CO2 Laser Marking Machine
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What is the advantage of CKLASER CO2 laser marking machines?
CKLASER has set up its headquarter in Guangzhou, the international trade center of China, the total CKLASER industrial park flooring area is more than 30000㎡. We have purchased the land and built the modernized factory and office together, which has set up a good basis for CKLASER long development.
CKLASER CO2 laser marking machine is adopting CO2 glass laser tube or CO2 RF metal laser tube, combining with the 3-axis dynamic focusing galvo head, it can realize an uniform laser marking effect on the whole working table efficiently.
For CKLASER Super CO2 laser marking machines, they are all equipped with CKLASER patented 3-axis dynamic focusing galvo head, which has included more than 200 patents for the core technologies. Together with CKLASER self-developed control software, which has contained more than 20 software copyrights.
As to the laser source, currently we have two solutions for customers. Firstly, 180w, 250w, 300w and 350w CO2 RF metal laser tube, which are serving the high end customers and high end market. Secondly, 100w CO2 glass laser tubes, which are serving the enter level market, which are also very friendly to the new business beginners.
Up to 2025, CKLASER is still the sole company in whole world, which is capable of the R&D and manufacturing of laser source, galvo head and steel frames. We can control the parts cost to be the minimum, and get the most cost effective machines to our partners all over the world, which also constantly helps CKLASER to keep on upgrading our laser marking machines.
In order to keep the whole industrial chain in control, CKLASER has spent more than 13 millions RMB to build more than 5000㎡ dust free workshop for high precision parts installation, we also have been keeping on investing on the maintaining cost.
Also CKLASER has invested more than 12 millions RMB to build the modernized machining center, most of the machining facilities are from USA, Japanese and European countries, which can greatly ensure the high accuracy of steel frames and steel parts used in CKLASER laser marking machines.
Moreover, currently CKLASER has cooperated with European high tech company and has invested huge money into the R&D and manufacturing of 250w, 300w and 350w CO2 RF metal laser tube.
What can CO2 Laser Marking Machine do?
1. Heat transfer vinyl or high density material engraving and cutting, which is widely used in the garment accessories manufacturing or garment printing industries. High efficient and high quality vinyl labels, stickers or logos can be made with CKLASER CO2 laser marking machines. Also these labels or stickers are with a high fastness after heat pressing onto T Shirts or garments. There are also no restriction on the fabrics materials and no restriction on the fabrics colors. The vinyl stickers and labels will also not affect the ventilation and comfort level of fabrics. The most important is that there is very good 3D effect, which can make the T shirts or garments very gorgeous in appearance.
2. Jeans laser washing is also a tendency in the CO2 laser marking industry, we have developed the professional jeans laser washing machine to replace the traditional hand brush, reducing the pollution on environment, reducing the harm on workers, reducing the consumables and cost, reducing the failure rate and improving the working efficiency.
3. All kinds of fabrics laser burning such as super soft fabrics, flocking fabrics, velvet fabrics, corduroy fabrics and etc. We can also equip roll feeding system with the CO2 laser marking machine to realize automatic winding and unwinding of roll fabrics.
4. Paper craftwork is also another important application of CO2 laser marking machine, with the CO2 laser marking machine, you can do the exquisite paper engraving, just by importing your design into our control software, no matter how complicated your design is, you can get the paper crafting done in few seconds. It is widely used in the greeting card, invitation card, cup holder or some other relevant paperboard industries.
5. The CO2 laser marking machine is also widely used in the leather engraving and cutting industry, which can create permanent beautiful designs on the leather or rexine, making the leather customization more flexible and affordable for more people.
6. Powder coating removing is also an important application of CO2 laser marking machine, a lot of customers are buying this machine for the 3D engraving of powder coating on insulated cups, which is efficient and clean in logo making or branding.
7. LGP making, for the light guide plate making, CO2 laser marking machine can help to engrave and mark different designs on the acrylic plates or glass plates. Large format processing can be done at one time.
8. Stone engraving, 300w or 350w CO2 laser marking machine can also be used for stone engraving, some customers are buying the machine to engrave different characters or designs such as human portrait, tripitaka, buddha, god and etc.
9. Some other laser marking applications such as nail stickers cutting, self-adhesive stickers cutting, sandpaper perforating, fiberglass signages marking and etc. Nearly all the non-metallic materials can be processed by CO2 laser marking machines, welcome to leave message or contact for sample testing or machine purchasing.
Why Choose Us
Factory
The company has invested heavily in building the CKLASER Industrial Park covering an area of more than 30,000 square meters in Huadu District, Guangzhou, China, and is committed to providing 3D intelligent laser solutions to users around the world.
Our Production And Equipment
Focus on super laser marking machine R&D,manufacturing and sales for 18 years (till 2024). Passed ISO9001:2015/14000/45001, FDA and CE certification. Possess 200+ core patents in the laser field and 40+ invention patents.
Experienced
Experienced skilled workers, more than 80% have a college degree or above;All production equipment is high-end customized, ranging from small work table to large stamping equipment. No expense is spared and step-by-step control is taken to create specialized industrial production facilities.
After-sales Services
We have professional after-sales engineers to guide customers in the installation and operation of machines, and have established overseas branch offices in India, Bangladesh and Vietnam to provide customers with localized after-sales services.
How to Choose CO2 Laser Marking Machine?




Material type
Consider the types of materials you’ll be working with and the level of precision and detail required for your projects. Laser engravers can work on a wide range of materials, including wood, glass, ceramics, paper, and stones. Some machines are better suited for certain materials than others, so understanding your niche will guide you in selecting the right CO2 Laser Marking Machine.
Determine Your Budget
Setting a budget is an essential step in choosing a CO2 Laser Marking Machine. Consider the long-term costs of owning a laser engraver, including maintenance, consumables, and potential upgrades. While cheaper machines may seem like a cost-effective option upfront, they may require more frequent maintenance or have limited capabilities. On the other hand, high-end machines may offer advanced features and durability, but they may come with a higher price tag. Finding the right balance between price and quality is key.
Consider the Power and Speed Requirements
The power and speed of a CO2 Laser Marking Machine are important factors to consider, as they will impact the efficiency and quality of your work. Higher wattage lasers can cut or engrave materials more quickly and with greater precision. Consider the thickness and density of the materials you’ll be working with. Thicker or denser materials may require a higher wattage laser to achieve the desired results.
Evaluate the Machine’s Bed Size
The bed size of a CO2 Laser Marking Machine refers to the area on which the materials are placed for engraving or cutting. The size of the bed determines the maximum dimensions of the materials that can be processed. Tailor your choice to your workspace and project size, ensuring optimal results. Evaluate your needs and the size of your typical projects to determine the ideal bed size for your laser engraver.
Assess the Software and User Interface
The software and user interface of a CO2 Laser Marking Machine play a crucial role in its usability and functionality. Look for a machine that offers user-friendly software with intuitive controls and a wide range of customization options. Consider the compatibility of the software with different file formats, such as vector graphics or CAD files. This will allow you to work with a variety of design software and easily transfer your designs to the laser engraver.
Evaluate Safety Features
When using a CO2 Laser Marking Machine, safety should be the primary concern and it is of vital importance to the operator. Our machines comply with regulations, featuring safety interlock systems for worry-free operation. Ensure that the machine you buy has safety features in place.
Application of CO2 Laser Marking Machine
Advertising technology
CO2 Laser Marking Machine are often used in advertising technology to engrave or cut signs, logos and other advertising materials.
Industrial Manufacturing
In industrial manufacturing, CO2 Laser Marking Machine can be used in mass production to engrave or cut products such as jewelry, electronic parts and plastic parts.
Arts and Crafts
CO2 Laser Marking Machine are often used by artists and craftsmen to engrave or cut detailed patterns and designs in wood, leather and other materials.
Jewelry Making
CO2 Laser Marking Machine can also be used in jewelry making to create detailed patterns and engravings on jewelry pieces.
Machine host
It is part of the machine tool of CO2 Laser Marking Machine and it is the mechanical part for the movement of the X, Y and Z axes.
Laser generator
It is one of the core component of the CO2 Laser Marking Machine. And it outputs a high energy density laser beam, which is the power to cut materials.
Servo system
It is an automatic control system that enables the output controlled volume of the object like position, orientation and status to follow any change of the input target. And it can make the control speed and position accuracy more accurate.
CNC system
It is used to control the movement of the X, Y and Z axes of the machine and also control the output power of the laser.
Regulated power supply
It is connected between the laser generator, the CNC machine tool and the power supply system. And it mainly to prevent external power grid interference.
Laser head
It is a laser output device consisting of a nozzle, a focusing lens and a focus tracking system. And it finishes processing on different materials according to the set cutting trajectory. Moreover, in the case of different materials, different thicknesses and different cutting methods, the height of the laser cutting head needs to be adjusted and controlled.
Operation console
It is used to control the working process of the entire cutting.
Cooling device
It is a cooling device of the CO2 Laser Marking Machine, which can cool the laser generator quickly and efficiently and keep the laser generator working properly. And it can also cool the external light path mirror and focus mirror of the machine tool to ensure stable beam transmission quality and effectively prevent the lens from being too hot to cause deformation or bursting.
Gas cylinder
It includes a CO2 Laser Marking Machine working medium gas cylinder and an auxiliary gas cylinder to supplement the laser-oscillated industrial gas and the auxiliary gas for the engraver head.
Air compressor and gas storage tank
It is used to provide and store compressed air.
Dust collector
It is used to extract the dust generated during processing and to filter it so that the exhaust emissions comply with environmental protection standards.
Slag discharge machine
It is used to exclude corners and scraps generated during processing.
How To Maintain CO2 Laser Marking Machine
Any engraving machine will produce contaminants like smoke, resin, dust, and other debris, so it’s important to keep the machine and the area around it clean. This will prolong is and keep it running efficiently. Use a vacuum with a HEPA filter to suck up any debris, and wipe down the surface of the machine with a damp cloth on a regular basis. Also make sure that you keep the crumb tray clean by removing any debris that has accumulated in it. You can slide the crumb tray out for cleaning by opening the access door at the front. Also clean the exhaust port by removing, inspecting, and cleaning the duct at the back of the machine.
The optics are vital parts of a CO2 Laser Marking Machine, so it’s important to check regularly for dirt or build-up. A dirty lens can cause the engraving to be fuzzy or unclear, so it’s important to keep the optics pristine. Use a soft, dry cloth or a soft brush to clean them on a weekly basis. If there’s stubborn build-up, you can use a good quality optics cleaner and a soft cotton swab to clean the optics. Just be sure to remove all cleaner from the lens well afterwards and dry it thoroughly before running the machine again.
Any moving parts on your CO2 Laser Marking Machine should be lubricated on a regular basis to keep them running smoothly. This includes fans, motors, the X/Y rail system and any other moving parts. Be sure to use a high-quality lubricant that won’t damage the finish on your machine. Apply the lubricant generously and then operate the machine for a few minutes to work it in well. Also remember to wipe away any excess carefully.
The air filters on your CO2 Laser Marking Machine play a vital role in keeping dust and debris from accumulating inside the machinery. Check them regularly for build-up and replace them as needed. You can use a flexible plastic or soft wire brush to reach inside the vent. The downdraft ports have to be cleaned in a similar way. This will help ensure that your machine continues to run smoothly and efficiently.
Things to Note When Using CO2 Laser Marking Machine
Observe the safety operation procedures of general laser equipment. Start the laser in strict accordance with the laser starting procedure. Operators must be trained, familiar with equipment structure and performance, and master relevant knowledge of operating system. Wear labor protection articles as required, and wear qualified protective glasses near the laser beam.
Do not process a material before it is clear whether it can be irradiated or heated by laser, so as to avoid the potential danger of smoke and vapor. When the equipment is started, the operator shall not leave the post or entrust someone to be in charge without authorization. If it is really necessary to leave, stop the machine or cut off the power switch.
Put the fire extinguisher in an accessible place; Turn off the laser or shutter when not processing; Do not place paper, cloth or other inflammables near unprotected laser beams. In case of any abnormality during processing, stop the machine immediately, eliminate the fault in time or report to the supervisor.
Keep the laser, bed and surrounding site clean, orderly and free of oil stain, and stack workpieces, plates and wastes according to regulations. High voltage safety regulations shall be observed during maintenance. Maintenance shall be carried out every 40 hours of operation or weekly maintenance, every 1000 hours of operation or every six months in accordance with regulations and procedures.
After startup, manually start the machine tool at low speed in X and Y directions to check whether there are abnormalities. After inputting the new workpiece program, it shall be commissioned first and its operation shall be checked. During operation, pay attention to the operation of the machine tool to avoid accidents caused by the Co2 laser engraver out of the effective travel range or the collision between the two machines. During the operation of the Co2 laser engraver, the protective cover on the laser machine must be lowered to prevent the laser beam from injuring people.
FAQ
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