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JPT LP Series 20W 30W 50W Laser Fiber Marking Machine For Metal Brass Aluminum Steel And Nonmetallic Acrylic

Item No.: ZS-OFL-JPT-LP

Built-in Laser Source Brand: JPT
Laser Model: YDFLP-E-20&30&50-LP
Average Output Power: 20W/30W/50W (Optional)
Laser Wavelength: 1064nm
Laser Class: Class2
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Description

MOPA ,UV And Optical Fiber Lasers Differences

2D /2.5D/3D Differences

JPT LP Series YDFLP-E-20&30&50-LP 20W 30W 50W Laser Fiber Marking Machine For Metal Brass Aluminum Steel And Nonmetallic Acrylic

Machine Type	Optical Fiber Laser Engraver Marking Machine
Built-in Laser Source Brand	JPT YDFLP-E-20&30&50-LP Q-Switched Pulse Fiber Laser
Average Output Power	20W / 30W / 50W (Optional)
Laser Wavelength	1064nm
Laser frequency	50-100kHz
Output power instability	<3%
Output Beam Diameter	7±1mm
Light Beam Quality	M²:<1.6
Polarization state	random
Pulse Width Range(ns)	120-150
Max.Single Pulse Energy(mJ)	1
Life Span of fiber laser module	100,000 hours
Marking Line Speed	≤8000mm/s
Minimum Line Width	0.012mm
Minimum Character	0.15mm/depends on the material
Marking Depth	≤1.2mm/depends on the material
Repeating Precision	±0.001mm
Focus Spot Diameter	0.01mm
Output Power of Laser	10%~100% continuously to be adjusted
Temperature/Humidity	15℃~40℃/10%~95%
Total Power Consumption	≤400W
Operating System	Windows System
Cooling System	Air-cooled
Communication	Standard USB2.0
Control Software	Ezcad (Easy to use)
Control Board	BJJCZ (Original Version)
Galvanometer(Optional )	RC 1001 K9 / SINO SG7110 K9
Marking Area(Optional )	110mm*110mm (4.3"X4.3")
F-theta Lenses Size	175mm*175mm (6.8"X6.8")
	200mm*200mm (7.8"X7.8")
	300mm*300mm (11.8"X11.8")
Package Size	826752cm
Gross Weight	59KG

Comparison
Introduction: JPT LP series pulsed fiber lasers make use of master oscillator power amplifier (MOPA) configuration and show excellent laser performance as well as high level of temporal pulse shaping controllability. Compared with Q-switching technology, LP series has greater flexibility，wider frequency range, higher control precision and superior first pulse.

Built-in Laser Sourse Model	YDFLP-E-20-LP-L-S	YDFLP-E-30-LP-L-S	YDFLP-E-50-LP-L-R
M²	< 1.5		< 1.6
Delivery Cable Length	2m		3m
Nominal Average Output Power	20W	30W	50W
Maximum Pulse Energy	0.8mJ		1.25mJ
Pulse Repetition Rate Range	1~600 kHz
Pulse Duration	200 ns
Output Power Stability	<5%
Cooling Method	Air Cooled
Supply DC Voltage	24V
Current Consumption	<5A	<7A	<10A
Central Emission Wavelegth	1064 nm
Emission Bandwidth	< 15nm
Polarization	Random
Output Beam Diameter	7 ± 0.5 nm

( RE: We also have MOPA frequency & pulse width adjustable version fiber laser source,As compared to the Q-switching technology, the pulse repetition frequency (PRF) and pulse width can be controlled independently in MOPA configuration, through adjusting different combination of the above parameters, the peak power of laser can be well maintained. And enable JPT laser suitable for more material processing which Q-switch limited. The higher output power makes its advantages especially in high speed marking applications.)

Operation Software Languages: Spanish, French, Italian, Japanese, Korean, Portuguese, Russian, Thai, Turkish

80D Rotary Axis (Optional )

Applications

What’s the difference between MOPA ,UV land Optical Fiber Lasers?

Those new to laser marking, or those only familiar with one type, may be unaware of the various forms the process takes when it comes to both the laser and its marking capabilities. In this post, we’ll take a look at MOPA fiber lasers vs. UV lasers vs. Optical Fiber lasers, examining the differences and similarities between the options.
When companies and hobbyists turn to laser marking for their engraving needs, they usually have specific applications in mind. Whether they need a system to engrave a company logo, add serial numbers and other traceability codes, or personalize a product for a customer, laser marking is the answer, supplying diverse functionalities and providing repeatable solutions.

UV marking machines use 355nm UV lasers, while fiber optic marking machines use 1064nm wavelength lasers

The short wavelength of the UV laser allows it to focus more precisely, producing fine circuit characteristics while maintaining excellent positioning accuracy. UV fiber laser marking machines can mark both metallic and non-metallic materials, especially hard and brittle ones. Flexible PCB board marking: scribing and cutting, LCD liquid crystal glass two-dimensional code marking, glass appliance surface perforation, metal surface plating marking, plastic buttons, electronic components, communication equipment, construction materials, etc..
High-end market products: cosmetics, pharmaceuticals, video and other polymer materials, packaging bottles surface marking, adapted to ultra-fine processing, the effect is fine, marking cleaning firm, better than inkjet code and no pollution.
Plastic products: including silicone products, glass products, jade, jadeite, ceramics, acrylic products, etc. It can be used for engraving LOGO trademarks, text, patterns, two-dimensional code, serial number, anti-counterfeiting code, etc. on the products.
Surface marking of metal or non-metal: applicable to electronic mobile phone parts, LCD screen engraving QR code and trademark, ceramics, sapphire chip, FPC flexible circuit board micro-hole drilling, cutting, biomedical glass scribing, etc.

The ultraviolet marking machine has a very small focus spot. Small, heat-affected zone is small, suitable for ultra-fine marking, engraving, especially for food and pharmaceutical packaging materials marking, playing microporous, glass materials, high-speed division and silicon wafer complex graphic cutting and other application areas. A fiber marking machine can mark metal surfaces, but not high-precision materials. It's cheaper to buy and easier to maintain than a UV laser marking machine. When choosing, consider your actual demand and the marking of special materials. Also consider the price, maintenance difficulty and other factors to ensure the long-term stable operation of the equipment.

Applications For 1064nm fiber optic marking machines As follows,

Applications For 355nm UV fiber optic marking machines As follows,

MOPA Fiber Laser Marking Machine (Colorful Engraving Marking)

Mopa fiber laser marking machine provides the best solution for color marking.
What is color laser marking?
Color laser marking is a process of using a laser to add color marks to the surface of a material. Different from ordinary black and white marking, color marking provides customers with more laser design solutions.
What is Mopa laser?
MOPA is the abbreviation of “Main Oscillator and Power Amplifier”. In industrial manufacturing, MOPA laser refers to nanosecond pulse fiber laser based on electric modulation seed source and multi-stage power amplifier. It is mainly used in laser marking, cutting, welding, drilling and engraving.

Fiber lasers often use a wavelength of 1060 nm, which is good for absorbing into many materials. This wavelength is not suited for fragile materials like wood and glass, but it is ideal for steel, stainless steel, titanium, aluminium, brass and copper, ABS plastic, polyethylene, gold and nickel plating, black oxide, painted materials, anodised aluminium, carbide and PCD.

Typical applications for color laser marking machine
Stainless steel

Anodized aluminum

Plastic

All fiber laser marking machines are 2D marking machines in factory's standard production.
We support to upgrading your machines to 2.5D or 3D fiber laser marking machines.
Please feel free to contact us contact us if there is any questions.