Popular UV laser marking machine in market-Eliza

Popular UV laser marking machine in market-Eliza

>>Firstly UV Laser Marking Machine picture

>>Second Machine feature

  • Firstly, cold light, no heat effect, minimal heat affected zone, no thermal effect, no material burning issue;
  • Secondly,355um UV laser focused spot is very tiny, suitable for very high precision marking.
  • Thirdly, Materials can absorb, and thus a wider range of applications;
  • Fourthly, Stable performance , small size, low power consumption.
  • Fifthly, High marking speed, high efficiency;
  • Sixthly, High speed galva mirror scanner.
  • Seventhly, Deft design brings good protection for the operator.
  • Eighthly, Easy operation,software supporting AutoCAD, Coreldraw, Photoshop etc.
  • Finally, Powerful software Text symbols, graphics, images, bar code, automatic layout and modify the qr code, serial number, etc

>>Third Applicable industry

  • The flexible PCB marking, scriping;
  • Plastic, like ABS;
  • Porous silicon wafers, blind hole processing;
  • LCD glass qr code marking, punching;
  • Metal surface coating glassware surface marking;
  • Plastic buttons, electronics, gifts;
  • Communications equipment, building materials and so on;
  • Ceramics;
  • Lens
Machine Mode XTL-UV5
Marking Scope 110*110mm
Laser wavelength 355nm
Min. character size 0.06mm
Laser power 5w
Power supply 220V/50Hz
Package size 92*80*157cm
Net weight 120kg
Gross weigh 170kg
HS Code 845611

Additionally, UV laser is optical fiber laser integrated structure, it has no optical pollution, no power of the coupling loss, compact structure compact, air cooling, with other laser don’t possess the high efficiency and reliability.

Here sharing with you the new marking samples on leaf by UV laser marking machine, it is just tested by our engineer, he has 15 year’s experience on laser machines, and has a good knowledge for parameters setting. He always do some interesting testing:










If you want to know about UV laser marking machine. Pls feel free to contact:


Email: lasermachine01@xtlaser.com

How to improve quality of your fiber laser cutting machine?-Teresa

How to improve quality of your fiber laser cutting machine?

Metal laser cutting machine, as we all know, the most important advantage of it is that it can greatly improve the cutting accuracy. However, many customers have such problems during the actual use process. That is, only pay attention to the cutting speed, which will lead to the product quality can’t be effectively controlled. So how to ensure the quality of laser cutting? Let XTLASER tell you.

1.Preparation before cutting

In order to improve the cutting quality, it is necessary to carry out scientific and reasonable cutting design, review and repair the drawings before cutting.

2.During cutting

During the cutting process, in addition to adjusting the relevant parameters of the machine according to the material thickness, your operator should pay attention to the cutting quality of the sample. The batch cutting shall be carried out only after the sample printing quality is qualified enough.

3.Correct adjustment of focus position

Adjust the position of focus according to the material and thickness of the cut. Usually thin carbon steel below 5mm, with zero focal length and focus on the surface of the workpiece, aluminum, stainless steel and other workpiece focus on the surface of the workpiece, when cutting thick carbon steel plate, the focus is on the surface of the workpiece.

4.Adjust assist gas pressure data

When cutting at a faster speed, the stability of gas pressure has a great influence on the cutting burr. According to the data parameters,  the best gas pressure can be adjusted to ensure the quality after cutting.

In fact, no matter how high-tech the machine is, it can’t work it self without operator. So it is necessary to remind the operator or engineer of customers to learn how to use the machine from XTLASER. Or if customers have any problems with machines, please feel free to contact XTLASER.


Whatsapp/Mobile: +8615006829603

Skype: xtlaser Teresa

Facebook: https://www.facebook.com/teresa.ren.754

Save more cost by fiber laser cutting machine-Teresa

Save more cost by fiber laser cutting machine

Save more cost by fiber laser cutting machine.

Comparison of energy consumption between fiber laser and CO2 laser.

Fiber lasers have short-wavelength characteristics that increase the absorption of the beam by the cutting material.

And can cut materials such as brass and copper as well as non-conductive materials.

A more concentrated beam produces a smaller focus and a deeper depth of focus, so that fiber lasers can quickly cut thinner materials and cut medium-thickness materials more efficiently.

The CO2 gas laser system requires regular maintenance,the mirrors require maintenance and calibration, and the resonant cavity requires regular maintenance.

The fiber laser cutting solution requires virtually no maintenance.

Comparing with CO2 cutting systems, fiber cutting solutions are more compact and have less impact on the ecological environment, so need less cooling and energy consumption is significantly lower.

The CO2 laser needs to be adjusted before using the light. The condition of the optical path will directly affect the cutting effect of the workpiece. Therefore,need to adjust and maintain the optical path manually regularly. The thermal lens effect of the YAG solid-state laser is obvious and needs frequent maintenance. The optical fiber transmission of the fiber laser is free of adjustment. It is maintenance-free, highly stable and easy to operate.

The photoelectric conversion rate of the fiber laser is more than 30%.

And the photoelectric conversion rate of the same power CO2 laser cutting machine is about 10% to 15%.

The photoelectric conversion rate of the solid laser is 3%.

The fiber laser consumes only 20-30% of the power of the same power CO2 laser, and the overall cost is lower.

By comparison, the fiber laser cutting machine works more efficiently under the same conditions, and the cutting effect is better, maintenance-free.

If you do not know which is suitable for you,we could help you.




Laser Cutting Steel/Laser Cutting Aluminum Problems – Elena

Although metal cutting operations traditionally employ mechanical or manual processes, laser cutting can be a viable, effective, and cost-efficient option for metal fabrication. Laser equipment is distinct from other cutting machines in both design and application. For example, laser cutters do not make direct contact with material, rely on high-energy power sources, have tighter cutting tolerances, and are generally automated to maximize precision.

Development of laser machine is very difficult. Unlike standard-grade or carbon steel, aluminum and stainless steel are light-reflective and heat-conductive metals. So it can be difficult to fabricate them using a laser cutting process. A possible solution for laser cut aluminum and laser cut steel, involves the use of a higher power setting coupled with compressed gas technology. Using gases in conjunction with cutting operations is fairly common. Nitrogen and oxygen assisted laser cutting machines can shape aluminum and stainless steel at relatively high capacities and with quality edge finishes. However, higher electricity consumption and the cost of peripheral equipment. Such as gas or air filters, can increase expenses for these systems.

Research and Development

Many organizations, such as the Laser Institute of America and Laserlab Europe. Conduct ongoing research to determine the best standard practices and optimal laser applications for a range of materials. Likewise, laser cutting head specifications are continually being revised and adjusted to improve the quality of laser piercing and the cleanness of laser cuts. As laser cutting systems continue to improve in their capacity, production rates, and cost-efficiency. More steel and aluminum laser cutting applications are likely to appear.




Main functions of 3D fiber laser marking machine-Lisa

Main functions of 3D fiber laser marking machine-Lisa









Laser marking machine have very fast development nowadays, we can see 2D laser marking machine have very wide application in so many fields. But the disadvantage of 2D laser is it can only work on the flat surface. With the help of rotary device, we can use it mark some cylinder, such as cup. Even in this case, it have many limitation on curved surface marking. So 3D fiber laser engraving machine rise in the market.

3D Fiber Laser Engraving Machine









3D means Dynamic focusing, compare with ordinary 2D laser machine, 3D laser marking machine use different galvo head. Ordinary 2D scanning head only have two mirrors, but 3D scanning head have three mirrors. The third mirrors can move forward and backward. This is the key technology of 3D laser marking machine.

Except scanning head, control card and control software is the brain of laser markers. One good control software will make complex operation become very easy. Most company will development the software together with scanning head.

1. Curved laser marking








3D laser marking machine have three main application. include curved laser marking, emboss laser engraving large format laser marking machine.1. Curved laser marking

This type 3D laser’s working size usually under 300*300mm. We can use it mark curved surface and ball surface. Different with rotary marking, 3D curved marking have very high precision and working speed is much more faster. It is same with normal flat marking.

2. Emboss laser engraving







Emboss laser engraving is same popular with curved laser marking. we can use it make many art crafts, gift, mold etc. Its main application is deep engraving.

Although 2D laser machine can do deep engraving, all depth is same and in same leveal. 3D laser engraving can reach different depth and the performance seems like three-dimensional pattern.

3. Large format laser marking machine






We know the max working size of 2D laser marking machine is 300*300mm now. But many people need do large working size. With 3D laser marking machine, usually its working size can reach 600*600mm. As for bigger size, it need customized scanning head.

Although 3D laser marking machine have many special application, its price also is higher now. Most customers can’t accept it. With the help of development and price decreasing, it may become same popular with ordinary laser in the near future.

If you want to know more details about this machine, you can contact me by below:

Contact person: Lisa

Email: lasermachine02@xtlaser.com

Mob:0086 15954124625

Applications of laser marking machines in the mobile phone industry Lisa

What are the applications of laser marking machines in the mobile phone industry?

Laser marking machine is applicable to the product marking in many industries. The mobile phone manufacturing industry is no exception. Mobile phone is the primary application of laser processing in mobile phone manufacturing. Mobile laser marking is a clean and pollution-free high environmental protection.

Processing skills has non-touch carving, the workpiece is not deform, the carving precision is high, the definition is high,the permanent is good and so on. Well-known mobile phone parts laser marking mainly includes: logo marking, mobile phone case, mobile phone battery. Mobile phone jewelry marking, earphone, power adapter and so on.



What the Laser marking machine can do?

The traditional method is to use silk screen printing on the outside, silk screen ink is heavy, not delicate, difficult to follow. The printing effect is not ideal, and the ink component use in silk screen printing is heavy metal chemical element. not only

The importance of laser marking machine on mobile phones: the new technology of carbon environmental protection. The mobile phone uses laser marking, this permanent marking method can improve the anti-counterfeiting ability. And can increase the added value, so that the product looks higher grade. More branded. because of Processing characteristics of mobile phone laser marking machine:

1, the mobile phone can be processed in a wide range, mobile phone casing. mobile phone film, mobile phone screen, chip and other components are suitable for laser processing;

2, a large number of mobile phone parts, the need for a variety of laser processing methods, including violet lasers, fiber lasers, etc.;
3, a large number of mobile phone materials, including metal, plastic, dielectric materials, liquid crystal materials, etc. need to use different laser equipment; such as
4, high processing accuracy, high efficiency, low cost, laser processing is extremely advantageous. although
The laser marking machine features very obvious, integrated design, small size, low power consumption, long life, high efficiency, maintenance-free, high-quality laser beam, fine spot, no need for consumables.

So, is there any application of laser marking machine in the mobile phone industry? so

1. Hardware decorative film and mobile phone case

The laser marking machine can not only mark the LOGO, product information, etc. on the metal decorative piece and the outer casing, but also make the effect of the netting result and the drawing result, and the marked lines are more refine and the pattern is more refine. Other laser marking machines have a higher repetition rate and can greatly increase the marking rate. in summary

2. Mobile phone light button

It accepts light-transmitting buttons made of silicone, which is highly sensitive to laser power. The sequence of the pulse of the usual laser marking machine is not stable, which is easy to cause uneven marking and affect the transmission result. Accepting the end-pump layout and participating in the pulse-controllable skills, it can form a stable pulse sequence with a more uniform color. for

3. Charger and battery and other finished products (even though)

You can use laser marking machine to mark LOGO, product information, etc. Including serial number, production date and batch number, barcode, QR code, etc. because
The current mobile phone processing industry has embraced the laser processing skills, including satisfaction with some of the natural needs. From a market perspective, it is imperative to develop a product with clear logo. stable performance. Mature skills, small size, easy maintenance and high cost performance. The laser marking machine not only has a fine marking, well-proportional, stable pulse sequence. But also low cost, which is very good for the current mobile phone processing market. since
The laser marking machines can engrave a variety of non-metallic materials. Used in clothing accessories, pharmaceutical packaging, wine packaging, architectural ceramics, beverage packaging. Fabric cutting, rubber products, shell nameplates, craft gifts, electronic components, leather and other industries. as soon as

If any info you need, pls let us know, my whatsapp is 0086 15954124625

What are the advantages of 3D laser marking machine? lisa

What are the advantages of the 3D laser marking machine?


First, a larger range and more elaborate light effects

3D marking uses a front focusing optical mode that uses a larger X, Y axis to deflect the lens. Thus allowing for a larger laser spot, better focusing accuracy, and better energy efficiency; if 3D marking is in 2D marking When working with the same focus accuracy, the marking range can be larger.

Second, can mark objects of different heights

3D marking can quickly change the laser focal length and laser beam position, making surface marking impossible for 2D possible. After using 3D, the cylindrical marking in a certain arc can be complete at one time. Which greatly improves the processing efficiency. Moreover, in real life, the surface shape of many parts is irregular. And the advantages of 3D marking will be very obvious.

Third, more suitable for deep carving

The traditional 2D marking has inherent defects in the deep surface carving of the object. As the laser focus moves up during the engraving process, the laser energy acting on the actual surface of the object will drop sharply, which seriously affects the effect and efficiency of the deep carving.

The traditional deep carving method is to electrically move the lifting table at a certain height during the engraving process,  to ensure the laser is on the focus. The 3D marking for deep carving processing does not have the above problems, which not only ensures the effect, but also improves the efficiency, and at the same time saves the cost of the electric lifting platform.

Fourth, can achieve multi-color marking

For general metal surface blackening, such as anodized aluminum, it is usually using for a suitable energy to use higher frequency pulses, marking with a certain defocusing, the defocusing distance obviously affects the energy distribution of the laser on the material surface and Color effect. For general 2D marking users, even if advanced features such as surface marking are not required, it is meaningful for the 3D marking machine to perform plane processing of multi-gradation multi-color effects.
Compared to traditional flat marking, 3D laser marking machine has more practicality in many occasions. If you need deep surface carving, please choose 3D laser marking machine using laser beyond.

More information, you can contact me directly

Whatsapp:0086 15954124625


Best regards

Fiber laser marker used for marking ABS-lisa

Fiber laser marker used for marking ABS-lisa

ABS is a kind of BS (styrene-butadiene rubber), PB (polybutadiene),  PBA (butadiene rubber) dispers in AS (acrylonitrile-styrene copolymer) or PS (polystyrene) multi-component polymer. Due to the different ratios, different properties and melting temperatures can be obtain. If the ABS blend with other plastics or additives, it can be expanded to ABS for different uses. Such as impact grade, flame retardant grade,heat resistance,transparent grade, electroplating grade, enhanced grade, etc. Based on the characteristic of ABS material, the laser marking machine can mark on the ABS material. ABS has very good flame retardancy,which widely used in electronics, electrical appliances, and communication equipment. since

Buy the best ABS laser marker machine

The ABS laser marker absorbs laser energy and converts the laser beam into heat energy, which generates heating, evaporation carbonization and chemical reaction. For different plastics chemistry, there are different varieties of light-color laser markings on dark backgrounds and dark laser markings on light-color backgrounds, which are suitable for black, white, yellow and gray marking on materials such as nylon.because
1, UV laser marker marks plastic has better effect ,but more expensive. UV laser does not have heat, so will not burn the plastic surface , the pattern is more beautiful. It is popular to use for mobile phones LOOG,  high-end cosmetic case,mobile phone charger, FPC circuit board,  high-grade tableware, high-end watch,glass porcelain, bottle cap QR code etc. but

2, fiber laser marker machine, affordable  price is about $2600~$4000, the shortcomings have higher requirements for plastic materials. It must be pure material, can not dope with any nozzle material. It is necessary to add laser engraving powder to the plastic raw materials to achieve the idea effect.

Any more information about fiber/uv/green/mopoa laser marker machine if you need, just let us know.



Looking forward to receive message from you


Take one minute to know fiber laser welding machine-Teresa

Take one minute to know fiber laser welding machine

In industrial manufacturing, laser equipments are popular in marking, cutting, welding and other fields. Fiber laser welding machine has become a major trend at present. This is because of the many advantages of fiber laser welding machine.

1. Advantages of fiber laser welding machine:

Firstly, good processing stability

The heat input can be reduced to the minimum required amount. The metallographic change range of the heat-affected zone is small. And the deformation caused by heat conduction is also the lowest.

Secondly, high processing efficiency

It can reduce the time required for welding thick plates and even save the use of filler metal.

Thirdly, less machine loss

There is no need to use electrodes, and there is no concern about electrode contamination or damage; non-contact welding process. This can make the wear and deformation of the equipment be minimized.

Fourthly, wide processing range

The workpiece can be placed in a closed space (under vacuum or internal gas environment under control). The laser beam will focus on a small area. It can weld small and closely spaced parts, can weld a wide range of materials, and can also join various heterogeneous materials. It is easy to automate high-speed welding and can also be controlled by digital or computer. When welding thin materials or thin-diameter wires, it is not as easy to have trouble like arc welding.

Fifthly, small processing conditions

It is can accurately align the weldment and not affected by the magnetic field. (arc welding and electron beam welding are easy to be affected by the magnetic field). It can weld two metals with different physical properties (such as different resistances). Don’t need vacuum or X-ray protection.

2. XTLASER handheld fiber laser welding machine:


Firstly, simple and easy to operate

Simple and easy operation, no deformation of the welding seam; stable laser output to ensure welding consistency; high power density after laser focusing; fast speed, large depth and small deformation; 360-degree micro-welding without dead angles.

Secondly, fast welding speed

It is more than twice that of solid YAG laser welding, and 3-5 times that of argon arc welding; it saves cost, is stable and worry-free.

Thirdly, beautiful welding process

Breaking through the limitations of the original workbench, it is suitable for all kinds of complex welding seams, and it is easy to weld any part of the workpiece at any angle. The humanized design and technology upgrade can produce beautiful welding seams.

Fourthly, swing welding head

The process that traditional magnetic head cannot complete, the swing welding head only needs to use 70% of the power, which can save the cost of the laser;
The swing welding method, the width of the welding point is adjustable, and the welding fault tolerance is strong, which makes up for the small shortcomings of the laser welding point, expands the tolerance range of the processed parts and the width of the welding seam. Thus obtains a better welding seam forming effect.

Fifthly, 360 degree micro welding

After the laser beam is focused, a small spot can be obtained, which can be accurately positioned and used for group welding of small and micro-sized workpieces to realize mass production. Mainly used for welding thin-walled materials and precision parts. It can realize spot welding, butt welding, stitch welding, sealing welding, etc. It has high aspect ratio, small weld width, small affected area, small deformation, fast welding speed. What’s more, do not need to process or simple handling after welding.

For more information, welcome to contact us.

Email: xintian105@xtlaser.com

Whatsapp: +8615006829603

Skype: xtlaser Teresa

How Proper Maintenance Affects Laser Cutting Quality-Teresa

How Proper Maintenance Affects Laser Cutting Quality

Lasers can produce some of the highest quality and most accurate cuts for fabrication. However, laser cutting can only be successful when fabricators consistently perform proper maintenance on their equipment. Without proper preventative maintenance, lasers will not perform optimally. Lack of preventative maintenance can lead to lower quality, imprecise cuts and an improperly functioning machine. Fortunately, as long as you perform regular maintenance, your laser will function optimally at all times. We’ve compiled a list of the top preventative maintenance steps you can take to keep your laser in optimal condition.

Keep Optics in Check

After performing any maintenance on the optics of your laser, you should make sure they are returned to OEM specifications. Out-of-spec optics can affect mode quality, beam quality, cutting performance, and optics life. Beam analyzers and beam profilers can address this issue. These tools are large camera-based systems that measure beam characteristics when the laser beam passes through. However, this equipment is very expensive.

Fortunately, fabricators can avoid the need for this expensive equipment by imprinting and attaching the original mode burn profiles on a piece of acrylic attached to each machine before it leaves the factory. This action allows fabricators to reference and check quickly for proper shape, size, power setting, and beam optic specifications. Advanced CNC machines are now programmed with step-by-step instructions both for performing maintenance checks and for simplifying optics checks. This is the benefit of utilizing the most modern technology. These instructions make it easy to keep your laser’s optics in check and ensure proper maintenance at all times.

Monitor Temperature

The chiller performance is important to the functionality of your laser, so it’s important to keep an eye on its temperature gauge at all times. Variations in operating temperature can affect the machine’s performance. Extreme temperature changes can even result in resonator damage, which will require a costly, time-consuming repair. All chillers have temperature sensors or temperature display to help fabricators monitor the temperature to prevent problems.

With newer control technology, fabricators can set the temperature to remain constant, eliminating the need for constant monitoring. However, even in this instance, fabricators will still need to monitor water levels in chiller units. Water can build up, especially when left idle for long periods of time, such as a long weekend. When water collects, it will build up conductivity. When the conductivity in the chiller unit is high, the machine’s self-diagnostic features will not allow the resonator to start until the level lowers. However, this operator can easily lower the chiller’s conductivity level by running the unit for a few minutes before cutting. Additionally, the operator should change the resin when necessary, which deionizes the water and helps lower conductivity.

Keep Equipment Clean

Keeping equipment clean is one of the most obvious maintenance steps to take. However, it is often the most neglectful. Especially processing areas, support slats, scrap drawers, slugs, and pallet ways. However, these areas can all contain a buildup of debris, dust, grease, and grime, which will affect the machine’s performance. A buildup on machine slats can affect slat support, causing the material to shift. This shifting can affect cut consistency, accuracy, and productivity.

Additionally, unclean processing areas, scrap drawers, dust collectors, and ducting can create a thermite hazard. Thermite is a mixture of aluminum and the oxide of another metal, typically mild steel that occurs in fabricating environments. When thermite is ignited, high temperatures can be produced that will cause significant damage to equipment. Fortunately, with regular cleaning of all parts of the laser, you can avoid these issues easily.

For more information, pls feel free to contact Teresa.

Email: xintian105@xtlaser.com

Whatsapp: +8615006829603

Skype: xtlaser Teresa