Carbon Steel Deep Engraving By Fiber Laser 50w Marker-Wendy

Carbon Steel Deep Engraving By Fiber Laser 50w Marker

Carbon steel deep engraving by fiber laser 50w marker.

Now i would like to introduce you our newest model of 2020.

It equips with newest laser technology and advanced screen. It will extend the using life of laser machine. And it will become easier to control.

Excellent beam quality

The optical fiber laser uses the medium mixed yb double-clad fiber with resonant cavity length.

So the beam quality is very good. And M2 value is 1.1. The output flare diameter can achieve 10 microns.

Excellent beam quality can ensure that optical fiber laser marking machine can get in a variety of material satisfying marking effects.

Meanwhile it is widely applied in most metal marking industries (such as brass, titanium, steel, iron, aluminum and so on)

and non metal materials like cloth, fabric, PVC, MDF, leather, acrylic, plastic and etc.

Laser long service life

Optical fiber laser marking machine use 1064 nm laser diode. So its average working hours can up to 100000 hours.

Small and exquisite Volume , applicable in the bad environment

Optical fiber surface area/volume ratio is high. And it is also good cooling effect. Meanwhile it does not need huge water cooling system and just simple air cooling.

So it can be running in bad conditions, such as high impact, high vibration, high temperature, dirt under the conditions of the normal operation.

Free maintenance operation

Optical fiber laser does not need for any maintenance (not including adjust or clean lens)

By the way, we are looking for partners and distributors in global.

More details will be updated soon. Your bookmark will be the biggest encourage for me.

My email: xintian112@xtlaser.com whatsup： 0086 13176671529

Mild Steel Deep Engraving By Fiber Laser Marking System-Max

2018-07-30/in Company News /by Admin

Mild Steel Deep Engraving By Fiber Laser Marking System

Following is samples of fiber laser marking system 1mm deep engraving on mild steel

Now i would like to introduce you our newest model of 2018.

It equips with newest laser technology and advanced screen. It will extend the using life of laser machine. And it will become easier to control.

Excellent beam quality

The optical fiber laser uses the medium mixed yb double-clad fiber with resonant cavity length.

So the beam quality is very good. And M2 value is 1.1. The output flare diameter can achieve 10 microns.

Excellent beam quality can ensure that optical fiber laser marking machine can get in a variety of material satisfying marking effects.

Meanwhile it is widely applied in most metal marking industries (such as brass, titanium, steel, iron, aluminum and so on)

and non metal materials like cloth, fabric, PVC, MDF, leather, acrylic, plastic and etc.

Laser long service life

Optical fiber laser marking machine use 1064 nm laser diode. So its average working hours can up to 100000 hours.

Small and exquisite Volume , applicable in the bad environment

Optical fiber surface area/volume ratio is high. And it is also good cooling effect. Meanwhile it does not need huge water cooling system and just simple air cooling.

So it can be running in bad conditions, such as high impact, high vibration, high temperature, dirt under the conditions of the normal operation.

Free maintenance operation

Optical fiber laser does not need for any maintenance (not including adjust or clean lens)

By the way, we are looking for partners and distributors in global.

More details will be updated soon. Your bookmark will be the biggest encourage for me.

My email: xintian109@xtlaser.com whatsup： 0086 18353156659

Different laser power for different marking outcome-Angelina

2017-07-26/in Company News /by Admin

Fiber laser cutting machine functions

It is known to all that fiber laser marking machine, with different powers could achieve different outcome.

Therefore, how could the customer choose this machine according to their own needs?

1.The marking outcome of fiber laser marking machine

At first, we must figure our what kind of marking outcome the customer want to achieve. Then we could introduce different machine to him.

For example, if they only want to achieve appearance marking, or they do not have depth needs.

Then we should introduce the 20w marking machine, including many different types: desktop, Mini, handheld or portable.

Introducing different machine according to customer’s needs, small room, so could mini type, big space, then the desktop is more suitable..

2.Processing material of the customer:

Bar coding engraving, Matrix code engraving, Stock Number engraving.

Production date engraving, logo engraving, Personalized gifts sculpture, etc

Here is a sheet for your reference:

Laser Power	10W 20W
Laser Brand	Germany IPG Fiber /Raycus Fiber
Galvo Scanner	USA or Germany made or China made optional
Laser wave length	1064nm
engraving Area	70×70mm 110×110mm 160×160mm optional
engraving speed	≤7000mm/s
engraving depth	0.05~0.5 mm (accord to the material)
Mini.Line width	0.01mm
Mini.character	0.1mm
Cooling way	Air cooling
Support software	User friendly interface
	set and deal different layers graphic in seperate
	Support PLT,PCX, AL, DXF, BMP,JPG formats file
	compatible AutoCAD, CorelDraw, Photoshop etc software
	Proprietary software for laser marking machine
Character	convenient control, set & deal separately
	Automatic serialization, date coding
	letter, symbol, pattern, figure, image, bar code, 2D code auto arrangement and amendment
Optional device	On-line flying engraving, Rotary engraving

3.Engraving material reference

Materials	engrave		engrave
Stainless Steel/ Stainless/Aluminum	√	Carbon Fiber/Carbon Nanotube	√
Makrolon polycarbonate	√	Carbon Nanotube	√
Bayers Bayblend FR	√	Clear coat anodized aluminum	√
Brass	√	Cobalt Chrome Steel	√
Black/White ABS	√	Colored Delrin (Black, Brown)	√
Silicon Carbide	√	Compacted Powder Iron /Iron Phosphate Coating	√
White PEEK	√	Copper	√
GE Plastics Polycarbonate Resin	√	DAP – Diallyl Phthalate	√
Glass filled PEEK	√	GE Plastics Polycarbonate Resin 121-R	√
Glass filled teflon	√	Silicon Steel	√
Hard coat anodized aluminum	√	Yellow Chromate Aluminum
Machine Tool Steel	√	Nickel Plated Brass/Gold/Kovar/steel	√
Magnesium	√	Nylon	√
Metal Plated Ceramics	√	Polybutylene Terephthalate	√
Molybdenum	√	Polysulphone	√
Nickel Plated 1215 Mild Steel	√	Rynite PET	√
Silicon Wafers	√	Santoprene	√
Zinc Plated Mild Steel	√	Various Inconel Metals (Nickel-Chromium Super Alloys	√

If the customer do not need appearance marking but deep engraving, then we should introduce ate least 30w machine.

30w machine could engrave 0.7mm silver-gold

50w machine could engrave 1.5mm gold/ 1.5mm silver

some samples:

Deep Analysis of Laser Marking and Laser Engraving Funcution-Max

2017-06-30/in Industry news /by Admin

Laser Marking

Laser marking is the optimal choice when clarity and durability are essential requirements. The process involves using a concentrated laser beam to permanently oxidise the surface of a piece of material, or producing a pre-determined mark that’s indelible. that technique is very commonly used for identification, branding or marketing messaging on finished products of all kinds.

While various other techniques such as hot stamping, silkscreening and digital printing are available, none can stand the test of time as well as laser marking. Which is why it is still the preferred method to leave a mark that stays sharp and will never ever fade away.

As a leader in the field, we deliver laser marking at its best and perfectly match the customer’s demands for precision work on virtually any kind of material, and meeting the tightest schedules.

Laser Engraving

Laser engraving is a technologically advanced method that offers many advantages over traditional mechanical engraving. Depending on the requirements of the particular job, the surface of the material can be burned away or oxidized during the laser engraving process, leaving a clear, precise and permanent mark.

The process of laser engraving can be performed on a very wide range of materials. whether bare, anodized or even plated. It is by the far the most superior method available. given its high degree of precision, and absence of contact with the engraved material which prevents any distortion.