iBeam smart WS

• Wavelength-stabilized, single-frequency diode laser designed for OEM integration.
• Narrow spectral linewidth down to 10–20 MHz, depending on configuration.
• Excellent wavelength stability for precision optical measurements.
• Available wavelengths are from approximately 405 to 850 nm; specific wavelengths depend on the selected configuration.
• Optical output power up to 350 mW, depending on wavelength.
• Compact, industry-standard footprint for OEM system integration.
• Passive cooling enables integration into space-constrained instruments.
• Integrated electronics simplify system design and operation.
• Available in free-space or fiber-coupled configurations.
• An optional optical isolator helps suppress optical feedback and stabilize laser output.
• The optional FiberOut collimator provides rugged collimated free-space beam delivery.
• Optional wavelength selection down to 0.1 nm is available upon request.
• An optional cleanup filter with a typical bandwidth of 6–10 nm.
• Designed for demanding metrology and spectroscopy applications.

The TOPTICA iBeam smart WS is a wavelength-stabilized, single-frequency diode laser designed specifically for OEM integration. It combines the compact and robust architecture of the iBeam smart platform with a wavelength-stabilized laser diode, providing narrow linewidth and excellent wavelength stability for precision optical measurements.

A major advantage of the iBeam smart WS is its single-frequency operation with a narrow spectral linewidth down to the 10–20 MHz range. This makes the laser particularly suitable for applications where spectral resolution, coherence, and wavelength stability are more important than simply maximizing optical output power.

The laser is available at multiple wavelengths between approximately 405 and 850 nm, allowing users to select an appropriate wavelength according to the optical characteristics of the target application, such as absorption bands, Raman excitation requirements, or semiconductor structures.

The compact design, integrated electronics, and passive cooling make the iBeam smart WS particularly suitable for integration into OEM instruments where available space is limited. TOPTICA also offers customized electronics settings, beam shapes, and accessories to adapt the laser to different system requirements.

For applications requiring additional protection against optical feedback, an optional optical isolator can be integrated. Fiber delivery is also available through TOPTICA's SmartDock fiber coupler, while the FiberOut collimator provides a rugged solution for collimated free-space beam delivery.

The combination of narrow linewidth, wavelength stability, and compact OEM-friendly design makes the iBeam smart WS particularly well suited to high-precision applications such as interferometry, Raman spectroscopy, and diffuse correlation spectroscopy.

Product Type: Wavelength-Stabilized Single-Frequency Diode Laser
Model: iBeam Smart WS
Manufacturer: TOPTICA Photonics
Laser Type: Single-Frequency Diode Laser
Wavelength Range: 405–850 nm*
Optical Output Power: Up to 350 mW*
Spectral Linewidth: Down to 10–20 MHz*
Wavelength Stability: <15 pm**
Polarization: Linear
Polarization Ratio: Typically >50:1
Polarization Orientation Tolerance: ±3°
Cooling: Passive Cooling
Output Configuration: Free-Space or Fiber-Coupled
OEM Integration: Yes
Optical Isolation: Optional
Fiber Delivery: Optional SmartDock
Free-Space Collimator: Optional Fiber Out
Wavelength Selection: Down to 0.1 nm upon request
Cleanup Filter: Optional, typically 6–10 nm bandwidth
Mounting: Optional Breadboard Adapter

The iBeam smart WS is particularly suitable for applications where wavelength stability and narrow linewidth directly affect measurement accuracy.

Precision Metrology

• Interferometry
• Optical Metrology
• Semiconductor Inspection
• Wafer Inspection
• Precision Dimensional Measurement
• Layer Thickness Measurement
• Surface Characterization

TOPTICA specifically highlights interferometric metrology for semiconductor manufacturing, where very small dimensional variations must be measured with high precision.

Spectroscopy

• Raman Spectroscopy
• High-Resolution Spectroscopy
• Spectral Analysis
• Absorption Spectroscopy
• Laser Excitation
• Material Characterization

The iBeam smart WS is particularly useful for Raman applications where stable, narrow-linewidth excitation can improve measurement performance.

Biomedical & Life Science

• Diffuse Correlation Spectroscopy (DCS)
• Blood-Flow Measurement
• Biomedical Optical Sensing
• Tissue Optical Measurements

TOPTICA specifically describes DCS as an application for measuring microvascular blood flow using coherent near-infrared light.

Other Applications

• Precision Laser Systems
• Optical Instrumentation
• Coherent Imaging
• Interferometric Sensors
• Photonics Research
• Scientific Research
• OEM Analytical Instruments
• Laser-Based Measurement Systems