Cutting solutions for jewelry industry-Ariel

Cutting solutions for jewelry industry

This article is about cutting solutions for jewelry industry.

We have many clients who do jewelry business.Some of them are big famous jewelry brand, and some are small jewelers with a small shop. Anyway, they all need to cut gold, silver or brass plate to make necklaces or earrings. But how to cut it with a perfect effect and fast speed? Also with a low cost. Many clients will have this question.

Warranty of fiber laser marking machine

Solution 1-Fiber Laser Marking Machine

Advantage: this machine can cut, mark and engrave the silver or gold plate. And its price is cheap.

If you have a small jewelry shop, and only sell some customized necklaces or earring. Or you need do some customized jewelry for your clients. Fiber laser marking machine is good choice. Because it can mark, engrave and cut the plate.If you need to cut ≤0.7 mm sliver and gold plate, you can choose 30w. But if you need to cut 1mm silver and gold, we suggest you choose 50w. Its speed will be faster than 30w.

For the machine, we have mini type and desktop type can be chose. For European clients, you can choose enclosed type fiber laser marking machine. About more machine details, you can look our website.

laser marking machine for jewelry

MOPA laser marking with rotary

Solution 2- Fiber Laser Cutting Machine

Advantage:It can cut thin silver and gold plate and  it has a fast cutting speed.

Disadvantage: Price is a little expensive.And it can’t do marking and engraving job.

If you have enough budget or you need a fast speed, you can choose fiber laser cutting machine.We designed a model for jewelry clients, which has high precision and  small machine body.Here is the machine photo. Its cutting area is 600*600mm. And 1000w can cut 1-1.5mm silver plate or 3mm brass with a fast speed.

If you have this demands or other questions,pls feel free to contact me.

Ariel from XT LASER
WhatsApp&Wechat&Mobile: +86 17866940010
Skype: Ariel XTLaser

How to improve the efficiency of the fiber laser marking machine?-Angelina

How to improve the efficiency of the fiber laser marking machine?

In this passage, we will give some suggestions for improving the efficiency of the fiber laser marking machine.

At first,the primary factors affecting the fiber laser marking machine is divided into internal factors and processing of the two elements of the workpiece.

The main internal elements are laser frequency, laser spot form and beam divergence Angle, laser power, reasonable optical integration.

The first internal factors in the early model selection of time attention, should follow the laser engineer’s opinion to choose.

Another factor is the primary need for customers to pay attention to the needs of processing.

The primary marking density, marking format, marking depth and laser spot size.

Secondly, it is optical fiber laser marker marking density

In the case of the same format, equal spot and the same depth, the higher the marking density is, the slower the corresponding marking speed will be.

The original density directly increases the marking area.。

Thirdly, fiber laser marking machine marking format

Because the deflection area of large format marking galvanometer increases, the marking speed of large format is slower than that of small format.

At last,Optical fiber laser marking machine marking depth

According to the requirements, if the marking depth needs deepen,we need adjust the parameters of the fiber laser engraving machine.

So as to increase the power, current and other factors of the fiber laser marking machine.

Therefore, the above factors will affect the marking speed  in these processes.


Method to improve the marking speed of laser marking machine-Angelina

Method to improve the marking speed of laser marking machine

The main reasons affecting the marking speed of optical fiber laser marking machine are divided into two aspects.

One is the equipment itself, the other is the workpiece processing.

The main reasons of the equipment itself are laser frequency, laser spot pattern and beam divergence Angle, laser power, reasonable optical shaping and auxiliary gas in processing.

Customers should consider this point when choosing laser marking machine.

We suggest to choose the type of laser engraving machine according to the opinions of professional technical engineers.

Another reason is marker density, marker width, marker depth and laser spot size.

Marking density: in the same width, spot and depth, the higher the marking density, the slower the marking speed.

Because the density directly increases the marking area.

Marking area: as the deflection area of large area marking galvanometer increases, the marking speed of large area is slower than that of small area

Marking depth: adjust the parameters of the fiber laser marking machine and increase the power, current and other parameters of the fiber laser marking machine to affect the marking speed.

Laser spot size: the larger the spot, the faster the marking speed.

Solutions for jewelry fiber laser cutting machine-Ivy

Solutions for jewelry fiber laser cutting machine

This is Ivy here from XTLASER,have worked in laser industry near to 4 years. And served over 300 customers before. Now more and more customers want to do engraving also cutting works on jewelry. Such as silver,gold and brass,thickness up to 2mm. To be honest,it is little embarrassed…Here two options about Solutions for jewelry fiber laser cutting machine.

*First is Fiber laser marking machine.


As we know,50w can cut 0.1-1.2mm thickness jewelry plate. And 100w has no big difference cutting ability with 50w. But the cutting speed is little faster than 50w power. Such as 50w takes 7 mins but 100w can finished that within 5 mins. Is it clear? And this marking machine can do marking and engraving works very smoothly.

*Second is Fiber laser cutting machine.


As for 1.5-2.0mm jewelry plate cutting,at least need 1000w laser power to cur. Yes. The machine can cut though material one time. But,as for Fiber laser marking machine have to mark on material one layer by one layer. And after many times marking. Then cut it down. So the fiber laser cutting machine will be faster than marking machine! However. The question is big cutter machine not suitable to mark and engrave on metal.

50w marking machine with 100*100mm lens 1000w n-Light with 600*600mm working area
*Machine outlook:open type.
*50w/100w Raycus laser source .

*come with 2D working table.
*extra red light .
*extra lamp .
*original EZCAD   .
*Sino gavlo head  .
*Singapore wavelength 100*100mm lens.
*Industrial computer.

Machine Outlook:Enclosed type.
Fiber Laser source:n-Light.
Laser Head:Raytools.
Transmission system:Dual-drive, precise Ball Screw .
Guide rail:Taiwan HIWIN.
Speed Reducer:Motorreducer.
Motor:Servo motor: Fuji/YASKAWA, Japan.
Principle Y axis use 2 sets of motor,X axis use 1set,Z axis use 1 set of motor.
water chiller:Hanli& Tong fei.
Control System:Cypcut.

And here is comparison of different machine:

As for Advantages As for Disadvantages
About Fiber laser marking machine *Lower machine cost;
*Easy to learn and operation;
*Fast production time;
*Can do marking,engraving & cutting;
*No wearing parts;
*Support ring inside and outside marking;
*Cutting speed is slow;
*Max only can cut 1.2mm;
About Fiber laser cutting machine *Fast cutting speed;
*Can cut up to 2.0mm jewelry plate;
*Machine cost is higher;
*Need about 4-5 weeks for production;
*Need our engineer to your factory for installation and training;
*Has wearing parts on cutting head,such as protective lens and nozzle;
*The machine size is bigger;
*Not suitable for marking and engraving;

Based on our experience. 95% customers would like to chose Fiber laser marking machine.

Hope it can help you.

Wechat/whatsapp:0086 17864184107




Jewelry Laser Systems for Laser Welding, Laser Engraving and Laser Cutting

In this jewelry laser welding and laser engraving video.  We demonstrate some of the many applications available with laser technology for jewelry repair and design.

Laser Welding Jewelry

Jewelry laser welders can fill porosity, re-tip platinum or gold prong settings, repair bezel settings, repair/resize rings and bracelets without removing stones and correct manufacturing defects. because. Laser welding reconfigures the molecular structure of either similar or dissimilar metals at the point of welding, allowing the two common alloys to become one. but

Manufacturing and retail jewelers currently using laser welders are often amazed at the wide range of jewelry applications and the ability to produce a higher quality product in less time with fewer materials while eliminating excessive heat effects. and

Laser Engraving Jewelry

Laser marking and engraving systems are a fast and clean technology that is rapidly replacing older laser technologies. Direct laser marking and laser engraving has now become a common process in the jewelry industry. It offers a non-contact, abrasion-resistant, permanent laser mark onto almost any type of material including gold, platinum, silver, brass, stainless steel, carbide, copper, titanium, aluminum as well as a wide variety of alloys and plastics. although

Identification text, serial numbers, corporate logos, 2-D data matrix, bar coding, graphic and digital images. Or any individual process data can be produced with laser engraving. Just to name a few of the many laser marking and engraving applications available. as soon as

Laser Cutting Jewelry

All jewelry metals, precious and non-precious, can be laser cut-from gold and silver to stainless steel and titanium. For most types of laser engraving machines, metal thicknesses up to 1 mm work well for laser cutting pendants, charms, keepsakes and monograms. As a general rule for name jewelry designs, a thickness of 0.5 to 0.8 mm will suffice. since

The different properties of each metal make the laser-cutting process unique for each, including gold, silver and stainless steel.

If you need more details to learn our laser machine, please contact us freely.


Mob/whatsapp: 008615954124625

30w 50w Fiber laser marking engraving machine for Valentine’s Day jewelry ,gold,silver,ring :Claudia Me

Jewelry ring customized for Valentine’s Day gift 2020 with laser marking engraving machine.

Fiber laser marking engraving machine.

2019 is coming to an end,most of people pay attention to celebrate upcoming Christmas and new year’s day.

However, sweet couples are looking forward to Valentine’s Day.

We have laser engraving machine can permanently mark someone’s name ,logo,number etc on jewelry ring as customized gift for Valentine’s Day.

If you have a laser engraving machine,you will save lots of time and manual cost.

Becasue laser machine is easy to operate by one only need a few seconds to mark and engrave one product like below video showing:

30 watts laser machine can engave 0.5mm depth and 50watts can engrave 1.2mm depth on gold and silver.It is permanent,won’t fade.

Laser technical develop faster and faster in China recent years.

All kinds of machines appear in the market, and the price is much lower.

And lifetime of machine is nearest one hundred thousand hours.

So it is high cost effective mahcine be worth to have.

Except jewelry, fiber laser marking machine can mark on almost metal like stainless steel,Al,copper,alloy etc,a part of hardplastic like ABS,PP.

It’s two months away from valentine’s day in 2020.

Please speed up your purchase, with a lot of discounts and free gifts.

Jinan Xintian Technology Co., LTD. ( XT LASER ) Email:
Cell & whatsapp: +86 17852254044 Skype: ; QQ: 1335621071; Wechat:17852254044; Website:


Introduction of fiber laser marking system-Ariel

Introduction of fiber laser marking system

This article is about introduction of fiber laser marking system.

jewelry ring laser marking machine










Fiber laser marking machines are now taking the leading role in laser marking technologies,comparing with other laser marking machines.In other words, fiber laser marking system represents the ultimate laser marking technologies. Because its extremely compact function and structure.

The main work principle of the fiber laser marking machine:

Marking on the surface of different materials including metals. And some non-metals in the forms of various patterns, logos or some other tags. These marks are permanent and won’t disappear with time going by. Therefore metals or non-metals can carry cultural connotation of products, companies.And special symbols to wider range of population and places. Which marks not only patterns or characters, but culture and value.

With such advantageous technique, fiber laser marking machines can be used in a range of industries, such as auto parts, electronic components, mechanical parts, instruments, hardware tools, articles for daily use, etc. And in real marking process, the greater the power is, the faster and deeper the marking is. Generally, taking our fiber laser marking machine as an example. We can utilize 50W/100W machine to mark on the sheet metals thinner than 1mm. The common marking depth is no more than 0.01mm, and if you persists marking in 0.1mm deep, we will recommend a deeper fiber laser marking machine . As for the marking speed, high-speed lens tends to marking at a faster speed, up to 7000mm/s; a common lens can marking at 2000mm/s to a maximum.

In addition, the fiber laser generator of our fiber laser marking machine has a very long lifespan that can work up to 100,000 hours, which will yield fat economic returns for you. If you are longing for further information about fiber laser machines, please feel free to contact us.

Different marking lens of fiber laser engraver-Wendy

Different marking lens of fiber laser engraver

Different marking lens of fiber laser engraver.

The fiber laser marking machine is becoming popular. Many people choose to use it in their production. Lens is an important part of the machine. The common lenses in laser marking machines are 110 * 110,  200 * 200, 300 * 300 and etc. How to use different lenses is actually how to choose different focal lengths.

There are many factor affecting us to choose lens:
First,the size of the specific marked object. And size of marking range required.

Second,the precision of processing and the overall matching of equipment are required.

Third,focal length is related to working distance. But the focal length is not equal to the working distance. When the object is larger and the marking range is enlarging. So the lens is also relatively larger. Manufacturers usually like to scan and mark large areas.

How to choose the lens of fiber laser engraver:
First,we cannot only choose the large lens. Many people think larder is bigger. That is not true.If you only increase the scanning area. There will be many problems. When the scanning area reaches a certain degree. The light spot diameter is very large, not sufficiently fine. Because the spot becomes large,the distortion increases. So the power density of laser decreases rapidly, and the working distance lengthens. This inevitably leads to the loss of laser energy. So it doesn’t conducive to precision machining.
Second, you should also consider the overall configuration of your equipment when selecting the focal length. If your equipment is a laser marking machine and a 10 W fiber marking machine, it is recommended that the lens should not exceed 300 * 300 mm. The larger the lens of the laser, the greater the consumption of the laser, and the poor quality of the light beam, the lower the marking effect.

Fiber laser machine in steel work industry-Wendy

Fiber laser machine in steel work industry

It is the time to upgrade your carbon laser cutting machine

XT LASER, provide rich series products fiber laser marking & cutting machine series for all kinds steel work. And while you may be initially searching for a YAG laser now, what you’ll find is that you really need a fiber laser system instead. With the advances in the industry, YAG technology has become out of style, and the best way to improve your facility’s marking capabilities is by investing in fiber lasers.

The difference between YAG & FIBER LASER

1.Maintenance cost

Although fiber’s purchase cost is a bit higher than fiber, it’s after-sales maintenance cost will be much higher than fiber’s;
Due to YAG’S complex and instable light path;
The lighting tube and crystal in YAG, need to be changed regularly, which is up to $1,500 every time;

2.Photoelectric conversion rate

YAG’s photoelectric conversion rate is only  2%; while fiber’s will reach to 25%;

3.Power consumption

YAG’s power consumption is 2 times than fiber’s;
Taking 1000w machine as an example, for 1000W YAG, it’s power consumption is up to 15 kilowatt/ hour; while Fiber’s is the 15-16 kilowatt / hour merely;

4. Cutting precision

YAG’s cutting presion is lower than Fiber’s;

5. Cutting speed

YAG’s cutting speed is lower than Fiber’s;
YAG’S cutting effect is also lower than Fiber’s; the materials cut by YAG, need secondary processing, which will reduce the producing effciency;

6. Output power

YAG’ soutput power is 500w/600w; while Fiber’s are 400w/500w/1000w/2000w;

7. Flexible manufacturing ability

YAG’s flexible manufacturer ability is lower than Fiber’s;

YAG Lasers

These lasers are also known as flash lamp or lamp-pumped lasers, as they utilize a lamp (bulb) as a pumping mechanism and a YAG crystal as the gain medium. Both reside in an optical resonator, typically a gold-plated cavity, which provides reflection of the light and helps with the process of creating the laser light.

Fiber Lasers

iber lasers utilize semiconductor diodes as the pumping mechanism and a doped fiber optic cable as the gain medium. In a fiber laser, the doped fiber optic serves as the resonator. Fiber lasers are the most reliable laser technology available today for material processing applications, offering the best combination of reliability and marking capability.

Finally, many pros of a fiber laser include:

  • Highest beam quality
  • Air cooled with high ambient air temperature operating capabilities
  • Very efficient with low power consumption
  • Longest diode life (Up to 100,000 hours)
  • Extended warranties over other technologies (TYKMA Electrox 3-year warranty)
  • MOPA design of TYKMA Electrox fibers allows for maximum application flexibility
  • High peak power and long pulse durations are good for high-speed aggressive marking and deep engraving applications
  • Easy to integrate and service



Laser marking is the process of marking parts or workpieces using laser technology.

A laser beam hits the material, and its energy creates a reaction that leaves a permanent mark.

The speed, power, and focus of the laser beam on the part will lead to different laser processes.

And you can mark using laser marking, laser etching, laser annealing, or laser ablation.

Choosing the right laser technology and configuration is key to successfully mark your parts.

So to determine what you need, you must first define your application requirements.

Keep reading to learn how these requirements will help determine the laser system, power, and process you need

1. All materials have an absorption spectrum

Wavelengths emitting by most industrial laser systems can’t be seen by the naked eye, so they’re hard to imagine.

Yet, different materials react differently to different wavelengths.

Besides,each material has a unique composition that absorbs certain wavelengths and not others.

Since lasers produce a single wavelength, they’re highly specialized tools for marking very specific materials.

And different materials thus have different laser requirements.

Depending on your material, you’ll either need a fiber laser marking system or a CO2 laser system.

2. Fiber and CO2 laser systems produce different wavelengths

The various types of lasers emit different wavelengths based on their gain medium—a component of the laser source.

The material you’ll be marking will dictate which type of laser marking system you need.

Fiber laser systems are best for marking metals

In fact,fiber laser systems are sometimes considered to be solid-state lasers.

They have a laser source that includes an optical fiber that contains a rare-earth metal like ytterbium.

And they produce laser light on a wavelength of approximately 1 micrometer (1064 nm).

Therefore,most metals react well with fiber laser marking.

Gas-state laser systems are best for marking organic materials

Moreover,Gas-state laser systems have a laser source that includes gas.

The most widely known gas lasers are CO2 lasers.

These laser marking systems can produce laser light on wavelengths that range from 9 micrometers to 10.2 micrometers (9,000—12,000 nm).

Most organic compounds react well with these wavelengths.

But as opposed to fiber laser systems, metals react poorly with these wavelengths.