Small desktop laser engraver cutter machine with 40W/60W CO2 laser tube is a budget-friendly hobby laser with compact design for home use and small business, which is used to etch, engrave and cut signs, logos, letters, numbers, patterns on wood, plywood, MDF, cardboard, leather, fabric, plastic, acrylic, rubber, glass, paper. Now the 2025 best budget mini desktop laser cutting and engraving machine for sale at cost price.
Do you have DIY desktop laser engraver or desktop laser cutter plans or need to buy an affordable desktop laser engraving cutting machine for wood, plywood, metal, cardboard, dieboard, fabric, chipboard, textile, leather, paper, plastic, acrylic, foam, rubber, MDF, ABS, EPM, PE, PUR, PVB, PVC, PES, PUR, PMMA or PTFE? Check out the 2020 new desktop laser engraver buying guide as follows, we'll offer you the 2020 best desktop laser engraving cutting machines with custom laser engraving cutting services to fit your 2D/3D laser engraving cutting projects, ideas, and plans.
Desktop Laser engraver cutting machine with CO2 laser tube can interface with a computer, allowing the user to lay out a design, insert type, and scale the art as needed. If properly set up, the machine can execute a design perfectly, and repeat the process as many times as needed. Desktop laser cutters and engravers can work on a variety of materials, including wood, plastic, paper, and galvanized aluminum. The process is fairly quick and requires knowledge but not a great deal of skill, even though the level of detail and precision in the output may be at a very high level. A desktop laser engraver is also known as a desktop laser cutter, benchtop laser engraver, benchtop laser cutter, tabletop laser engraver, tabletop laser cutter, desktop laser engraver cutter, desktop laser cutter engraver, desktop laser engraving cutting machine, desktop laser cutting engraving machine.
In contrast, traditional engraving is done with small hand-held engraving tools, all of which must be carefully sharpened. Hand engraving is slow and exacting. It is done exclusively on metal. Laying out an image, with or without decorations or type, is tedious and difficult. Often, a laser engraver must practice for years to perfect his craft. But although the work is difficult, the results can be beautiful, whether as simple as an engraved wedding band or as complex and delicate as the portrait of George Washington on a dollar bill. The line quality is superior because hand tools can be controlled so well. So a desktop laser engraver cutter machine can make thick lines, thin lines, heavy lines, and incredibly fine lines.
In a nutshell, a desktop laser engraver (desktop laser cutter) is cheap, capable, flexible, and works well with computers. Traditional engraving is a difficult craft to master and more limited in its uses.
| Model | STJ6040 |
| Laser power | 40W/60W |
| Laser type | CO2 |
| Power supply | AC 220V/110V |
| Working area | 600*400 mm |
| Engraving speed | 0-600mm/s |
| Cutting speed | 0-600 mm/s |
| Locating precision | <0.01 mm |
| Min shaping character | Character: 2*2mm, Letter: 1*1mm |
| Resolution ratio | ≤2000dpi |
| Data transfer interface | USB 2.0 |
| System environment | Windows |
| Cooling | Water Cooling |
| Graphic Format Supported | BMP, JPEG, PLT, CDR, AI, TIFF, PCX, DIB, TIF |
| Compatible software | CorelDraw, Photoshop |
Applied Industries
Cloth, leather, toys, computer embroidery cutting, mold, crafts, bamboo and wood, advertising and building decoration, packaging and printing, and paper products industries.
Applicable Materials
Acrylic, color plates, ABS board, rubber, plastic, cloth toys, leather, wool, crystal, glass, ceramic tile, jade, bamboo, and wood.
1. Modern smart design. Put it on a table and work easily.
2. Stronger frame together with HIWIN square rail, high accuracy.
3. Transparent acrylic watching door, easy checking work process.
4. Independent laser tube cabinet, protect the tube, and easy change.
5. Stainless steel comb working table, avoid rust.
6. The red cross point offers the highest accuracy position.
7. High-efficiency tube with stable laser path. Lifetime can reach 4000-10000 hours.
8. Professional motion control card offers continuous fast curve cutting together with the shortest path selection. Shorten work time.
9. U-disk offline operation makes work convenient.
CO2 Glass Laser Tube: 40W/60W
40W/60W laser tube can do nice engraving on most non-metals: wood, MDF, plywood, acrylic, cloth, leather, glass, marble/stone, plastic, bamboo, double-color sheet, rubber, PVC.
40W/60W laser tube can also be used for cutting thin non-metals: 5mm acrylic, 3mm wood and bamboo, 3mm MDF, cloth, leather, rubber, and PVC.
RD Controller and Operation Display
Graphics and files can be transferred both via cable or USB flash.
Laser Head
Laser power supply
supply power for laser tube, ensuring laser tube stable working.
Belt transmission with Taiwan linear guide rails
Anodized aluminum blades table
It is used for holding hard materials or items, such as wood, acrylic, stone, glass, book, and box.
Alternative honeycomb table
It is used for holding soft materials, like cloth, leather, tower, foam, sponge, and paper.
Stepper motors
Stepper motor is with ratio gear to get smoother cutting curve.
Water cooling system
Water pump for laser tube cooling, protecting the laser tube from high temperature, and lasting laser tube lifetime.
Air compressor
Air compressor blowing compressed air to laser head, cooling the material being engraved or cut.
Precision drivers
Machine rear socket
Convenient connection for air compressor and water cooling system.
There are 3 layers for installing the machine table. You can choose different layers to put the machine table according to your product's h8 or thickness.
The process of engravings has reached new heights through laser technology which surpassed manual carving techniques. Manual hand engraving depends on human skill yet desktop laser engravers achieve both speed and precise execution. Understanding the distinctions between these methods enables artists together with hobbyists and businesses to make proper decisions about their engraving approach.
Precision and Consistency
Skilled hand engraving professionals need many years of practice to achieve a constant product quality yet their best work sometimes contains slight differences. Desktop laser engravers execute designs through computer programming which produces exact results without any errors. Lasers deliver captivating performance for detailed work whereas producing vast quantities of products with consistent quality.
Speed and Efficiency
The traditional engraving process shows both sluggishness and extensive requirements for labor to succeed when performing intricate patterns. A desktop laser engraver completes intricate designs within short periods of time and requires little humanoid intervention. The production time reduction coupled with productive output makes lasers the top selection for companies interested in operational enhancement.
Material Compatibility
The hand engraving technique successfully operates on metals and wood together with soft substances yet it fails to engrave glass or rock materials. The desktop laser engraver functions on diverse materials such as wood and acrylic together with metal and leather and glass. Laser engraving systems allow businesses to produce various designs which eliminate the requirement for multiple manual engraving tools.
Skill Requirement
It requires extensive years of artistic practice to learn hand engraving since each design must be crafted by hand. Users need to understand basic processes for design software and machine operation to work with laser engraving systems. Laser engraving exists at a level that welcomes new learners without restricting professional results for experienced users.
Cost and Investment
Beginning engravers will find traditional hand engraving affordable because operators require only basic tools to start. The engraving process takes a long time which makes it unsuitable for manufacturing substantial quantities of products. The investment in desktop laser engravers results in combined benefits of high speed operations with reduced human labor needs alongside efficient long-term performance for both businesses and hobbyists.
The outcome of proper engraving or cutting demands correct laser parameter settings for each material. The accuracy of laser operations depends on power frequency and speed settings which prevent damage to materials. Six straightforward steps enable users to set up optimal laser parameters for different materials so they can achieve professional level outcomes.
Step 1: Identify the Material Type
The laser cutting process requires different parameter adjustments for various materials. The combustion rate of wood is high and acrylic liquefies but metal requires superior power levels. Working knowledge of material properties is essential to pick appropriate laser settings that allows for accurate work without mistakes. The best suggestions always come from following manufacturer specifications.
Step 2: Regulate the Laser Power
The setting for power controls both cut and engrave depth. The power needs to be lower for leather because burning would occur while stone or metal work requires greater power levels for successful engraving. You should begin with a trial piece and gradually increase the power to produce the target results.
Step 3: Set the Correct Speed
The.travel characteristics of an engraving process depend on the speed setting. Changing the speed allows control over depth burning for prominent drawing or light etching under elevated speeds. The equalization process heightens the possibility that you will achieve either burned or de-engraved results. The speed should be adjusted based on material thickness and density for achieving precise outcomes.
Step 4: Vary the Frequency and DPI
The user should modify both frequency settings alongside DPI values according to their engravement goals. Laser pulse occurrences for each 2nd depend on the controlled Hertz value. The best setting for smooth plastic cuts uses higher frequencies while lower frequencies deliver optimal results for wooden surfaces. Accurate engravings rely on adjusting DPI (dots per inch) because both higher and excessively high values may result in overburning.
Step 5: Proper Focus and Air Assist
Accurate focusing of the laser beam produces clean and clear engravings. Adjust the focal h8 in accordance with material thickness for maximum usage. Air assist minimizes smoke, heat produced, and debris, especially in cutting wood and acrylic, offering cleaner cut edges and enhanced safety.
Step 6: Test and Calibrate Settings
Always sample test before engraving or cutting a finished piece. Test various settings on scrap material to determine the optimum setting for power, speed, and detail. Tuning maintains consistency and avoids wastage, enabling professional-grade output on various materials.
A desktop laser engraver is an excellent means through which artists and entrepreneurs can begin a small business. The devices are highly accurate when it comes to engraving metal, wood, acrylic, and other materials, allowing you to personalize items like jewelry, signs, gifts, and marketing materials. The business requires little initial capital and high returns, and it can be run from home or a small workshop.
Starting with the right engraver, design software expertise, and a profitable marketplace ensures success. Online store sales, social media site usage, and live events can instantly attract purchasers. Providing distinctive, quality products and reasonable service allows development of a strong business with growing clients. A desktop laser engraver can make passion profitable by using imagination and dedication.
