One of the most popular methods used in CNC machining for cutting other materials and metals is laser cutting. Laser equipment is a special machine that is used for this process. The equipment comprises of various components such as the laser tube and the laser head. The role of the laser tube is to emit laser beams. When one needs Laser cutting services Orange County offers the perfect location to visit.
Once the beam is emitted, it is reflected on several mirrors all the way to the laser head. The reflection of the beam behaves in the same way light behaves in a periscope. The head contains a lens that focuses the beam onto the work piece to be engraved or cut. The term kerf is used to refer to the width of the groove the laser makes as it cuts through the material.
Distinct lasers are produced by distinct machines. Normally, kerf depends on two main factors. The first factor is the material to be cut and the second is the tolerance of the equipment used. Materials that are exceedingly hard will normally have a minute grove made by the beam. To this effect, the beam must be repetitively passed over the material so as to cut it. Kerf is also determined by the tolerance of the beam. In addition, tolerances differs from one machine to another.
This method of cutting is very preferable because it presents several advantages to users. First of all, it is very precise. This method is usually used together with computer-aided design (CAD) to guide it. This ensures that it cuts work pieces with a very high level of precision. Currently, the industry has three main types of lasers that can be used. These lasers are CO2 lasers, Nd lasers, and Nd-YAG lasers.
The working of these lasers varies from one type to another. CO2 functions by vaporizing, burning or melting the material to be cut. They are the weakest lasers of all the three types. As such, they are incapable of slicing extremely hard substances like metals. Nevertheless, they have the capacity of engraving metals with various marks and designs.
Before any material is presented for slicing, it is prepared first. The art work which is to be cut is normally checked by those people working with the machine. Checking is done to determine if the cutter is able to work on the material. The material then has to be laid on the bed of the machine before it is configured appropriately. This configuration entails setting its speed, frequency and the power to the best levels.
The lasers are able to make perfect cuts in a variety of materials hence making them to be suitable for cutting. Aluminum, stainless steel, and mild steel plates are among the materials one can use this method to cut. Lasers have got small kerf widths thus affecting small heat zones while cutting. This makes them suitable for cutting intricate shapes and very tiny holes.
In addition to surpassing plasma cutting in accuracy, lasers utilize less energy. As such, individuals can attain significant savings in energy when they use this technique. In addition, lasers are strong and have the capacity to cut thicker materials than plasma cutting.
Once the beam is emitted, it is reflected on several mirrors all the way to the laser head. The reflection of the beam behaves in the same way light behaves in a periscope. The head contains a lens that focuses the beam onto the work piece to be engraved or cut. The term kerf is used to refer to the width of the groove the laser makes as it cuts through the material.
Distinct lasers are produced by distinct machines. Normally, kerf depends on two main factors. The first factor is the material to be cut and the second is the tolerance of the equipment used. Materials that are exceedingly hard will normally have a minute grove made by the beam. To this effect, the beam must be repetitively passed over the material so as to cut it. Kerf is also determined by the tolerance of the beam. In addition, tolerances differs from one machine to another.
This method of cutting is very preferable because it presents several advantages to users. First of all, it is very precise. This method is usually used together with computer-aided design (CAD) to guide it. This ensures that it cuts work pieces with a very high level of precision. Currently, the industry has three main types of lasers that can be used. These lasers are CO2 lasers, Nd lasers, and Nd-YAG lasers.
The working of these lasers varies from one type to another. CO2 functions by vaporizing, burning or melting the material to be cut. They are the weakest lasers of all the three types. As such, they are incapable of slicing extremely hard substances like metals. Nevertheless, they have the capacity of engraving metals with various marks and designs.
Before any material is presented for slicing, it is prepared first. The art work which is to be cut is normally checked by those people working with the machine. Checking is done to determine if the cutter is able to work on the material. The material then has to be laid on the bed of the machine before it is configured appropriately. This configuration entails setting its speed, frequency and the power to the best levels.
The lasers are able to make perfect cuts in a variety of materials hence making them to be suitable for cutting. Aluminum, stainless steel, and mild steel plates are among the materials one can use this method to cut. Lasers have got small kerf widths thus affecting small heat zones while cutting. This makes them suitable for cutting intricate shapes and very tiny holes.
In addition to surpassing plasma cutting in accuracy, lasers utilize less energy. As such, individuals can attain significant savings in energy when they use this technique. In addition, lasers are strong and have the capacity to cut thicker materials than plasma cutting.
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You can find a summary of the benefits you get when you use professional laser cutting services Orange County companies offer at http://www.ashworthmetal.com/services right now.
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