Pulsed Lasers, LEDs, and Drivers

Combining Precision and Flexibility

Pulsed lasers and LEDs engineered for picosecond precision, stable output, and flexible use across life science, materials science, quantum optics, and metrology.

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Which Laser Are You Looking For?

199 results found.
Wavelength
Wavelength - slider
255 Nm 2000 Nm
Pulse width
Pulse width - slider
40 ps 6000 ps
Average power
Average power - slider
0 mW 1500 mW
Your application
CW operation required
Burst Mode required
VisUV

VisUV-266-MIC

Central wavelength
266 nm
Pulse width
< 85 ps
Average power
1 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported
VisUV

VisUV-266-355-532

Central wavelength
266 nm
Pulse width
< 85 ps
Average power
2 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported
VisUV

VisUV-266

Central wavelength
266 nm
Pulse width
< 85 ps
Average power
2 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported
LDH-FA Series

LDH-P-FA-266

Central wavelength
266 nm
Pulse width
< 80 ps
Average power
1 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported
VisUV

VisUV-280-560

Central wavelength
280 nm
Pulse width
< 85 ps
Average power
1 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported
VisUV

VisUV-295-590

Central wavelength
295 nm
Pulse width
< 85 ps
Average power
500 mW
Repetition rate
80 MHz
CW power
-
Burst mode
not supported

Can't find what you are looking for? Contact our experts to find the right laser for you.

Standard Sources

Classic

Classic sources include reliable pulsed diode lasers and LEDs spanning UV to IR, with optional fiber-amplified and frequency-converted wavelengths. They support flexible operation through single- and multi-channel laser drivers, making them ideal for diverse excitation tasks.

Picosecond Laser Diode Heads
Higher excitation precision
Faster data acquisition
Improved signal quality
More reliable long-term performance
Consistent output
Seamless system integration
Fiber Amplified Picosecond Laser Diode Heads
Higher excitation power
Cleaner time-domain measurements
More flexible experiment design
Reliable performance at high repetition rates
Stable output for quantitative workflows
Precise timing in synchronized setups
Sub-Nanosecond Pulsed LEDs
Improved data quality
Cleaner time-resolved measurements
Reliable excitation for quantitative workflows
Flexible design for diverse experiments
Consistent performance across wavelengths
Stable output at high rates
Multichannel Picosecond Diode Laser Driver
Higher timing precision
Improved long-term system stability
Reduced setup complexity
Reproducible measurement
Easy system integration
Scalable system growth
Single Channel Picosecond Diode Laser Driver
Reliable timing for accurate measurements
Greater workflow efficiency
Flexible adaptation to diverse methods
Easy system integration
Stable long-term performance
Picosecond Diode Laser Driver
Accurate timing control
Fast wavelength switching
Broad method compatibility
Smooth system integration
Consistent long-term stability

Advanced Control

Smart

Smart systems combine high-end diode lasers and LEDs with an advanced driver architecture that improves pulse stability, timing precision, and overall performance, providing additional control features for demanding scientific applications.

Smart Picosecond Laser Diode Heads
Higher measurements accuracy
Faster data acquisition
Broad experimental flexibility
Reliable synchronization
Improved experiment stability
Long-term consistency
High-Power Nanosecond Pulsed UV–Visible LEDs
Enhanced excitation performance in the UV–visible range
Reliable nanosecond timing
Flexible pulsed and CW operation
Stable long-term output
Consistent performance across experiments
Low-maintenance, robust design
High-End Picosecond Diode Laser Driver
Higher pulse stability
Faster experiment setup
Cleaner timing performance
Greater operational flexibility
Improved long-term reproducibility
Reliable synchronization

Compact

Stand-Alone

Stand-alone systems combine compact, high-performance laser sources for precise optical excitation. They offer stable, picosecond-level performance across a wide range of wavelengths and configurations.

3-Color Stand-Alone Picosecond Laser
Simple multi-wavelength setup
Lower system complexity
Cost-effective excitation source
Improved data quality
Easy integration & control
Reliable long-term stability
High Power NIR to IR Picosecond Laser
High quality data
Enhanced resolution
Reduced photobleaching
Reliable timing stability
Consistent performance over long experiments
Easy integration & operation
High Power UV to Visible Picosecond Laser
Available as single-, dual-, or triple-wavelength configuration
Enhanced resolution
High measurement stability
Reliable long-term performance
Easy integration & operation
Flexible excitation schemes
1-Color Gain-Switched Picosecond Laser
Improved time-resolved data quality
Easy integration & operation
Stable long-term performance
Compact footprint for any setup
Reliable day-to-day measurements

System Integration

Laser for OEM Integration

OEM solutions include compact picosecond diode lasers designed for system integration, such as the CPDL-Q and CPDL-S-F/FA Series. In addition, programmable pulse-shaping options enable flexible nanosecond pulse generation for specialized instrumentation and large-scale manufacturing.

Compact Diode Lasers for Integration
Higher measurement stability
Compact design for integration
Faster system readiness
Cleaner time-resolved signals
Better performance in dynamic gating
Consistent excitation conditions
Compact Picosecond Seed Lasers
Reliable amplifier seeding
Easy OEM integration
Higher available power
Stable timing performance
Repeatable fiber coupling
Programmable Pulse Laser and Amplifier
Cleaner pulse profiles
More stable seeding
Improved signal quality
Reduced artifacts
Flexible adaptation
Consistent output
Programmable Pulse Generator
Cleaner pulse profiles
More stable seeding
Improved signal quality
Reduced artifacts
Flexible adaptation
Consistent output

Accessories

PicoQuant accessories complement photon counting setups with precision routing, power supplies, signal conditioning and timing components, ensuring reliable synchronization, clean signals and optimal performance in time-resolved experiments.

Info Request

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Please fill out the form below to request more information and prices about our product. Our team will be happy to review your request and get in touch with you. If additional information is needed to process your inquiry, we will let you know.

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