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Enquiry Form

LightHUB Plus Laser Light Engines

The LightHUB+® Plug&Play laser light engines can be equipped with up to six DPSS or diode lasers of different wavelengths in a compact and rugged design. Wavelengths between 375nm and 1550nm and optical output powers up to 300mW per laser line are possible. The LightHUB+ can be upgraded by the end-user from 1…6 wavelengths easily. Pre-assembled upgrade-kits consisting of the laser head. optical combiner block and an interface card can be installed at any time. The fiber output can be equipped with Single-Mode, polarization-maintaining fibres or Mult-Mode fibers with various ourput connectors or collimated beam diameters starting from 0.7mm. Six individual Analog and Digital Modulation Inputs as well as a RS-232 and USB Interface allow easy Integration Input control environemts. The system is designed to be both passively or actively cooled. By mounting it on a optical table or thicker breadboard, passive cooling is possible. If the system should be operated in a free-standing desk-top use, the optional active cooling unit with temperature controlled fans can be attached underneath.

Key Facts:

• Up to 6 wavelengths beam-combined and efficiently
fibre coupled in one compact housing
• Over 30 different wavelengths available
• Wavelengths upgradable by the end-user
• Single-mode, polarization maintaining or multi-mode fibre coupling
output
• Passive or active cooling with optional cooling unit
• All lasers with direct analogue and digital modulation
• Windows™ based laser control software included.
• Software drivers for Metamorph, LabVIEW and Micromanager available

LightHUB+® – Specifications:
Available models: LightHUB+ Laser Light Engine
available wavelengths and powers:

(internal laser power)

375nm / 20mW, 70mW
395nm / 120mW
405nm / 60mW, 120mW, 300mW
415nm / 120mW
425nm / 120mW
445nm / 50mW, 100mW, 500mW
457nm / 100mW, 500mW
460nm / 100mW
473nm / 20mW, 80mW, 100mW, 300mW
488nm / 20mW, 60mW, 80mW, 100mW, 150mW, 200mW
505nm / 80mW
515nm / 25mW, 50mW, 80mW, 100mW, 150mW
532nm / 50mW, 80mW, 100mW, 150mW
552nm / 20mW, 60mW, 80mW, 100mW, 150mW
561nm / 20mW, 50mW, 80mW, 100mW, 150mW
594nm / 60mW, 100mW
633nm / 100mW
638nm / 40mW, 100mW, 150mW, 200mW
642nm / 140mW
647nm / 140mW
660nm / 130mW
685nm / 50mW
705nm / 40mW
730nm / 40mW
785nm / 120mW, 200mW
808nm / 140mW
830nm / 140mW
850nm / 100mW
945nm / 200mW
980nm / 100mW
1030nm / 150mW
1060nm / 150mW
1080nm / 80mW
1310nm / 50mW
1550nm / 100mWRestrictions in some wavelenght combinations may apply.
Ask for possible combinations
Fibre coupling: Type:                                      Single-mode, (PM)

or Multi-mode fibres

Fibre output:                           FC/APC, FC/PC, FCP8 or SMA and

collimated outputs diameters

on customer’s demand

Modulation Capabilities Analogue Modulation:             up to 1.5MHz

Digital Modulation:                  up to 150kHz (full ON/OFF)

Control interfaces: Type:                                      USB 2.0 / RS-232

Interlock

Key-Switch

Laser control software: WindowsTM based laser control software
Supply voltage: 12VDC or 90-240VAC, 50/60Hz
Available options LH+.COOL – optional active cooling unit for LightHUB+
XX.CDRH   – optional CDRH remote control box
Mechanical size: L x W x H: 402mm x 402 x 97 mm (without cooling unit)
L x W x H: 402mm x 402 x 182 mm (with attached cooling unit)

Applications:

– Flow Cytometry
– Confocal Microscopy
– Optogenetics
– Test and Measurement
– Machine Vision

LightHUB+ Laser Light Engine
Front view

LightHUB+<sup>®</sup> laser light engine

 

 

LightHUB+ Laser Light Engine
Rear view

 

 

LightHUB+ Laser Light Engine
Front view with optional cooling unit attached

Recommended for free-standing / desktop use

LightHUB+<sup>®</sup> laser light engine

 

 

LightHUB+ Laser Light Engine
Rear view with optional cooling unit attached

Recommended for free-standing / desktop use

Omicron Control Center (OCC) Software

Each LightHUB+ laser light engine is delivered with the Omicron Control Center (OCC) – Laser Control Software. The software can control multiple lasers and offers a Master section which controls all lasers in parallel. The OCC can be used for daily use or just for configuring the laser for computer independent operation once.