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Laser Marking Fiber Laser Source 20-100W

Laser Marking Fiber Laser Source 20-100W

Sino-galvo fiber laser source is a beam source based on fiber optical technology. Fiber lasers provide high power, a long lifetime, and rapid response. A typical system consists of a master oscillator in which the laser cavity is formed by an array of optically interconnected fibers and one or more slave amplifiers in which the amplified light flows into the next stage through another array of fibers.
●Adopt the latest fiber laser technology, a powerful and stable laser source to process various materials.
●Enable high quality marking on all types of materials with the most competitive price
●A wide range of applications: marking, cutting, engraving, drilling, cleaning, medical, and welding
●Superior to bulk solid-state lasers in many aspects, including safety, small size, high precision, and stability.
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Product Introduction

New Co2 RF Laser Tube Link:

https://www.galvo-scanner.com/laser-marking-accessories/laser-source/co2-rf-laser-tube-laser-source.html


Laser Marking Fiber Laser Source 20-100W Description

 

Feature of Optical Fiber Generator

SGPL-20Q pulsed fiber laser is one of the top-class products of Sino-Galvo Technology. It helps make a leap forward when it comes to high speed and resolution laser marking assemble systems. 

Laser Source

Specification

PARAMETER

UNIT

SGPL-20Q

Average output power

W

>20

Center wavelength

nm

1064

Pulse width

ns

80-120

Frequency range

KHZ

25-65

Power stability

%

5

Output cable diameter

mm

6

Output cable length

m

2

Beam diameter

mm

7 to 8

Power supply

V

24

Working temperature range

0-40

Cooling mode

air cooling

Dimensions

mm

286*210*92

Weight

Kg

7.2



Operation Guide

1. Remove the protecting cap from the laser output optical head.

2. Connect laser module to control system via DB-25 interface. Please refer to Digital-Control Interface (DB-25) Description when using pins.

3. Recommended initial state of control pins:

Pin18,19,22,23 are LOW, Pin20 is within the specified range.

4. Connect 24VDC power supply with laser (+24V connect to red cable, GND connect to yellow-green cable, negative electrode connects to the blue cable.)

5. In 120 seconds (warm-up time) the laser is ready for operation.

CAUTION: It is allowed to supply +24VDC before the initialization of the control signals.

6. EE-Pin23 is set to HIGH.

7. Set desired power via Pin 1-8.

8. Switch the MO on applying High to the Pin18.

9. Wait 5ms.

10. The laser can be fast modulated via Pin 19. It is possible to apply the HIGH and LOW sequences to switch the laser ON and OFF respectively. The laser has finite ON/OFF rise/fall times (refer to the specification). The time of the modulation should not be less than the sum of rising and fall times, otherwise, laser optical response may not be as expected. The typical rise/fall time is 250us, so the modulation period is greater than 500us (corresponding to 2kHz).

11. If the EM OFF time between subsequent ON/OFF batches (jobs)is more than 20ms, it is recommended to switch OFF the MO. This will reduce the power consumption, avoid unnecessary aging of the laser and eliminate the residual MO power at the laser output.

12. After finishing the laser operation, switch OFF the BS and MO (set LOW to pin 18 and pin 19).

13. Remove all supply voltages.

Product Dimension Drawing


SGPL-20Q Laser module dimension

Fiber Laser module dimension

SGPL-20Q Isolated output head dimension

Isolated output head dimension




Sino-Galvo (Jiangsu) Technology assures our products of strict tests and inspection. All item criteria are checked before shipping. Please contact us immediately if any damage, internally or externally, are found when receiving the products.

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