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ORIA VIS FEMTOSECOND SHG MODULE

Key Features
  • Highest power with >400 mW at the peak of the tuning range.
  • Four outputs are available:
    1. 990 – 1550 nm (6451 – 10101 cm-1) at full power,
    2. 495 – 775 nm (12903 – 20202 cm-1),
    3. 1696 – 4090 nm (2444 – 5890 cm-1),
    4. 990 – 1550 nm (6451 – 10101 cm-1) undepleted.
  • Excellent beam pointing stability with TEM00 spatial quality.
  • Hands-free operation with a dedicated control software. Control drivers available.
  • Compatible with most commercial femtosecond sources tunable across 990 – 1550 nm (6451 – 10101 cm-1).
oria vis 495nm - 775nm / 990nm 4090nm
Description

A femtosecond SHG module with unprecedented spectral coverage, turning the IR OPO wavelengths, across 990-1550 nm (6451 – 10101 cm-1), into the visible, across 495 – 775 nm (12903 – 20202 cm-1). The ORIA VIS offers exceptional conversion efficiency (>40 %), providing powers >400 mW with excellent stability. With reduced pulse broadening and superior spectral and spatial beam quality, this compact doubling unit offers an excellent tool for a wide range of applications requiring femtosecond light pulses at MHz repetition rates.

The ORIA VIS is fully-automated and tuning is controlled via a PC, offering alignment-free installation and simple and reliable operation. The automated ORIA VIS advanced control software ensures fast and reliable tuning within a few seconds, while providing a selection of practical operating features.

This doubling unit is designed to be pumped by standard ultrafast MHz repetition-rate IR OPOs, including Radiantis Oria IR.

Specifications
Output Characteristics Oria VIS
Tuning range 495 – 775 nm (12903 – 20202 cm-1)
Output power(2) > 400 mW
Pulse width(3) < 180 fs
Beam diameter at 525 nm 2.5 mm
Beam divergence < 1 mrad
Beam displacement with wavelength < 2.5 μm
Spatial mode TEM00
Polarization Vertical
Repetition rate 80 MHz
Size (W x L x H) 568.0 x 366.5 x 189.2 mm
(22.4 x 14.4 x 7.5 inch)

 

Notes:

(1) Specifications are subject to change without notice.
(2) At the peak of the tuning range, when pumped by Oria IR OPO.
(3) When pumped with Oria IR OPO.

Performance charts

Typical Oria VIS Tuning Curve

Typical Oria VIS Tuning Curve

Oria VIS Diamond Plot

Oria VIS Diamond Plot

Oria VIS Wavelength Coverage

Oria VIS Wavelength Coverage
Dimensions
Oria VIS dimensions 1
Oria VIS dimensions 2

(IR OPO, Oria VIS and Oria Blue)

System Layout IR OPO, Oria VIS and Oria Blue

Oria IR Femtosecond OPO

Tuning range

Signal wavelength: 990 – 1550 nm
Idler wavelength: 1696 – 4090 nm
Pump wavelength: 690 – 1040 nm
SHG wavelength: –

Average power

Signal average power: >1 W
Idler average power: >350 mW
Pump average power: –
SHG average power: –

Pulse duration: Femtosecond

Integrated pump: No

Oria Blue Femtosecond and Picosecond Harmonic Generator

Tuning range

Signal wavelength: 340 – 550 nm
Idler wavelength: –
Pump wavelength: 680 – 1080 nm
SHG wavelength: 340 – 550 nm

Average power

Signal average power: –
Idler average power: –
Pump average power: –
SHG average power: >1.2 W

Pulse duration: Femtosecond, Picosecond

Integrated pump: No

Applications
nanophotonics

Nanophotonics

Semiconductor research and spectroscopy

Single-molecule spectroscopy

Coherent anti-strokes Raman spectroscopy (CARS) and Raman microscopy

Coherent anti-strokes Raman spectroscopy (CARS) and Raman microscopy

Multiple wavelength pump-probe experiments

Pump-probe experiments

Time-resolved spectroscopy in the Mid-IR

Time-resolved spectroscopy

Other products

Send us a message

Thank you for your interest in our products and services.
Please do not hesitate to contact us if you require additional information
or assistance.

Carrer Esteve Terradas, 1 Edificio RDIT
Parc Mediterrani de la Tecnología
08860 Castelldefels
Barcelona, Spain

info@radiantis.com

+34 936 38 97 63

Radiantis