ORIA IR FEMTOSECOND OPO

Key Features
  • Broad tuning across 990 – 1550 nm and 1696 – 4090 nm.
  • Independent pump and Signal/Idler tuning.
  • Highest average power, >1 W at the peak of the range.
  • Hands-free operation.
  • Compatible with standard MHz femtosecond Ti:Sapphire oscillators.
Wavelength Oria IR 990 nm - 4090 nm
Description

A sealed, hands-free and fully-automated femtosecond optical parametric oscillator (OPO) that offers class-leading wavelength coverage with high average power in the near- and mid-IR. Compatible with standard femtosecond MHz repetition rate Ti:sapphire oscillators, the Oria IR is an ideal tool for nonlinear microscopy applications where short pulse durations, high beam pointing and high power stability are required in the IR.

The Oria IR is a femtosecond OPO, pumped by a mode-locked femtosecond Ti:Sapphire oscillator, which offers broad tunability in the near- and mid-IR. Independent tuning of the pump wavelength across 720 – 810 nm (12195 – 14084 cm-1), and the signal wavelength across 1000-1580 nm (6329 – 10000 cm-1), is provided through the two separate pump and signal output ports available in this OPO. The user can easily select amongst accessing: (i) 100% of the pump through the pump output port, with no signal through the signal port, (ii) a percentage of the pump through the pump output port, with partial signal through the signal output port, or (iii) 0% of the pump through the pump output port, with full signal through the signal output port.

As a sealed system, the Oria IR does not provide user access to the internal cavity. Absolutely hands-free operation is guaranteed, with manual alignment of the OPO neither possible nor required. Tuning across the range can be readily achieved within a few seconds, by controlling the system exclusively via a simple and dedicated PC-user-interface.

The Oria IR delivers unique conversion efficiency performance, resulting in high power levels across the wavelength range. Also, near-transform-limited pulses, excellent power stability and exceptional beam quality across the tuning range are provided.

The Oria IR is a USB compatible and compact system formed by a single optics unit (395 x 703 x 192 mm), which does not require additional bulky external units such as chillers or MRU air recirculators. A portable and ready installed computer is also available with this OPO.

The Oria IR is provided directly by Radiantis®.

Models
Oria IR Femtosecond OPO
Oria IR

Tuning range

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

Average power

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

Pulse duration: Femtosecond

Integrated pump: No

Oria IR Femtosecond OPO
Oria IR XT

Tuning range

Signal wavelength: 990 – 1550 nm
Idler wavelength: 1690 – 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

Specifications
Output Characteristics Oria IR Oria IR XT
Signal tuning range(2) 990 – 1550 nm (6451 – 10101 cm-1) 990 – 1550 nm (6451 – 10101 cm-1)
Idler tuning range(2) n/a 1696 – 4090 nm (2444 – 5890 cm-1)
Pump tuning range(2)(3) 720 – 810 nm (12195 – 14084 cm-1) 720 – 810 nm (12195 – 14084 cm-1)
Signal output power(4) > 1 W > 1 W
Idler output power(4) n/a > 350 mW
Signal pulse width(5) < 200 fs < 200 fs
Idler pulse width(5) n/a < 120 fs across 1696 – 2000 nm (5000 – 5890 cm-1)
Beam diameter @ 1300 nm 1.4 mm +/- 10% 1.4 mm +/- 10%
Beam divergence < 1 mrad < 1 mrad
Signal beam displacement with
wavelength
< 600 microns at < 40 cm from output < 600 microns < 40 cm from output
Signal beam pointing with
wavelength
 < 300 μrad < 300 μrad
Spatial mode TEM00 M2 ≤ 1.2 TEM00 M2 ≤ 1.2 (signal)
TEM00 M2 ≤ 1.3 (idler)
Signal noise at 1300 nm < 1% rms < 1% rms
Output ports 1) 100% signal and idler with no pump bypass.
2) Partial signal and idler with 20%
pump bypass.
3) 100% pump bypass.
1) 100% signal and idler with no pump bypass.
2) Partial signal and idler with 20%
pump bypass.
3) 100% pump bypass.
Power stability 5% 5%
Polarization Horizontal (>100:1) Horizontal (>100:1)
Repetition rate 80 MHz 80 MHz
Size (W x L x H) 703 x 395 x 192 mm (27.6 x 15.5 x 7.5 inch) 703 x 395 x 192 mm (27.6 x 15.5 x 7.5 inch)

 

Notes:

(1) Specifications are subject to change without notice.
(2) Extended range available upon request.
(3) Pump tuning range simultaneous with signal and idler tuning range.
(4) At peak of pump and OPO signal tuning range.
(5) Pulse width can be reduced upon request.

Performance charts

Oria IR and Oria IR XT

Oria IR and Oria IR XT

Oria IR XT

Oria IR Diamond Plot

Oria IR Diamond Plot

Oria IR XT Wavelength Coverage

Oria IR XT Wavelength Coverage
Dimensions
Oria IR dimensions 1
Oria IR dimensions 2
Oria IR dimensions 3

(IR OPO, Oria VIS and Oria Blue)

Oria VIS Femtosecond SHG Module

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: >400 mW

Pulse duration: Femtosecond

Integrated pump: No

Oria Blue Femtosecond and Picosecond Harmonic Generator
Oria Blue Femtosecond and Picosecond Harmonic Generator

Tuning range

Signal wavelength: 990 – 1550 nm
Idler wavelength: 1696 – 4090 nm
Pump wavelength: –
SHG wavelength: 495 – 775 nm

Average power

Signal average power: >1 W
Idler average power: >350 mW
Pump average power: –
SHG average power: >1.2 W

Pulse duration: Femtosecond

Integrated pump: No

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

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

Pump-probe spectroscopy

Pump probe spectroscopy

Time-resolved spectroscopy in the Mid-IR

Time-resolved spectroscopy

Two-photon microscopy

Two photon microscopy

Second harmonic generation microscopy

SHG Second harmonic generation microscopy

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