Wavelength-stabilized, single frequency diode laser for OEM
Single frequency performance for seamless integration
iBeam smart WS
Wavelength-stabilized, single frequency diode laser for OEM
Looking for a compact, easy-to-integrate single-frequency laser? The iBeam smart WS might just be the right laser for you. It shares the "normal" iBeam smart's essential features like compact footprint, exquisite selection of high-quality components, and all-integrated electronics. Add narrow linewidth emission down to 10-20 MHz and excellent wavelength stability and you get the iBeam smart WS - short for wavelength-stabilized.
The ultra-reliable laser diodes we use to build the lasers support your most demanding metrology and spectroscopic applications. From blood-flow measurements via diffuse correlation spectroscopy to semicon wafer inspection with highly precise interferometry or Raman microscopy, the iBeam smart is your ideal companion.
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Your Benefits
Superior resolution
Excellent wavelength stability and narrow linewidths boost your measurements.
Seamless integration
Its compact, industry-standard footprint and passive cooling enable effortless integration into space-constrained systems. Delivering high performance without compromising valuable installation space.
Custom design
Free-space or fiber coupled? Custom electronics settings, beam shapes, and a variety of accessories available.
Low cost of ownership
Proven components and durable engineering deliver exceptional longevity and reliability, minimizing maintenance and replacement costs.
All colors
Choose from multiple wavelengths ranging from 405 to 850 nm to match your needs, e.g. for structure sizes, absorption bands,… All diodes are tested against TOPTICA’s strict quality standards.
Applications
Interferometry
In semiconductor manufacturing, perfection is measured in nanometers - or often even less. To measure such minute variations with speed and accuracy, the industry relies on laser-based interferometric metrology - a non-contact, non-destructive optical technique capable of resolving surface and layer thickness with sub-nanometer precision.
Raman spectroscopy
Well-suited for Raman spectroscopy of inorganic materials, for which no fluorescence obscures the Raman signal. Raman intensity depends on the excitation wavelength by a factor 1/λ4. Our lasers for this application allow for a strong Raman signal that remains detectable by Si-based detectors.
Diffuse correlation spectroscopy
DCS is a non-invasive optical technique that uses coherent near-infrared light to measure microvascular blood flow deep within biological tissue. By analyzing rapid speckle intensity fluctuations after the light has scattered through tissue, DCS provides continuous, real-time insights into cerebral and muscle hemodynamics.
HeNe laser replacement
Helium-Neon (HeNe) lasers have been the workhorse of interferometry and precision metrology for decades, providing stable 633 nm emission.
The DFB pro 633 provide the narrow-linewidth and high coherence length that you are used to, at the same wavelength. And it adds Mode-Hop free tunability and ease of integration into your metrology application.
Options
Optical isolation
Prevents potential optical feedback from reaching the laser. Stabilizes output power and spectral behavior of the emission.
Fiber delivery
Fiber delivery is optionally available with TOPTICA's fiber coupler SmartDock.
FiberOut collimator
FiberOut for collimated free-beam delivery. Rugged solution with low handling effort.
Wavelength selection
If the +/- 1 nm are not precise enough for your application, please inquire for wavelength selection down to 0.1 nm.
Cleanup filter
Bandpass filter with typical bandwidth of 6 to 10 nm.
Breakout PCB
Adapter PCB replacing the I/O connector for exposed pins in environments that have very limited space.
External power supply
For direct connection to 100 to 240 VAC mains.
Breadboard adapter
Allows for direct mounting of iBeam smart WS to an optical breadboard or optical table. Beam height will be 40 mm with this adapter. Compatible with both metric and imperial hole patterns.
Switch box
CDRH compliant with key switch, external connectors and manual switches for easy access to iBeam smart WS features.
Specifications
We are happy with the TOPTICA iBeam smart laser for our advanced proprietary therapeutic drug monitoring technology. This laser offers exceptional Raman excitation at 785 nm, enabling precise molecular fingerprinting of therapeutic compounds. The resulting Raman spectra allow for rapid and accurate quantification of drug concentrations, supporting informed clinical decision-making.
