Pico-Second Pulsed Laser     


Picosecond lasers cover a wavelength range from 380 nm to 1550 nm, delivering optical pulses with pulse widths as short as 27 ps. They offer adjustable repetition rates from 1 Hz to 100 MHz with a 1 Hz resolution. Advanced models support Burst mode, making them ideal for fluorescence lifetime measurements, assays with varying lifetimes, and other time-resolved applications. These compact, user-friendly, and plug-and-play laser systems are designed to meet the needs of a wide range of applications.




Product model


Name Model Price
405 nm Picosecond Pulsed Laser   [PDF]  [RFQ]

PSLD-405B
[Please inquire]

Parameter


Features

● Customized for different wavelengths

● Repeat Frequency Can Be Set

● The structure is compact.

● Power is customizable

● Supports internal/external triggering

● Built-in TEC temperature control

Specifications

Model

PSLD-380B

PSLD-405B

PSLD-450B

PSLD-485B

PSLD-520B

PSLD-660B

PSLD-685B

Wavelength

380±10nm

405±5nm

450±5nm

485±10nm

520±10nm

660±10nm

685±10nm

Maximum repetition frequency

100MHz

Pulse length

≤120ps

≤50ps

≤50ps

≤100ps

≤130ps

≤50ps

≤55ps

Pulse Peak Power @ 50 MHz

≥500mW

≥160mW

≥150mW

≥100mW

≥120mW

≥150mW

≥150mW

Optical Fiber Interface

Fiber optic FC/APC (comes   with a fiber collimator and configured for spatial output)

Repetition Frequency   Adjustment Range

1Hz~100MHz

Repetition Frequency   Adjustment Step

1Hz

Trigger Method

Internal Trigger (High versions have Burst functionality) / External   Trigger

Jitter in light pulses and   trigger signals

≤12ps rms

External Trigger (Sync)   Signal

5ns@1.8V@50Ω

External Trigger Input Signal

Pulse width ≥ 3 ns; pulse   high level: 1 V ≤ pulse level ≤ 3.3 V; pulse low level = 0 V

Communication mode

RS232

Power Supply Voltage/Current

12V/1A( Max )

Structure size

120 × 78 × 40 mm (basic   version dimensions: 125 × 95 × 25 mm)


Model

PSLD-785B

PSLD-830B

PSLD-850B

PSLD-1060B

PSLD-1310B

PSLD-1550B

Wavelength

785±10nm

830±10nm

850±5nm

1060±10nm

1310±2nm

1550±nm

Maximum repetition frequency

100MHz

Pulse length

≤100ps

≤50ps

≤50ps

≤30ps

≤50ps

≤50ps

Pulse Peak Power @ 50 MHz

≥50mW

≥250mW

≥150mW

≥100mW

≥30mW

≥30mW

Optical Fiber Interface

Fiber optic   FC/APC (comes with a fiber collimator and configured for spatial output)

Repetition Frequency Adjustment Range

1Hz~100MHz

Repetition Frequency Adjustment Step

1Hz

Trigger Method

Internal Trigger   (High versions support Burst functionality) / External Trigger

Jitter in light pulses and trigger signals

≤12ps rms )

External Trigger (Sync) Signal

5ns@1.8V@50Ω

External Trigger Input Signal

Pulse width ≥ 3 ns; pulse high level: 1 V ≤ pulse   level ≤ 3.3 V; pulse low level = 0 V

Communication mode

RS232

Power Supply Voltage/Current

12V/1A( Max )

Structure size

120 × 78 × 40 mm (basic version dimensions: 125 × 95 ×   25 mm)


Control Software interface

Pico-Second Pulsed Laser1.png


405 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser2.png

Pulse width: 35 ps



Pico-Second Pulsed Laser3.png

Repetition Frequency: 20 MHz


1060 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser4.png

1060 nm Pulse Width: 46 Ps


Pico-Second Pulsed Laser5.png

1060 nm Repetition Frequency: 100 MHz


850 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser6.png

850 nm Pulse Width: 41 Ps


Pico-Second Pulsed Laser6.png

850 nm repetition frequency: 100 MHz



780 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser7.png

780 nm Pulse Width: 35 Ps


Pico-Second Pulsed Laser8.png

780 nm repetition frequency: 50 MHz




650 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser10.png

650 nm Pulse Width: 45 Ps



1550 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser11.png

1550 nm Pulse Width: 31 Ps


Pico-Second Pulsed Laser12.png

1550 nm repetition frequency: 100 MHz



1310 nm Picosecond Pulsed Laser

Pico-Second Pulsed Laser13.png

1310 nm Pulse Width: 27 Ps


Pico-Second Pulsed Laser14.png

1310 nm repetition frequency: 100 MHz


Application

● Time-resolved measurement

● Life spectra and microscopic techniques

● Fluorescence lifetime imaging (FLIM)

● Fluorescence correlation spectroscopy (FCS)

● Stimulated emission depletion microscopy (STED)

● Pico-second seed source

● Ladar

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