Toptica ps/fs Fiber Lasers

TOPTICA FemtoFiber ultra Mini2P: Femtosecond fiber laser for Mini2P

In the FemtoFiber ultra Mini2P, TOPTICA combines a polarization-maintaining hollow-core fiber suitable for Mini2P (miniaturized 2-photon microscope) with TOPTICA’s proprietary COOL technology:  COOLAC offers hands-off, automated fiber coupling that eliminates manual alignment at installation, optimizes fiber coupling efficiency at the touch of a button, and provides a safeguard monitor to make misalignment an impossibility. With COOLAC, exchange of the Mini2P-fiber is easy and fast, and can be peformed by the user.

TOPTICA FemtoFiber ultra FD Femtosecond fiber laser with fiber delivery for multi-photon microscopy

Completely replacing the free-space paths between a Watt-level femtosecond laser and a two-photon microscope is a game-changer for modern microscopy. Delivering femtosecond pulses directly from the laser source to the microscope via an optical fiber enables completely new microscope designs and brings laser safety and ease of use to a new level.

TOPTICA FemtoFiber ultra Femtosecond Fiber laser for 2-photon microscopy and neuroscience: Now available for obligation-free on-site trial

In 2-photon microscopy, peak-power is brightness! If you care for the best image brightness, you need short pulses, high power, and most importantly a clean temporal pulse shape. Now, Lastek and TOPTICA are offering Australian and New Zealand customers the opportunity to trial a FemtoFiber ultra obligation-free, in your facility. 

TOPTICA: Advancing Quantum Computing: The ALS 1762 nm High-Power Amplifier for Barium Ions

In the rapidly progressing field of quantum computing, the manipulation of qubits with high precision is paramount. The recently released amplifier TOPTICA ALS-1762-3 Fiber Amplifiers from TOPTICA France is one of the key tools enabling this precision. It is optimized at 1762 nm, offers >3 W of power and is specifically designed for barium ions. This product represents a significant leap forward in quantum information processing, offering unparalleled stability and control over quantum states (specifically the 6S to 5D transition).

TOPTICA FemtoFiber ultra dual-color: Optically synchronized laser system for multi-color non-linear microscopy

In two-photon microscopy, simultaneous multi-color imaging provides rich insight into biological samples. Especially, metabolic imaging greatly benefits from simultaneous NADH and FAD measurements. With the TOPTICA FemtoFiber ultra dual-color two FemtoFiber ultra are optically synchronized and allow simultaneous imaging with two different laser colors. No laser wavelength tuning is required.

TOPTICA FemtoFiber ultra FD: Replacing free-space paths between laser and microscope

A game-changer for modern microscopy set-ups: Replacing free-space paths between laser and microscope on an optical table with a simple FC/APC fiber connection. TOPTICA's FemtoFiber ultra FD provides highest performance and the best fluorescence image quality while enhancing simplicity, usability and laser safety to another level.

TOPTICA FemtoFiber ultra dual-colour optically synchronized laser system for multi-color non-linear microscopy

In two-photon microscopy, simultaneous multi-colour imaging provides rich insight into biological samples . Especially, metabolic imaging greatly benefits from simultaneous NADH and FAD measurements. With the Toptica FemtoFiber ultra dual-colour,two FemtoFiber ultra are optically synchronized and allow simultaneous imaging with two different laser colours. No laser wavelength tuning is required. A shared oscillator design guarantees all-optical synchronization and hence a fixed, defined delay between the two laser colours with minimum jitter. In addition, only a single electronic trigger output serves as reference for TCSPC electronics in Fluorescence lifetime imaging (FLIM) as well as gated detectors.

TOPTICA: ALS-IR Single frequency CW Fiber Lasers & Amplifiers up to 130W for your power hungry application

The TOPTICA ALS-IR series is a range of lasers and amplifiers based on innovative fiber technology and represents a real breakthrough on the laser market especially over solid-state technologies. It combines the most stringent fiber laser specifications: high power, single mode, single frequency, ultra-low noise, to enable the most demanding applications.

TOPTICA Presents Advanced FemtoFiber Ultra Series: the next generation of femtosecond fiber lasers

TOPTICA, a global leader in laser technology, is proud to introduce the FemtoFiber ultra series, the next generation of femtosecond fiber lasers designed specifically for multi-photon microscopy, two-photon lithography and semiconductor inspection.

Leveraging over two decades of experience in developing OEM-class fiber lasers, TOPTICA has created a turnkey, fully integrated and optimized laser system that delivers superior performance and reliability for the most demanding scientific and industrial applications in biotech and semicon industry.

Toptica FemtoFiber smart: Compact and efficient fiber seed lasers

The FemtoFiber smart family is TOPTICA’s new series of ultrafast fiber lasers available as picosecond or femtosecond versions, based either on Ytterbium-doped or Erbium-doped fiber laser architecture. These systems are dedicated to applications ranging from seed laser purposes, biophotonics to terahertz generation and two-photon polymerization. Optimized for a compact footprint uniting optics and electronics in one box, these robust all-fiber lasers are the perfect choice for flexible OEM integration.

TOPTICA: FemtoFiber ultra 1050 & 780 – Femtosecond fiber laser for 2-photon applications

TOPTICA's revised systems FemtoFiber ultra 780 and 1050 are now fully in line with the successful FemtoFiber ultra 920 from system design.

TOPTICA FemtoFiber ultra 1050 Femtosecond fiber laser 2-photon microscopy and neuroscience

Looking for a 2-photon microscopy laser that is easy to operate, compact, and that provides exceptional results? The TOPTICAFemtoFiber ultra 1050 is the laser you need! With more than sufficient output power, clean temporal pulse shape and extremely short pulses, the FemtoFiber ultra 1050 features the highest peak power available on the market and enables unmatched image brightness in 2-photon microscopy.

TOPTICA FemtoFiber vario 1030 HP Femtosecond fiber laser 2-photon microscopy and optogenetics

If 2-photon optogenetics is your research focus, the TOPTICAFemtoFiber vario 1030 HP is the ideal laser for your experiment. With output powers well beyond 8W and femtosecond laser pulses of typically 250fs, this laser provides sufficient peak power to go to the limits and to stimulate more than 200 neurons simultaneously.  In addition, our fully turn-key design featuring integrated AOM and GDD strongly simplifies your optical setup and allows you to focus on your research.
Without the need for regular maintenance or alignment TOPTICAs robust & reliable fiber laser technology significantly reduces the cost of ownership of your lasersystems. In addition, our quiet & compact laser design minimizes noise-stress to the animals while at the same time saving valuable table space.

Toptica FemtoFiber ultra 920 – 920nm femtosecond laser for GFP and YFP imaging

920 nm High-power Ultrafast Erbium Fiber Laser System

The FemtoFiber ultra 920 is a new member of TOPTICA's third generation of ultrafast fiber lasers. The system delivers laser pulses of less than 100 fs in duration at a central wavelength of 920 nm. The system provides more than 1 W average output power. It is a compact femtosecond laser system with turnkey operation and cost-effective design.

Toptica FemtoFiber dichro midIR: Broadband mid-infrared femtosecond laser source

The new Toptica FemtoFiber dichro midIR represents an ideal laser source for mid-infrared spectroscopy and imaging. It provides a tunable broadband output in the wavelength range of 5 to 15 µm (20 - 60 THz, 670 - 2000 cm-1). The unique 400 cm-1 broad emission spectra allow to excite a wide range of materials at the same time.  The air-cooled system is based on TOPTICAs proprietary fiber laser technologies and includes a difference frequency generation (DFG) unit as well as all necessary electronics into the same box. All functions and features are computer controllable by Ethernet or USB interfaces.