|
info@idealphotonics.com
search
1064nm ultra-stable picosecond fiber laser
The 1064 nm ultra-stable picosecond fiber laser developed by Idealphotonics is an excellent seed source solution for industrial ultrafast laser processing applications. The laser has the typical advantages of traditional fiber lasers, namely small size (outer dimensions: 235×120×40 mm), no need for thermal management, and high output beam quality (single-mode output). The spectral center wavelength of the output pulse of this ultrafast laser is 1064 nm, the repetition frequency is optional at 20-30 MHz, the pulse width can be less than 10 ps, ​​the spectral width is <0.5 nm, and the Max. pulse energy is 3 nJ. Due to the use of special nonlinear technology to achieve the equivalent saturable absorber effect, the output pulse not only has high long-term stability, but also can withstand high and low temperature working environments of 0-45°.
Product features:Customizable wavelength、 High peak power、 Linear polarization、 High diffraction-limited beam quality、 Stability, high and low temperature resistance, no need for thermal management
Application area:Terahertz generation、 Two-photon polymerization、 Two-photon imaging、 Precision measurement
Unit Price
Please contact customer service for a discounted quote.
Part Number
PL-UFL-10-10-PA
Lead Time
Please contact customer service for lead time.
Stock
Please contact customer service for stock availability.
Add to Inquiry
Inquire online
General Parameters
Dimensional Drawing

Parameter

PN#

PL-UFL-8ps-PA

YDL-ML-12ps-PA

Central wavelength

1064nm

1064nm

Pulse width

~8ps

~12ps

Pulse energy

0.3-3nJ

0.3-3nJ

Spectral width

<0.5nm

<0.5nm

Repetition rate

20-30MHz

20-30MHz

Beam quality

M2<1.1, TEM00

M2< 1.1, TEM00

Polarization

Linear polarization, > 100:1

Linear polarization, > 100:1

Power stability

<1% RMS@15h

<1% RMS@15h

Pulse start time

<5s

<5s

Power consumption

5W

5W

Operating temperature

0-45°C

0-45°C

Dimensions

235×120×40mm3

235×120×40mm3

Weight

1kg

1kg

 


Spectrum

1.1.jpeg

 

 

Typical output pulse timing sequence

1.2.jpeg

 

 

 

Pulse width Autocorrelation test

1.8.jpg

Power stability

1.4.jpeg

 

 

Ordering Information

PL-UFL-□□□□-P△-C▽ 

□□□□: Average Power 

10:10mw

P△: Pulse Width

10:10ps

100:100ps 

1000-1ns

C▽: Pigtail and Connector 

SA=HI1060+FC/APC

PP=PM980+FC/PC

PL-UFL-10-10-PA Name: 1064nm picosecond ultrafast laser

Description:

Center wavelength: 1064nm, average power: 10mw, single pulse energy: 1nJ, pulse width: <15ps, PM980 pigtail, FC/APC connector, repetition rate: 25MHZ



Testing and usage requirements

1. Heat dissipation requirements

This light source consumes a lot of power and must be well cooled, otherwise the light source cannot work well, affecting the stability of the equipment or causing damage.

2. Repetition frequency and output power requirements

This product needs to be used at a continuous repetition frequency with uninterrupted trigger pulses.

3. Power supply use

Please make sure that the input power is within the voltage and current range required by the product indicators, and the power must not be directly cut off when it is not turned off during use. If there is an accidental power outage, be sure to turn off the power of the product.

4. Electrostatic protection

The laser and some chips inside this pulse light source are electrostatic sensitive devices, which are prone to irreversible damage when there is high static electricity outside. The equipment needs to be well grounded and the operator should take electrostatic protection measures.

5. Fiber end face protection

Before use, clean the end face of the output fiber with a wipe paper dipped in alcohol to ensure that the output end face is clean, otherwise the output power or stability will decrease easily, and even the fiber end face will burn.

6. Personal safety

The pulse light source belongs to Class IV light source. When working, you cannot look directly at the output end of the optical fiber with your naked eyes, and you cannot expose your skin directly to strong light, otherwise it will cause damage.


Product Recommendation