Workpiece
You should understand the structural structure of a laser cutter kit before you build it.
According to the material and thickness of the raw material to be cut, adjust the system cutting parameters of the equipment correspondingly;
An entry-level Laser cutter starts at $2,600 to $8.800. It includes 80W CO2 gas laser tube. For beginners, hobbyists and home use, it is suitable for both amateurs and professionals. While high-end laser-cutting machines start at 279,000.00. They come with 12000W IPG fiber optical power supply for industrial metal fabrication.
An automatic 5 axis laser cutting robot has a price range from $49,000 to $83,500 for flexible 3D dynamic metal cut of multi-angle and multi-dimensional in industrial manufacturing.
Send your design to the laser. In the print driver you’ll select the laser parameters you want to use, or select a preset material setting from GSS Machinery’s extensive database.
Size, weight and power usage are further considerations, since you may have a space that simply won't fit one of these beasts, or they may be too power hungry for you to run. That said, if you want speed you may need to use more power for a more powerful cutting laser that gets your final result faster. You will also need to check the cutting plate size to make sure it's big enough to suit whatever it is that you're cutting.
You should understand the structural structure of a laser cutter kit before you build it.
According to the material and thickness of the raw material to be cut, adjust the system cutting parameters of the equipment correspondingly;
A laser cutter can help you bring your ideas to life. GSS Machinery Laser system allows you to create detailed prototypes and miniature models. Laser cutting machines can be used to cut plywood, balsa and foam board, cardboard and taskboard. They are also great for creating prototypes and architectural models.
The technological parameters (cutting speed, laser power, gas pressure) and movement trajectory during slitting are controlled by the CNC system, and the slag at the slit is blown off by the auxiliary gas with a certain pressure.
Laser cutting can only be done by using concentrated laser beams that produce high power density energy. Laser generators produce high-frequency pulsed lasers in pulsed fashion. The beam is transmitted, reflected and focused by a focusing lens group. A small, high energy-density spot of light is created on the part's surface. The focal point is near the surface to cut. The material melts immediately or vaporizes at a high temperature. Each laser pulse makes a small puncture in the substrate. The laser head and substrate move in a continuous, relative motion according to the programmed file.
The industrial-grade, maintenance-free laser-cutting system has many technical advantages. It is extremely efficient in cutting complex patterns, uses very little power, reduces operating costs and can be used repeatedly and accurately. This set a new standard for quality control and process quality inspection.
If the unit price is the standard market price, and the business volume is sufficient, the cost can be recovered quickly. Some companies only cut for their own parts, which make the processing volume relatively small, so the cost recovery will be slow. Let's take external processing as an example. At present, the average profit of external laser processing is between 50% and 60%. If the average cost of entrusted processing is $50,000 a month, then the annual cost is $600,000. If we own a fiber laser machine, the cost is about $25,000 ($50,000 * 0.5) excluding the cost of one month and the same processing volume. According to this calculation, we can save $300,000 in cutting costs in one year. In this way, a 1000W fiber laser machine can recover the cost in about a year.
A fiber laser cutter is an automated metal cutting system that uses a CNC controller to drive the 1064nm laser beam from a fiber laser generator to move along the tool path generated by the CAD/CAM software to achieve the metal fabrication plans. It is a fine precision cutting system for both sheet metals and tubes. It can cut both flat and beveled metal shapes and profiles. With a robotic arm, it can do 3D laser-cut jobs. It uses the non-contact cutting method of laser beam, which will not damage the substrate, and the thermal influence of the spot irradiation area is smaller. It can cut carbon steel, stainless steel, spring steel, silicon steel, aluminum, galvanized sheet, pickling sheet, gold, silver, titanium, copper, brass, and alloys. It is used for sheet metal fabrication, elevator manufacturing, electronic appliances, auto parts, machinery manufacturing, precision parts, marine aviation, metal crafts, and advertising.
There are many factors to consider before you decide to buy a laser cutter machine. Let's discuss the details of your purchase plan.
A fiber laser generator is the best option if you need to cut sheet and tube metal. This includes well-respected brands like Raycus, Raycus and MAX. You can use a CO2 laser tube to engrave or cut wood, acrylic leather, fabric and leather. It includes some of the most renowned brands like RECI and YONGLI.
Cutting thick materials is difficult.
The less effective laser cutting becomes as the material thickness increases. For example, when it comes to cutting thick sheets of carbon steel, laser cutting may be difficult.
Laser cutting is classified into three types: fusion cutting, flame cutting, and remote cutting. An inert gas (typically nitrogen) is used in fusion cutting to expel molten material from the kerf. Nitrogen gas does not exothermically react with molten material and thus contributes no energy to the system.
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