It is not surprising that paper cutters are used in a wide range of applications. There are many types and models of paper cutters. Let's take a closer look at the program-controlled paper cutters.
         Program controlled paper cutting machine adopts automatic paper pressing system, precision numerical control paper pushing system, optimized structure design, precision processing, stable performance, sturdy and durable; adopts new type of highly integrated and high stability numerical control circuit board to ensure efficient and reliable operation of equipment; Cutting size before and after the knife, equipped with cutting lighting, high-precision CNC paper pushing mechanism, to achieve the perfect combination of electromechanical; two-hand interlock device, automatic reset function to ensure absolute safety; high-speed steel blade, sharp and durable; unique The self-detection function of the fault makes your operation more handy; stylish, simple appearance design, beautiful and practical.

        The cutter of the program-controlled paper cutter is a very important part of it, because whether the cutter is sharp and can be used for a long time determines its production efficiency. So, what are the factors that affect the use of the cutter and the life of the program-controlled paper cutter? Let's answer this question for everyone.
        1. The material of the cutter of the program-controlled paper cutter is one of the main factors affecting its sharpness and service life. The tool is made of high-temperature insert welding of the blade body and the blade. The material of the blade body is low-carbon steel, which is very durable. The blade material is chrome-tungsten-manganese steel, which has very high hardness.
        2. The shape and angle of the sharpening knife have a great influence on the use of the knife. The sharpening angle of a single sharpening tool is generally between 19 ° and 23 °. The shape of this angle is easy to be worn during the cutting process, and the double-sided blade is an ideal shape. The relatively small angle not only reduces wear, but also improves cutting accuracy.
        3. The higher the quality of the sharpening knife, the better the use of the knife and the longer the service life. This part mainly depends on the choice of materials, equipment, and the quality of the sharpening process.
        4. The material to be cut by the program-controlled paper cutter is also a factor that affects the service life of its cutters. The harder the texture of the material being cut, the greater the impact on the sharpness and service life of the tool.

        In the program-controlled paper cutter, every time we install a new blade or sharpen the old blade, we need to manually adjust the height of its knife to adjust the cutting amount of its blade, which can effectively avoid Accidents such as cutting too deep due to large blade heights occur. First of all, we must pay attention to making sure that its motor is turned off when adjusting its blades, as long as it is completely stopped . So what are the steps in the adjustment of the program-controlled paper cutter, let's briefly introduce it to everyone below.
        First, we need to make sure that the cutter is in the tool change state, that is, stop the operation of its main motor, press the stop button of its main motor, and ensure that it is in a stationary state before changing its tool selection switch in the middle. Knife position.
        Next, we need to determine the cutting depth of the blade. At this time, we can use a socket wrench to rotate the nut on the end face of the pulley so that the knife can move to a certain lowest point. At the same time, we must observe the depth of its blade. Whether it is reasonable or not is generally a depth of 0.5 to 1 mm.
        Regarding the blade adjustment process, if only one end of the blade and the blade can be contacted, we can solve it by adjusting the eccentric shaft on the rear of the main frame; when the blade cannot cut the paper normally due to wear, we can Move the blade down in the direction of its long hole until it can completely cut the paper.

        Comparison of CNC, Digital Display and Program-controlled Paper Cutter
        At present, in terms of paper cutters, many forms have appeared in the market, such as computer paper cutters, but in terms of CNC, digital display, and program-controlled paper cutters, many people do not know very well, or It's easy to confuse them with each other, so before comparing them, we must first introduce their respective concepts.
        For the program-controlled paper cutter, it uses a single-chip computer or EDA technology as its tool. The computer can automatically complete the logic compilation, simplification, segmentation, synthesis, optimization, layout, wiring, and simulation. A paper cutter with automatic control of the operation process.
        The numerical control technology refers to a technology that uses a number of instructions composed of numbers, characters and symbols to control the movement of multiple mechanical devices. Generally, it uses some general-purpose or special-purpose computers to control the numbers. Program control. The digital display indicates a way to display the test results of temperature, humidity, quality, etc. in digital form.

        Paper cutting machinery is the soul of the paper industry, and the paper industry occupies an important position in the entire national economy. Paper cutters have gone through several changing stages from mechanical paper cutters to hydraulic, digital display, microcomputer program-controlled, cutting production lines, and other technologies.
         With the technological progress of the printing industry, the speed of printing presses is getting faster and faster, and higher efficiency and higher quality requirements are put on the paper cutter. The computer program-controlled paper cutting machine adopts a signal memory storage device or a microprocessor to store instruction programs. The advance, backward and positioning of the paper pushing machine are automatically completed by the computer, and different cutting programs can be written according to different cutting requirements. It can be stored for a long time and can be called at any time when needed. The cutting precision, speed and efficiency of the paper cutter have been greatly improved.