News & Events

Main features:

• High transmittance in the range 1.1 – 6.5 μm
  
• Low optical losses of about 0.2 – 0.3 dB/m at 2.5 – 4 µm and 4.5 – 5 µm
  
• Core/Clad structure with core diameters span from 8 to 500 μm
  
• Double polymer coating for high flexibility

For more information see data and downloads available below.

Main features:

• High transmittance in 1.1 – 6.5 μm range
  
• Low optical losses 0.2 – 0.3 dB/m at 2.5 – 4 μm and 4.5 – 5 μm
  
• Core/Clad structure with core diameters span from 8 to 500 μm
  
• Temperature range -50°C + 90°C

For more information see data and downloads available below

Main features:

• Compatible with SMA- or FC-terminated fiber cables
• Pupil diameter 15mm or 5 mm
• Thread build-in in your optical system
• Non-Magnetic Aluminium Housing
• Refocusing or Collimating design
  

Main features:

• Combining  light from several sources
• Splitting light from light source into several channels
• Reshaping of light beam cross section
• Multispectral Fiber Bundles for the broad spectral range from 0.2 to 18µm
• Custom fiber arrangement
• Standard or custom connectors and ferrules

Main features:

• Silica Fiber Bundles for any part of spectral range
• Custom fiber arrangement
• Standard or custom connectors and ferrules
• Splitting light from light source into several channels
• Combining light from several sources
• Reshaping of light beam cross section

Main features

• Flat-tip ATR crystal
• Suitable for measuring sensitive samples e.g. skin without damaging them
• Easy to clean
• Excellent for measuring sticky or messy samples

These Focusing Couplers are designed to focus CO₂- and CO-laser beam into the optic fiber cables. The Couplers are adjustable and can be adapted to custom laser head.

Main features:

• Efficient coupling into optical fiber cable or hollow wave guide
• ZnSe lens with AR-coating

Main features

• High throughput at Mid InfraRed range
• On-line absorbance spectroscopy of liquids, pastes & soft solid surfaces
• Compatible with all FTIR, QCL and IR- Filter spectrometers
• Cost effective alternative to more expensive ATR-IR-fiber probes
• Replaceable ATR Loop PIR-Fiber Tips

Main features:

• High throughput in any part of Near- and Mid-IR spectrum
• No dead zone
• Flexible and robust for industrial applications in harsh environment
• Compatible with all spectrometers and automated process-interfaces

Main features

• Fiber assembly is easy detachable.
• No need to retract the whole probe out of the fermenter, just pull the fiber assembly out of the operational shaft and store it separately.
• Sealing the operational shaft is possible for the sterilization, cleaning, deactivation or any other treatment.

Main features:

• High throughput in selected parts of Near & Mid InfraRed-spectra
• ATR-tip shaped for immersion in liquid flow without dead zone
• Robust for industrial applications in harsh environment up to 250°C
• Resistant to high pressure
• Compatible with all spectrometers and automated process-interfaces

Main features:

• Evanescent absorption spectra without dead zone problems
• Optimal ATR- crystal selection to match customer application
• Cost effective solution for in-line reaction monitoring

Main features:

• Efficient coupling of fiber cable to MCT/ InSb detector installed inside LN-cooled Dewar with side window
• Mirror optics enable work in broad spectral range
• Pre-aligned and adjustable to maximize coupling efficiency
• SMA or FC/PC (on request) adaptor for infrared fiber optical cable.
• Compatible with Chalcogenide and Polycrystalline IR-Fiber Cables

Main features:

• The most flexible cables for CO and CO₂-laser power delivery
• Stable transmission under the bending
• SMART-technology to suppress Fresnel reflection losses in PIR fibers
• Transmitted power up to 40 W

See downloads to check effective NA & transmission vs cable

Main features:

• High transmittance in selected parts of 3 - 17μm range for customized applications
  
• No Fresnel reflection at the end faces
  
• Inner diameter spans from 500 to 1000μm
  
• Double polymer coating for high flexibility

For more information see data and downloads available below.

Main features:

• Multispectral Fiber Bundles for the broad spectral range: from 0.2 to 17µm
• Custom fiber arrangement
• Standard or custom connectors and ferrules
• Reshaping of light beam cross section
• Sealing for high pressure or vacuum application

Main features:

• High transmittance in the range 1.1 – 6.5 μm
  
• Low optical losses of about 0.2 – 0.3 dB/m at 2.5 – 4 µm and 4.5 – 5 µm
  
• Core/Clad structure with core diameters span from 8 to 500 μm
  
• Double polymer coating for high flexibility

For more information see data and downloads available below.

Main features:

• High transmittance in 1.1 – 6.5 μm range
  
• Low optical losses 0.2 – 0.3 dB/m at 2.5 – 4 μm and 4.5 – 5 μm
  
• Core/Clad structure with core diameters span from 8 to 500 μm
  
• Temperature range -50°C + 90°C

For more information see data and downloads available below

Main features:

• Compatible with SMA- or FC-terminated fiber cables
• Pupil diameter 15mm or 5 mm
• Thread build-in in your optical system
• Non-Magnetic Aluminium Housing
• Refocusing or Collimating design
  

Main features:

• Combining  light from several sources
• Splitting light from light source into several channels
• Reshaping of light beam cross section
• Multispectral Fiber Bundles for the broad spectral range from 0.2 to 18µm
• Custom fiber arrangement
• Standard or custom connectors and ferrules

Main features:

• Silica Fiber Bundles for any part of spectral range
• Custom fiber arrangement
• Standard or custom connectors and ferrules
• Splitting light from light source into several channels
• Combining light from several sources
• Reshaping of light beam cross section

Main features

• Flat-tip ATR crystal
• Suitable for measuring sensitive samples e.g. skin without damaging them
• Easy to clean
• Excellent for measuring sticky or messy samples

These Focusing Couplers are designed to focus CO₂- and CO-laser beam into the optic fiber cables. The Couplers are adjustable and can be adapted to custom laser head.

Main features:

• Efficient coupling into optical fiber cable or hollow wave guide
• ZnSe lens with AR-coating

Main features

• High throughput at Mid InfraRed range
• On-line absorbance spectroscopy of liquids, pastes & soft solid surfaces
• Compatible with all FTIR, QCL and IR- Filter spectrometers
• Cost effective alternative to more expensive ATR-IR-fiber probes
• Replaceable ATR Loop PIR-Fiber Tips

Main features:

• High throughput in any part of Near- and Mid-IR spectrum
• No dead zone
• Flexible and robust for industrial applications in harsh environment
• Compatible with all spectrometers and automated process-interfaces

Main features

• Fiber assembly is easy detachable.
• No need to retract the whole probe out of the fermenter, just pull the fiber assembly out of the operational shaft and store it separately.
• Sealing the operational shaft is possible for the sterilization, cleaning, deactivation or any other treatment.

Main features:

• High throughput in selected parts of Near & Mid InfraRed-spectra
• ATR-tip shaped for immersion in liquid flow without dead zone
• Robust for industrial applications in harsh environment up to 250°C
• Resistant to high pressure
• Compatible with all spectrometers and automated process-interfaces

Main features:

• Evanescent absorption spectra without dead zone problems
• Optimal ATR- crystal selection to match customer application
• Cost effective solution for in-line reaction monitoring

Main features:

• Efficient coupling of fiber cable to MCT/ InSb detector installed inside LN-cooled Dewar with side window
• Mirror optics enable work in broad spectral range
• Pre-aligned and adjustable to maximize coupling efficiency
• SMA or FC/PC (on request) adaptor for infrared fiber optical cable.
• Compatible with Chalcogenide and Polycrystalline IR-Fiber Cables

Main features:

• The most flexible cables for CO and CO₂-laser power delivery
• Stable transmission under the bending
• SMART-technology to suppress Fresnel reflection losses in PIR fibers
• Transmitted power up to 40 W

See downloads to check effective NA & transmission vs cable

Main features:

• High transmittance in selected parts of 3 - 17μm range for customized applications
  
• No Fresnel reflection at the end faces
  
• Inner diameter spans from 500 to 1000μm
  
• Double polymer coating for high flexibility

For more information see data and downloads available below.

Main features:

• Multispectral Fiber Bundles for the broad spectral range: from 0.2 to 17µm
• Custom fiber arrangement
• Standard or custom connectors and ferrules
• Reshaping of light beam cross section
• Sealing for high pressure or vacuum application