Affordable Laser Engravers, Laser Etching Machines and Laser Engraving Machines for Sale at Cost Price

Laser engraving machine is a kind of laser equipment with CNC (Computer Numerical Control) system that adopts Fiber/UV/CO2 laser beam to engrave 2D/3D letters, numbers, texts, patterns, photos, pictures, signs or logos on the surface of Metals (steel, copper, brass, aluminum, gold, silver, alloy, iron), Acrylic, Delrin, Glass, Rubber, Wood, Fabric, Plastic, Leather, Paper, Stone, Textiles.  A laser engraver machine is composed of machine frame, CNC controller, laser generator, laser engraving head, laser power supply, laser tube, laser lens, laser mirror, servo motor or stepper motor, gas storage tank, gas cylinder, water chiller, dust extractor, air cooling filer, dryer, air compressor, laser engraving software and system. Laser engraving machine is also called as laser engraver, laser engraver machine, laser engrave machine, laser etching machine, laser etch machine, laser etcher, laser etcher machine, laser stipping machine, laser engraving system, laser engraving table, laser engraving equipment, laser engraving tool, laser branding machine, laser printing machine.

Laser engraving is based on computer numerical control technology. First, you need to make a desigh of laser engraving file, then, open the file through laser engraving software, and start CNC programing, the laser engraver machine will start working after the control system received the control command. The laser beam is reflected through laser mirrors, the laser focal point downward through laser lens, where the heat is most intense. Thus, the laser beam starts impinging on the material, the material will burn or evaporate, and the color will change as well, and make a contrast. After a while, a complete laser engraving project will be engraved.

Laser engraving machines are widely used in various industries of Embroidery, Brand processing, Packaging and printing, Advertisement decoration, Architectural Models, Wood processing, Smartphones and Laptops, Laser knife mold, Crafts, Leather clothing, Shoes, Toys, Fablabs/Education, Medical Technology, Rubber Stamps industry, Watches industry, Architectural Models, Packaging Design, Automotive Industry, Mechanical engineering, J Awards and Trophies, Sign/Displays, Signage, Giveaways, Electronics Industry, Data plates, Jewelry industry, Ball bearing, Barcodes serial numbers, etc. With a laser engraving system, you can engrave different designs on different material surfaces. The laser beam will make the surface to vaporize. It is a good idea for someone who wants to customize or personalize something.

If you have an idea to buy a cheap laser engraver, you may wonder how much does the best laser engraver cost? how to get a fair price or final price? The laser engraver cost is composed of the following items: 1. spare parts. 2. laser engraving software and laser engraving system. 3. tax rates. 4. shipping costs. 5. customs clearance. 6. service and technical support. A fiber laser engraving machine cost is from $3,000.00 to 28,500.00. A CO2 laser engraving machine cost is from $2,400.00 to 70,000.00. An UV laser engraving machine cost is from $10,000.00 to 30,000.00.

Laser engraving is the application of laser technology to make text or pattern on the object. While engraving, the surface of the object is still smooth, and the writing will not wear. The laser beam does not touch the surface of the material, is not affected by mechanical motion, and the surface does not deform, generally no need to be fixed. Laser engraving is not affected by the elasticity and flexibility of the material, and is convenient for soft materials. Laser engraving has high precision, high speed and wide application fields.

Laser engraving machines are divided into laser wood engraving machines (laser wood engravers), laser metal engraving machines (metal laser engravers), laser leather engraving machines (leather laser engravers), laser stone engraving machines (stone laser engravers), laser fabric engraving machines (fabric laser engravers), laser plastic engraving machines (plastic laser engravers), laser glass engraving machines (glass laser engravers), laser acrylic engraving machines (acrylic laser engravers) according to engraving materials. Laser engraving systems are divided into CO2 laser engraving systems (CO2 laser engravers), fiber laser engraving systems (fiber laser engravers), UV laser engraving systems (UV laser engravers) according to laser source. Laser engraving tables are divided into small/mini laser engravers, handheld laser engravers, tabletop/desktop laser engravers, portable laser engravers, 2x3 laser engraving tables, 2x4 laser engraving tables, 4x4 laser engraving tables, 4x8 laser engraving tables, 5x10 laser engraving tables, large format laser engraving tables according to table sizes. Laser engravers are divided into home laser engravers, hobby laser engravers, industrial laser engraving machines according to applications. Laser engraving machines are divided into laser jewelry engraving machines, laser pen engraving machines, laser iPhone engraving machines, laser gun engraving machines, laser ring engraving machines, laser signage engraving machines, laser art engraving machines, laser logo engraving machines, laser cup engraving machines according to industries. If you are working for cylinder engraving, a rotary laser engraver machine is the best solution.

1. First check whether the laser tube is damaged and whether any parts are loose.
2. Install the exhaust device, connect the exhaust pipe to the exhaust fan, and install the other end outdoors. The maximum distance between the exhaust fan and the outdoor air outlet is 2 meters. If it is caused by the local environment, if the exhaust pipe extends too long, you need to configure additional exhaust equipment.
3. Connect the ground wire (see the grounding position behind the machine, the grounding resistance should be ≤4 ohms).
4. Check the 220V power supply line for aging of the wireless circuit, loose connectors, poor contact, etc. The 220V AC voltage is normal. If necessary, a special power supply line and a regulated power supply (power ≥3000W) must be used.
5. This machine uses an external submersible pump circulating water supply cooling device. The user must prepare a capped bucket. The height difference between the engraving machine and the submersible pump should not be greater than 0.5 meters. The cooling circulating water must be clean, dust-free, and scale-free.
6. The water temperature of the circulating cooling water should be 5-25 ℃, otherwise it will affect the engraving depth. In the cold area, it should be ensured that there is no ice blockage in the tube, otherwise the laser tube will burst. It is best to drain the remaining water in the circulating water channel and tube when it stops working at night to prevent frost cracking.
7. If the laser tube is found to be short of water, it should be shut down immediately to stop working, cut off the power of the pump, and at least shut down for more than half an hour, wait for the laser tube to cool naturally before the water can be started to work.
8. Turn on the submersible pump, the cooling water should circulate normally, and the cooling water channel should be free from clogging and dripping.
Note: Do not connect the zero wire to the ground wire.

1. First turn on the main power switch, turn on the voltage regulator, and turn on the chiller (let the water in the laser tube fill up and cycle for 1-3 minutes). You should put antifreeze in the chiller in winter and snow days.
2. Turn on the power of the machine and reset the machine.
3. Turn on the fan power and air pump.
4. Turn on the laser switch (turn on the machine to emit light), and then turn on the lighting switch.
5. Press the burst button to detect whether the laser is emitted.
6. Turn on the computer (the computer's USB cable is connected to the machine interface), open the control software, click the software up, down, left and right buttons to check whether the machine is moving. The machine movement indicates that the computer is connected to the machine.
7. Put the workpiece and adjust the anxiety (in general, we only measure the distance from the cutting nozzle to the surface of the material), long focal length lenses for cutting thick materials, and short focal lengths for fine engraving machines.
8. Operate the computer to transfer files, position the machine, walk the frame (test whether the area of the cut file is within the effective range of the workpiece), and start engraving.

1. Disassemble the laser tube passport behind the laser stipping machine, and the left passport door of the machine opens.
2. Take out the chiller or (water pump) and air pump, and take out the solder wire and high-pressure tape of the accessories.
3. Take out the tube from the carton (the tube is a glass product, it must be handled gently), the tube is divided into the light end (the light exit hole is the front section) and the tail end (the light exit hole and the spiral glass are the tail) end). Put the tube on the semi-circular tube holder at the back of the machine, and fix it with another semi-circular film and rubber. The distance between the front end of the tube and the first reflector is between 5 and 20 mm, and the tail end should not exceed the machine. Now you should pay attention to adjust the water outlet at the front of the tube upwards (ensure that the water in the tube is full and there are no bubbles). The tube can move back and forth, up and down to adjust the optical path. Connect the water inlet pipe at the tail end of the tube and the water outlet pipe at the front end to the tube respectively.
4. Weld the high-voltage wire at the end of the tube and the ground wire at the front with the tube firmly (do not stop the flow for too long). Wrap them firmly with high-pressure tape to avoid damage to the tube by fire.
5. Fill the chiller (or water pump) with water, connect the outlet pipe of the chiller to the inlet pipe of the machine, connect the inlet pipe to the outlet pipe of the machine or (connect the outlet pipe of the pump to the machine) Put the water in the water bucket on the water inlet pipe, the water in the water bucket must be higher than the water pump 10CM, about 20KG or more), the water outlet pipe of the machine is directly put into the water bucket. The air pump is well connected. Turn on the chiller or (water pump) to see whether the circulating water of the tube is normal (the tube enters the water from the back end and the front end discharges). There are no bubbles in the tube. If there are bubbles, you can rotate the tube.

1. Turn on the air pump, the air flow is discharged under the trolley, and the wires on the X and Y axis drives of the right control box are pulled away.
2. Turn on the machine switch, the LCD display on the operation panel shows "The system is starting, please wait ..." At this time, the machine is in the reset state, wait for about half a minute, then the LCD displays: File name: AAA Processing speed 100% processing Power: 100/100% Processing quantity 1 Delete. At this time, the machine is in the initial online state.
3. Stick a round cardboard larger than the lens in front of the first reflective lens and the second reflective lens.
4. Put a large cardboard in front of the laser head of the tube, press the fire button on the operation panel, the laser tube emits light, and adjust the laser to the first reflection by adjusting the front and rear positions of the laser tube bracket and the thickness of the rubber under the tube The middle of the lens.
5. Adjust the laser to the middle of the second reflective lens by adjusting the three screw shafts behind the first reflective lens. When adjusting the second reflective lens, the X-axis beam should be moved to the front and back, the point where the laser hits Be completely coincident.
6. Adjust the laser to the hole on the left side of the laser head by adjusting the three screw shafts behind the second reflective lens. When the laser head moves to the four corners of the worktable, the laser must hit the middle of the hole.
7. Focus adjustment.
Focal length refers to the distance (4-4.2mm) between the top of the cone head under the laser head and the surface of the material.
8.By adjusting the tightness of the three screws on the mirror above the laser head, the laser can be adjusted to the vertical angle to ensure the verticality of the cutting surface when cutting.