Fully Automatic Die Cutting Machine Application should pay attention to and solve seven major problems

Fully Automatic Die Cutting Machine Application should pay attention to and solve seven major problems

At present, printing technology has entered the era of digital information, and the same digital information technology has gradually been applied to Fully Automatic Die Cutting Machine devices. Fully Automatic Die Cutting Machine digital approach has two main explanations. One is the digital interface technology, that is, the requirements of JDF technology on the mold cutting machine, mainly used for the acceptance and feedback of data information: the other can be explained as a model -free mold cutting, that is, the graphic data of the pre -seal system directly controls the cutting The head cuts the seal to adapt to the short version of personalized mold cutting.

1. FULLY Automatic Die Cutting Machin Equipment Machining Machining Quality and Pretending Accuracy

Due to the limitation of the technical level of machinery manufacturing, many components of Fully Automatic Die Cutting Machine are rough. For example, the matching and manufacturing accuracy between the intermittent mechanism and the main transmission system and the chain directly affects the speed of the machine. If the assembly accuracy difference will affect the modulus accuracy and cause noise. Another example is that the gap between the elbow stress mechanism and the dynamic platform is unreasonable, which can cause vibration and affect speed and accuracy.

Second, Fully Automatic Die Cutting Machin interval mechanism, chain and paper -informed Fully Automatic Die Cutting Machin Most of the shape of the cams of equal scores. It is a key. The elasticity of the chain should be moderate, and too tight or overly pine will affect the mold cutting accuracy. Ping pressure and flat mold cutting machines are mostly solid, but they are still easy to deform during high -speed exercise. Good tooth tone hardness is high and light, and the angle and pressure are moderate.

Third, FULLY Automatic Die Cutting Machin drive system. The current mold -cutting machine is driven by the motor to drive the worm and worm. Most of the worm wheels are oblique teeth. It should be noted that when the worm and worm meshing at the point of the division, the side gap between the wheel teeth and the wheel teeth is appropriate. The side gap is too large, and the worm wheel transmission is unstable: the side gap is too small, which is not conducive to the flow of lubricating oil. There is also unreasonable stress angle that affects the stability of the transmission.

Fourth, FULLY Automatic Die Cutting Machin mold, mold cutting knife and rubber strip

These three are the basic components of mold cutting, and their quality is directly related to the quality of the mold cutting. The layout requires uniform density, light quality, high hardness, good flexibility, easy processing, flat, and solid, stable after the knife line is embedded and can be replaced multiple times. The knife mouth must be sharp, the height error of the whole knife and the smaller of the sword. The hardness of the rubber strip should be moderate.

5. FULLY Automatic Die Cutting Machin Paper Paper Paper Speed and Positioner

At present, the method is generally adopted is continuous paper -in -law, that is, some of the front paper and the back paper always overlap. This method is stable and fast, but the rapid exercise causes the paper to have a great impact on the pre -positioning rules. After the paper is receptor, the paper is curled or bouncing, causing inaccurate positioning. The ideal mold cutting machine should be as low as possible while ensuring that the mold cutting speed is as low as possible.

6. Fully Automatic Die Cutting Machine chain chain guide rail

The guide track plays the role of positioning and control direction. The thickness of the guide rail should be appropriate and can be embedded in the chain. The distance between the upper and lower rails must ensure that the chain is smoothly passed, and the transmission resistance is too small: too large chain is easy to beat. The trajectory of the guide track and the length of the chain also have a certain impact on the performance of the machine.

7. Fully Automatic Die Cutting Machin pressure agency

The important device of Fully Automatic Die Cutting Machin is the pressure application mechanism. At present, the common two elbow rod mechanisms have rotated the handle for one week, which enables the activity platform to reach the high limit position twice. In order to ensure the quality of the mold cutting, the entire platform should be uniform when pressing. Therefore, the working surface of the upper and lower platforms must be parallel. If the design is unreasonable, the pressure will cause uneven stress and the empty itinerary will be too large.