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STRADUS CW laser diode modules in a benchtop/compact OEM format

Vortran Laser Technology

Stradus CW laser diode modules are available with outputs in the UV, blue, green or red regions of the optical spectrum.

  • Wavelengths from 375 – 940 nm
  • Output powers from 25 – 250 mW
  • CDRH Compliant
  • Compact and Self-Contained Design
  • Low Noise
  • Excellent Beam Quality
  • Patented Sealed Optical Cavity
  • Single Mode TEM00
  • Analogue Modulation
  • Digital Modulation
  • USB and RS-232 Interfaces
  • PC Interface Software
  • Electro-Static Discharge (ESD) Protection
  • OEM and End-User Systems Available

 

Each high performance Stradus model is supplied complete with built-in thermal control and collimation optics. All of the components (the laser diode, photo-detector, and all beam shaping optics) are contained within a sealed module with an inert atmosphere for the ultimate in stability and longevity. The innovative design of the opto-mechanical packaging gives the Stradus products incredible power stability and beam pointing performance.

A patent pending approach to the modular, sealed optics assembly allows the Stradus to outperform the competition both long and short term over a wide operating temperature range. High power output diodes are packaged in a power efficient design that ensures the lowest optical noise output with an incredibly stable beam. The package design provides the highest level of ESD protection available today in a laser module.

Design innovation and high performance drive electronics combine to give unparalleled power stability and beam pointing stability over time and temperature. Low noise drive electronics produce an optical output with exceptionally low optical noise. The module can be operated in CW (constant power) or modulation modes. Both analog and digital (TTL) inputs* can be used with analog signals up to 500kHz and digital rates up to 200MHz. The module can be driven with rise times less than 2 nanoseconds for high speed modulation.

The Stradus electronics design includes many revolutionary changes in laser module control.

The Stradus family products can be operated as a fully CDRH compliant and independent system with the Control Box/ Power Supply or as a completely self-contained OEM head. Each laser is in a standard bench top format footprint, with a separate drive electronics controller unit. However, the laser can operate independently of the drive electronics unit. On board is a 32-bit ARM microprocessor that gives you unprecedented control of the laser module.

The Stradus CW laser diode module is widely compatible with the remote instructions and drive command sets of other commercially available lasers. This makes them easy to integrate as an alternative to more costly, lower performing and less reliable alternatives. Furthermore, they are also fully compatible with µmanager™, making these lasers ideal replacements for microscopy systems.

The drive electronics unit is compatible with single phase 240VAC (13A). It provides DC power to the laser head and also control and readout interfaces. It is also equipped with a CDRH ON/OFF key switch and interlock.

The Stradus range represents the ultimate in high performance laser diode modules. All Stradus lasers are perfectly suited to the demands of laboratory and OEM integrators alike. They are also ideal for use as replacement lasers in microscope systems.

For assistance on how to replace your existing laser with a Stradus laser, please contact us and we will provide you with full advice and support.

*532 nm model has analogue modulation only

 

 

 

Amplitude Stability

0.50%

Beam Alignment

< 5 mrad

Beam Centration

< 0.5 mm

Beam Circularity

> 90 %

Beam Shape

Circular

Cavity Type

Fabry-Perot (FP)

CDRH Class

Class IIIb

Communication Interface

Mini-USB, RS-232

ESD Protection

Class 4

EU Compliance

CE Mark Certified with control box

Fibre Coupling

Available

Height

45.11 mm

Input Power (Control Box)

50/60Hz, 90-250 VAC

Input Power (Head)

1.5A (max), 12V DC

Laser Type

Laser Diode Module

Length

100 mm

Modulation Depth

∞ (full off)

Operating Temperature

10 – 45 °C

Package Type

Compact OEM

RoHS Compliance

EU and China

Series

Stradus

Storage temperature

−10 – 60 °C

Temporal Mode

CW Modulated

Transverse (spatial) Mode

TEM00

Width

40 mm

STRADUS-375-60
Centre Wavelength375 ±5 nm
Output Power60 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-395-100
Centre Wavelength395 ±5 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-405-100
Centre Wavelength405 ±5 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Standard Beam~1.4 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-405-250
Centre Wavelength405 ±5 nm
Output Power250 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Standard Beam~1.4 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-415-100
Centre Wavelength415 ±5 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Standard Beam~1.4 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-420-100
Centre Wavelength420 – 425 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~0.6 mrad
Standard Beam~1.4 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-445-80
Centre Wavelength445 ±5 nm
Output Power80 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.8 mm, ~1.0 mrad
Standard Beam~1.1 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-473-80
Centre Wavelength473 ±5 nm
Output Power80 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.8 mm, ~1.0 mrad
Standard Beam~1.2 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-488-25
Centre Wavelength488 ±5 nm
Output Power25 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.8 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.15 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-488-50
Centre Wavelength488 ±5 nm
Output Power50 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.8 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.15 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-488-150
Centre Wavelength488 ±5 nm
Output Power150 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.8 mm, ~1.0 mrad
Standard Beam~1.2 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.15 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-505-70
Centre Wavelength505 ±2 nm
Output Power70 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.0 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.5 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.25 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-514-60
Centre Wavelength515 ±5 nm
Output Power60 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.9 mm, ~1.0 mrad
Standard Beam~1.2 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.25 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-514-100
Centre Wavelength515 ±5 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.9 mm, ~1.0 mrad
Standard Beam~1.2 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.35 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-532-40
Centre Wavelength532 ±1 nm
Output Power40 mW
ModulationLimited (contact for details)
Beam Diameter~0.8 mm, 1/e2
Beam Divergence~1.0 mrad
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.5 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-561-50
Centre Wavelength561 ±2 nm
Output Power50 mW
Analogue Modulation100 kHz
Analogue Rise Time< 2 µs
Beam Diameter~0.7 mm, 1/e2
Beam Divergence~1.0 mrad
Digital Modulation10 MHz
Digital Rise Time< 12 nsec
M-squared<1.1 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 10 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)223 g
Polarisation Extinction Ratio>100:1
STRADUS-633-80
Centre Wavelength633 ±3 nm
Output Power80 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.0 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.7 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±5°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>50:1
STRADUS-639-160
Centre Wavelength639 ±4 nm
Output Power160 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.0 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.7 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±5°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-640-30
Centre Wavelength640 ±3 nm
Output Power30 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.0 mm, ~1.0 mrad
Standard Beam~1.3 mm, ~0.7 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±5°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-642-110
Centre Wavelength642 ±5 nm
Output Power110 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~1 mrad
Standard Beam~1.3 mm, ~0.7 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.1 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±5°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-660-100
Centre Wavelength660 ±5 nm
Output Power100 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.1 mm, ~1.0 mrad
Standard Beam~1.4 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.15 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-685-40
Centre Wavelength685 ±10 nm
Output Power40 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.1 mm, ~1.0 mrad
Standard Beam~1.4 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-705-30
Centre Wavelength705 ±10 nm
Output Power30 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Beam Diameter~1.3 or ~ 1.0 mm, 1/e2
Beam Divergence~0.5 or ~1.0 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-730-30
Centre Wavelength730 ±10 nm
Output Power30 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Beam Diameter~1.3 or ~ 1.0 mm, 1/e2
Beam Divergence~0.5 or ~1.0 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-785-80
Centre Wavelength785 ±10 nm
Output Power80 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.1 mm, ~1.0 mrad
Standard Beam~1.4 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-808-150
Centre Wavelength808 ±10 nm
Output Power150 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1 mm, ~1 mrad
Standard Beam~1.3 mm, ~0.5 mrad
Digital Modulation10 MHz
Digital Rise Time< 50 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-852-40
Centre Wavelength852 ±4 nm
Output Power40 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~1.0 mm, ~1.0 mrad
Standard Beam~1.4 mm, ~0.6 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
STRADUS-940-40
Centre Wavelength940 ±10 nm
Output Power40 mW
Analogue Modulation500 kHz
Analogue Rise Time< 0.7 µs
Small Beam~0.9 mm, ~1.5 mrad
Standard Beam~1.4 mm, ~0.8 mrad
Digital Modulation200 MHz
Digital Rise Time< 2 nsec
M-squared<1.25 typical
RMS Noise (10 Hz to 10 MHz)<0.2 %
Pointing Stability< 5 µrad/°C
Polarisation OrientationVertical ±2°
Weight (Laser Head)210 g
Polarisation Extinction Ratio>100:1
Stradus_415-100
Stradus_633
STRADUS-375-60
STRADUS-395
STRADUS-405-100
STRADUS-405-250
STRADUS-420-100
STRADUS-445-80
STRADUS-473-80
STRADUS-488-50
STRADUS-488-150
STRADUS-505-70
STRADUS-514-60
Stradus-514-100
STRADUS-532-40
STRADUS-561-50
Stradus-639-150
STRADUS-640-30
STRADUS-642-110
STRADUS-660-100
STRADUS-685-40
STRADUS-705-30
STRADUS-730-30
STRADUS-785-80
Stradus-852-40
Stradus-940-40
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Our knowledgeable sales team will be happy to help. We can normally source exactly what you need, or work with you to come up with custom solutions.

Alternatively, just call +44 (0) 1933 461 666 and ask to speak to the Photonics team.