  +86-635-8208968             info@rayfinetech.com
You are here: Home » Products » Fiber Laser Marking Machine » Q-switch Series » JPT M7 Mopa / LP Portable Split Fiber Laser Marking Engraving Machine 20W 30W 50W 60W 80W 100W

Contact Us

Tel: +86 635 8208968
M.T: +86 15314183288
FAX: +86 635 8208986
Email: info@rayfinetech.com
Add: NO.177th, Dongchang Dong Road,Liaocheng city,Shandong,China
Share to:

JPT M7 Mopa / LP Portable Split Fiber Laser Marking Engraving Machine 20W 30W 50W 60W 80W 100W

Fiber laser marking machine is the new generation laser marking system developed with advanced laser technique. It adopts fiber laser to output laser and achieves to marking function after high speed scan ioscillating mirror system. It has higher photoelectric transfer efficiency. This machine adopts air cooling way and the whole machine is small. The output beam is qualified, high reliability.
Availability:
Quantity:
  • RF-F-20W 30W 50W 60W 80W 100W
  • RAYFINE TECH

Fiber Laser Marking Machine 20W 30W 50W 60W 80W 100W

DSC07365                     

  DSC07369

DSC07367

                                      

M7 Series MOPA pulsed fiber laser is a new design product. In addition to the advantages of M6+ series, M7 has boarder pulse width, higher response speed and first pulse usability.  It provides a best choice of fiber laser for highest industrial standards marking and other applications.JPT has complete and strict performance and reliability inspection of every M7,to guarantee high quality and reliability.  


LP series have 1~600khz laser frequency and also a high quality laser.

 

JPT M7 Fiber laser source Application advantages:

- 1ns ~ 500ns wide adjustable pulse width,  wider application range of material

- Wide repetition rate for diverse application

- Excellent beam quality, excellent processing performance

- First pulse availability and quicker pulse response speed, good choice for highly precise & fine marking

- No light leaking, safe marking 


Application :

1. Metal deep marking ,thin metal sheet cutting and drilling

2. MOPA 20W 30W Color marking on stainless steel

3. Black marking on stainless steel and anodized aluminium

4. Mold steel engraving

 Samples:

MOPA 100W


1. JPT mopa laser with pulse duration adjustable with best laser beam quality 

2 .Small size, one unit structure and user-friendly operation. 

3. Double red dots more easy to get focus. 

4.Maintenance-free and 100 000 hours long life time with 3 years warranty

5. Quality electric parts.

6. Best quality digital Galvotech scan head.

7. Genuine EZCAD control program compatible with win7/win8/win10


Model

RF-F-20W

RF-F-30W

RF-F-60W

RF-F-80W

Power output

20W

30W

60W

80W

Beam Quality M2

<1.3

<1.3

<1.8

<1.8

Maximum Pulse Energy

0.8 MJ

0.8MJ

1.5MJ

1.5 MJ

Main board and control 

software

Genuine EZCAD (BJJCZ) which supports XP Win7 /8/10

Wavelength

1064nm

Marking speed 

8000mm/s

Marking Area

110mm×110mm(optional)

Min. linear width

0.001mm

Min. Character size

0.2mm

Full power Frequency range(KHZ)

1~4000khz

1~4000khz

1~4000khz

1~4000khz

Frequency adjustable range

1~4000 KHZ

Pulse Duration

1~350ns

1~350ns

1~500ns

1~500ns

Out beam diameter

7 ±0.5mm

6 ±0.5mm

7 ±0.5mm

6 ±0.5mm

Supply voltage

AC 110/220V±10%, 50/60Hz

Power cable style

According to your request (Asian /European / American standard)

Focus

Double red dots positioning

Cooling way

Air cooling

Operation temperature

0~40℃

Package dimension

LxW xH(mm)

790x410x750mm

 

Package gross weight

60kgs

FDA /CE Certificate

Approved

 Above is JPT MOPA M7 laser marking machine specification.

所有图片拼接



 

Product Inquiry
Liaocheng Ray Fine Technology Co., Ltd 

Quick Links

Leave a Message
​Copyright © Liaocheng Ray Fine Technology Co., Ltd. All Rights Reserved. Site Map
We use cookies to enable all functionalities for best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without having changed your browser settings confirms your acceptance of these cookies. For details please see our privacy policy.
×