Cardboard Cutter For Crafts Best Paper Cutter For Card Making Craft Machine

Craft cutters, with the mini evolution die cut machine at the forefront, have become essential tools for a broad spectrum of creative individuals, offering a multitude of benefits to both hobbyists and professionals. These versatile craft machines have revolutionized the world of crafting by providing precision and efficiency, making them indispensable for various artistic pursuits.

Depending to the cutting requirement type.
Clearly know what products need to do, is the need to cut the business card? Or cut the photos? Cut postcards? Cut the id photo?wait a minute.

Consider the cutting accuracy and size requirements.
Card machine is a relatively high-end product among similar products. The self-developed scanning method of multi-mark points can ensure high-precision cutting. The maximum width is 330mm, matching the size of the current mainstream paper on the market. In addition, VICUT card machine has the function of adjustable paper feeding deviation, for the printing error, can be well corrected, does not affect the cutting of the final product.

Budget.
At present, there are different price and quality card machines on the market, and users need to choose the products that they can afford according to their own budget. It is worth mentioning that although some card machines are cheap, due to their unstable quality instability, they will lead to a lot of problems in the future use process, which need to spend more time and money to solve. So, it's important to focus on the long-term benefits.

Cardboard cutting is a popular service that uses special cutting machines: Cutters and Slitters. The four types of knife cutting are considered: crush cutting with a slitting blade (a); crush cutting with a circular blade (b); crush cutting with flat blades (c); shear cutting with circular blades (d).

Paper and Cardboard Cutting with Slitting Blade
The blade, moving downwards, cuts paper or cardboard in its lower position into the backing. The backing is made of hardwood, caprone or special materials. The material is separated by the force of the knife edge in the cutting plane. The required cutting force depends on the height and length of the cut, the type of paper or cardboard, and the angle of the knife sharpening.

The cutting part of the knife is made of wear-resistant chrome vanadium steel. The blade sharpening angle is usually 19-22 degrees. A sharper blade (with a lower sharpening angle) reduces the cutting force required, but the blade edge becomes dull or pitted more quickly. A duller edge (with an increased sharpening angle) requires more cutting force, but will last longer. Accordingly, blades with a smaller sharpening angle are used for cutting soft materials, and blades with a larger sharpening angle are used for cutting hard materials.

The knife can move either vertically - parallel or in a compound (sabre) motion. The first type of movement is characterized by the cutting knife moving vertically from top to bottom. When the knife comes into contact with the web material, an impact occurs, as a result of which the material is deflected and the cutting force is at its maximum at the beginning and end of the process. The above reasons explain why this type of knife movement is rarely used in modern paper cutting machines. It is used when cutting paper and board as single sheets or for particularly elastic or hard materials.

In a compound (sabre) movement, the knife starts the cut in an inclined position relative to the horizontal base plane. The blade then gradually cuts into the material, reducing the angle of inclination. Only at the end of the stroke does the blade return to a horizontal position. The blade tilt angle at the beginning of the process is 1 to 40 degrees. Smooth penetration of the material, lower cutting force and a precise and clean cut are the advantages of this blade movement. All modern paper cutting machines are equipped with a sabre blade motion, which is universally applicable for cutting through paper stacks. To prevent the paper stack from bending and shifting during cutting, a pressure beam is used.

Paper and Cardboard Crush Cutting with Circular Knife
This cutting process is performed by a rotating disk-sharpened knife on a special support shaft. The circular blade is driven in rotation by the friction between the blade and the moving web being cut. The radius of the disk blade depends on the thickness of the material being cut and the angle at which the blade is set relative to the plane of the material. This angle does not exceed 150 degrees. This type of cutting is used mainly for single layer material and also in some types of slitting machines.

Paper and Cardboard Shear Cutting with Circular Blades
The rotary movement of the knife provides simultaneous cutting and web movement. With continuous material feed, the frictional force increases compared to cutting with flat knives.

Dished knives are used for this type of cutting. The grinding angle of the top knife affects the cutting quality of the material and the strength properties of the blades. In theory, depending on the hardness of the steel, the cutting angle should be as high as possible (close to 87 degrees). In practice, and to reduce frictional force, it is better to keep the cutting angle close to 50 degrees. If the cutting angle exceeds 50 degrees, excessive blade wear or chipping of the cutting edge will occur. Constant attention must be paid to timely sharpening, because in addition to the rotary motion, the knives can also hit their sides and become dull before their time. Rotating circular knives, which operate on the principle of scissors, are widely used in paper cutting and slitting machines.

Paper and Cardboard Cutting by Chopping
This particular type of cutting is performed by the impact of a knife. It is used in the production of soft paper packaging (paper sacks, bags, boxes, etc.). The paper web is cut between a toothed knife and a smooth knife, which are offset by a small distance. The result is a wavy or jagged cut of the web.