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A paper cutter (also referred to as paper trimmer, paper guillotine or simply a guillotine) is a tool often found in offices and classrooms, designed to cut a large set of paper at once with a perfectly straight edge.

In the modern paper industry, larger machines are used to cut large stacks of paper, cardboard, or similar material. Such machines operate in a manner more similar to the execution device from which they derive their name; the blade moves straight up and down, with no rotation around a fulcrum like smaller hand operated paper cutters. Manufacturers such as Polar of Germany make machines designed to cut as wide as 176 inches

Most paper cutters come equipped with a finger guard to prevent users from accidentally cutting themselves or severing a digit while using the apparatus. However, injuries are still possible if the device is not used with proper care or attention.

Die Cutting Machine

Die cutting is a manufacturing process used to generate large numbers of the same shape from a material such as wood, plastic, metal, or fabric. The die cut shapes are sometimes called “blanks,” because they are usually finished and decorated before being sold. The process is widely used on an assortment of materials all over the world, and many manufactured products contain several die cut components, often assembled together in a series of steps to create a finished product.

Sharp specially shaped blades are used in die cutting. The blade is bent into the desired shape and mounted to a strong backing. The result is known as a die. The material being cut is placed on a flat surface with a supportive backing, and the die is pressed onto the material to cut it. Depending on what is being made, a single die might cut one piece of material, or it might be designed to slice through multiple layers, generating a stack of blanks.

Die Cutting Machine or Platen Punching & Creasing Press particularly designed for Die Cutting, Scoring and Creasing Work on PAPER, LINOLEUM, CARD-BOARD, CORRUGATED BOARD, FIREBOARD, CORK, LEATHER, PLASTIC AND PVC MATERIALS etc. Most Handsome and compact patronized Model requires Minimum Flooe-Space. Minimum "Make-Ready" Time and provides sufficient hourly production

Laser Cutting Machine

A laser cutter is a device that uses a focused beam of light to melt or burn through a target material. Laser cutters are computer-controlled to maintain precision. Laser cutters generally have a margin of error of .001 inches and can cut 10s of times faster than traditional methods.

Types of Lasers

The type of gas used to power the laser depends on the application. CO2 lasers have lower peak output but can stay on constantly, making them well suited for cutting and engraving. Nd-YAG lasers have high peak power and are pulsed quickly to bore holes through a given material.

Laser cutting machines enable metal working shops to mass produce complex components while maintaining their accuracy and surface finish. In the industrial field, there are three distinct types of laser cutting configurations, defined by the way in which the laser beam moves over the material to be processed or cut. These three types of laser cutting configurations are: moving material, flying optics and hybrid.

Most laser cutting configurations are based on X- and Y-axes and lase flat materials. The laser cutting configurations discussed below, however, can also be incorporated into five- and six-axis laser cutting machines and can cut formed pieces. While most machines utilize the X- and Y-axis approach, some laser cutting configurations feature a manipulable cutting head; these systems place the laser on the Z-axis.