Class 5 Photonics
4 products found

Class 5 Photonics products

Lasers for 2-photon and 3-photon Microscopy

CLASS 5 - Femtosecond Laser for Two-Photon Microscopy

The White Dwarf 2p is a high-performance femtosecond laser designed specifically for two-photon microscopy, offering unparalleled peak power for advanced imaging needs. It allows neuroscientists to leverage sophisticated multiplexing techniques for large-volume imaging at increased speeds. This one-box solution enhances practicality with its compact and robust design. The laser provides wavelengths of 960 nm and 1035 nm, enabling simultaneous or switchable outputs based on user requirements. Its configurable repetition rate spans 1 to 10 MHz with a built-in pulse-picker for tailored operation, delivering constant pulse energy even at reduced average power. Integrated pump laser and OPCPA on a shared thermally managed breadboard ensure a stable, reliable operation. The system is installed and supported by a dedicated service team, offering complete training for users. Its field-proven reliability and adaptability make it a popular choice among leading research laboratories.

Lasers for ultrafast spectroscopy

White Dwarf - High-Power OPCPA Laser System

The White Dwarf HE series is an advanced laser system offering ultrafast, high-power, and high-repetition rate capabilities, ideal for pushing the boundaries of ultrafast science. This series utilizes robust optical parametric chirped pulse amplifiers (OPCPA) technology to deliver femtosecond pulses at significant power levels for extreme wavelengths ranging from UV to mid-IR. Specifically engineered for applications such as high harmonics generation and terahertz generation, the White Dwarf HE series ensures high average power and passive carrier-envelope phase (CEP) stability. It features a remarkable power stability and tunability, supporting a wavelength tuning range from 750 nm to 2000 nm, with an average power output of 10.8 W at 800 nm. The system includes an Innoslab 350 W pump laser, achieving less than 200 fs pulse duration with power instabilities capped at 0.7%. Customizable to client specifications, it supports enhanced compatibility with Moonlander HHG sources.

CLASS 5 - White Dwarf Attodriver for Attosecond Pulse Generation

The White Dwarf Attodriver represents a highly compact laser solution designed for generating attosecond pulses. This advanced system integrates an industrial-grade pump laser with a high-performance few-cycle Carrier-Envelope Phase (CEP)-stable Optical Parametric Chirped Pulse Amplifier (OPCPA) within a footprint of less than 1 square meter. Available in two wavelengths, 800 nm and 2000 nm, it offers versatility for targeting the EUV or soft-X-ray spectral regions, making it a formidable tool for cutting-edge research in ultrafast spectroscopy. The system boasts superior peak power and CEP stability for reliable attosecond pulse generation and supports high-harmonic generation (HHG) for generating extreme ultraviolet (EUV) or soft-X-ray pulses. The Attodriver series includes various models with pulse energies ranging up to 300 μJ and repetition rates from 40 kHz to 200 kHz, ensuring adaptability for a spectrum of applications.

EUV / SXR Sources

CLASS 5 - High-power Femtosecond Laser

The Black Dwarf is an advanced, compact high-power laser system designed for precise micromachining and efficient extreme ultraviolet (EUV) generation. This system achieves a remarkable balance by providing the pulse energy level akin to a Ti:Sapphire laser while delivering ten times the average power. Its innovative design incorporates an industrial pump laser and patented pulse compression technology to ensure optimal performance. With pulse durations under 25 femtoseconds, onboard diagnostics, and excellent beam quality, the Black Dwarf is engineered for applications including laser micromachining, ultrafast science, and EUV metrology tool development. The system's non-linear compression allows for high energy and short pulse durations, making it a reliable choice for integration with other technologies like the White Dwarf-OPCPA. The Black Dwarf's robust performance in compact form facilitates advanced scientific exploration and innovation.