Novanta Venteon Ultra: Ultrafast Femtosecond Oscillator with Sub-6 fs Pulses and Broad Spectral Range

Name: Novanta Venteon Ultra: Ultrafast Femtosecond Oscillator with Sub-6 fs Pulses and Broad Spectral Range
Brand: Novanta Photonics
Availability: InStock

Description

The Novanta Venteon Ultra oscillator delivers ultra-short pulse durations under 5.5 fs, making it one of the shortest commercially available in its class. Designed for precision applications in scientific research and industrial settings, this oscillator combines high performance with reliable operation.

The Venteon Ultra's monolithic design is optimized for low pump thresholds and includes an integrated pump laser, enhancing system compactness and stability. It features a broad spectral range from 600 nm to 1200 nm, suitable for a variety of applications including ultrafast spectroscopy and material processing.

The oscillator utilizes DCM mirrors produced through ion beam sputtering, ensuring accurate phase control and consistent pulse outputs that approach theoretical limits. Pulse characteristics are rigorously measured using SPIDER technology, ensuring reliable performance data.

Additionally, the Venteon Ultra supports direct Carrier Envelope Phase (CEP) stabilization without additional spectral broadening, due to its wide output spectrum. This capability is crucial for precision experiments requiring exact pulse timing and phase control.

Laser Quantum’s software accompanies the Venteon Ultra, providing a robust interface for real-time performance monitoring and laser optimization. This feature is critical for maintaining optimal operation and adapting to the specific requirements of different research environments.

The Novanta Venteon Ultra is a strong choice for professionals seeking precise control over ultra-short laser pulses, offering a blend of performance, reliability, and versatility in a compact package.

Specifications

Mode Locked Power (avg.):	240 mW
Pulse Duration:	5.5 fs
Bandwidth (FWHM):	380 nm
Repetition Rate:	80 – 80 MHz
Pulse Energy:	3 nJ
Center Wavelength:	800 – 860 nm
RMS Noise:	0.05-0.1 %
Beam Diameter:	0.8-1.2 mm
Divergence:	< 3 mrad
Polarization Ratio:	> 100:1
Operating Temperature:	21 °C
Warm-Up Time:	< 20 Minutes
Weight (Head Only):	33 kg

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Features

Ultra-Short Pulse Generation: Produces pulses as short as <5 fs

High Output Power: Offers average powers up to >900 mW

Wide Spectral Bandwidth: Bandwidths exceeding 380 nm for broad application potential

Integrated Pump Laser: Compact monolithic design with integrated pump laser for ease of use

CEP Stabilization: Available options for Carrier-Envelope Phase (CEP) stabilization

High Stability and Reliability: Exceptional stability and beam shape due to optimized thermal and mechanical design

Advanced Control: Includes features like repetition rate control and active feedback for precise operation

Modular and Upgradable: Options for upgrades like CEP stabilization and pulse train monitoring

Applications

Scientific Research: Ideal for ultrafast spectroscopy and high-resolution imaging

Material Processing: Precision micromachining and fine material processing

Biomedical Imaging: High-speed and high-resolution imaging applications

Communication Technologies: Advanced photonics for communication systems

Optical Metrology: Accurate measurement and analysis in optical metrology

Nonlinear Optics: Research and development in nonlinear optical phenomena

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since 2016

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Frequently Asked Questions

What is the VENTEON Ultrafast Femtosecond Laser?

The VENTEON Ultrafast Femtosecond Laser is a high-performance laser developed by Novanta, designed to generate ultrashort pulses with durations of less than 5 femtoseconds. It is ideal for applications requiring extreme precision in laser-based diagnostics, analytical processes, micromachining, and fine material processing.

What makes the VENTEON Ultrafast Femtosecond Laser unique?

The VENTEON series is renowned for producing the shortest commercially available pulses at less than 5 fs, along with high average power outputs exceeding 900 mW. It also boasts a wide spectral bandwidth of over 380 nm and exceptional stability, making it a leading choice for advanced scientific and industrial applications.

What is Carrier-Envelope Phase (CEP) stabilization and why is it important?

CEP stabilization refers to the control of the phase difference between the carrier wave and the envelope of the pulse. This is crucial for applications requiring extreme precision, such as high-harmonic generation and attosecond pulse generation, as it ensures the stability and reproducibility of the pulse characteristics.

What are the operating conditions for the VENTEON Ultrafast Femtosecond Laser?

The laser operates optimally at a temperature of 21° C ± 3° C and requires a warm-up time of less than 20 minutes to reach stable operating conditions.

How is the VENTEON Ultrafast Femtosecond Laser cooled?

The laser employs advanced thermal management techniques to maintain optimal operating temperatures, ensuring stable performance and prolonged operational life. Specific cooling requirements and options can be provided by Novanta upon request.

What is the expected lifetime and reliability of the VENTEON Ultrafast Femtosecond Laser?

The VENTEON series is designed for high reliability and long operational lifetimes. Its robust construction and advanced engineering ensure consistent performance even in demanding environments.

Are there any optional upgrades available for the VENTEON Ultrafast Femtosecond Laser?

Yes, the VENTEON series offers optional upgrades including Carrier-Envelope Phase (CEP) stabilization and repetition rate control, allowing for enhanced performance tailored to specific application needs.