understanding the die-cutting process A cutting die is essentially a giant cookie cutter that is pressed into the material to form the desired shape of the package. Die cutting has come a long way from its origins in the shoe industry during the industrial revolution.  Origina

When it comes to producing a wide range of packaging products, automobile parts, device components, and other similar products, related industries often turn to the die cutting process due to its versatility and flexibility. Die cutting can effectively create different shapes, designs, and patterns in generating numerous products. They can likewise work on a wide array of materials as well as cut in bulk, lowering the overall production costs as well as minimising the time needed to deliver parts and products. Generally, die cutting involves three primary components. These components are the cutting unit, the cutting tool, and the workpiece or the material that will be processed and cut. The cutting tools are often designed according to the die cutting methods that they are intended to perform, while the die inside the cutting unit is utilised for shaping the materials. There are various types of die cutting that can be done to successfully produce the intended products. After all, dif