August 2013

Prolog Optics Ltd. is proud to announce the representation of QIOPTIQ - OPTEM division

 

Qioptiq offers an extensive line of Optem® Camera Couplers to aid research scientists in mounting most any camera to most any microscope with top-grade image transmission quality. Select from a wide variety of Coupler types, camera mounts and optical magnifications to meet your specific camera integration needs

OPTEM_Producs

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


 

 
The Team

August 2013

Prolog_Wine_Tasting

 

 


 

 
TRIOPTICS - ImageMaster ® HR IR
Trioptics presents the only vertical MTF and Camera-Based Test Station Covering the Complete spectral range from VIS to IR
Object at infinity
On-axis and off-axis (up to ± 90 °)
Up to 60 mm clear aperture
VIS spectral range option
Sample range 10-100 mm EFL

July 2012

Trioptics presents the only vertical MTF and Camera-Based Test Station Covering the Complete spectral range from VIS to IR

 

ImageMaster ® HR IR, has been devel-oped to Fulfill customer requirements for high-est accuracy and flexibility. It is designed for the measurement of MTF and other optical parameters of today's high-end IR optics. The fully computer-controlled instrument comes with a high-quality mirror collimator, broadband infrared light source and infrared focal plane array image sensor .

  • Object at infinityImageMaster-HR-IR_400
  • On-axis and off-axis (up to ± 90 °)
  • Up to 60 mm clear aperture
  • VIS spectral range option
  • Sample range 10-100 mm EFL

 

 


 

 
REO - Yellow HeNe Laser for Fluorescence Excitation

July 2012

REO has released a 594 nm (yellow) helium neon (HeNe) laser suitable for cost-sensitive bioinstrumentation and fluorescence excitation applications. The new laser features a perfectly circular beam profile and superior beam quality leading to minimized loss in single mode fiber coupling.

Yellow_Laser__REO_pic

Click here for more information

 

 

April 2012

logo_REO

 
 
New ZnS Optics for Mid-IR Lasers Offer Superior Damage Threshold
03/16/2012
 
High performance, durable optics for the 2 µm to 5 µm spectral range
 
REO, a leading manufacturer of high volume precision optical solutions, has introduced a new range of mid-infrared optics that provide higher laser damage threshold, better spectral performance, improved environmental stability and greater mechanical durability over anything previously available.
These zinc sulfide (ZnS or CLEARTRAN™) components are intended for use with Ho:YAG pumped optical parametric oscillators (OPO’s) and other laser systems operating in the 2 µm to 5 µm spectral range.
The ZnS substrates are precision ground and polished and then coated using ion beam sputtering (IBS) technology.
The IBS process yields fully densified thin films which are virtually impervious to water absorption and, thus, extremely stable.
These characteristics make them particularly well suited for demanding applications such as IR countermeasures, laser designating/rangefinding, atmospheric sensing, and small molecule spectroscopy.
 
This series of ZnS optics includes both flat and radiused components with substrates ranging from 5 mm to 150 mm in diameter.
They all feature high surface accuracy (λ/10 at 632.8 nm) and excellent surface quality (20-10), and are offered with a wide range of antireflection, high reflection and multi-spectral coating options.
The laser damage threshold of the antireflection bands of these coatings has been measured to be >8 J/cm2 (at 2.05 µm in a 75 nsec pulse), while high reflection bands have demonstrated a damage resistance of >50 J/cm2 (for the same pulse specifications).
 
New ZnS Optics for Mid-IR Lasers Offer Superior Damage Threshold 
High performance, durable optics for the 2 µm to 5 µm spectral range
 
REO, a leading manufacturer of high volume precision optical solutions, has introduced a new range of mid-infrared optics that provide higher laser damage threshold, better spectral performance, improved environmental stability and greater mechanical durability over anything previously available. These zinc sulfide (ZnS or CLEARTRAN™) components are intended for use with Ho:YAG pumped optical parametric oscillators (OPO’s) and other laser systems operating in the 2 µm to 5 µm spectral range. The ZnS substrates are precision ground and polished and then coated using ion beam sputtering (IBS) technology. The IBS process yields fully densified thin films which are virtually impervious to water absorption and, thus, extremely stable. These characteristics make them particularly well suited for demanding applications such as IR countermeasures, laser designating/rangefinding, atmospheric sensing, and small molecule spectroscopy. 
This series of ZnS optics includes both flat and radiused components with substrates ranging from 5 mm to 150 mm in diameter. They all feature high surface accuracy (λ/10 at 632.8 nm) and excellent surface quality (20-10), and are offered with a wide range of antireflection, high reflection and multi-spectral coating options.  The laser damage threshold of the antireflection bands of these coatings has been measured to be >8 J/cm2 (at 2.05 µm in a 75 nsec pulse), while high reflection bands have demonstrated a damage resistance of >50 J/cm2 (for the same pulse specifications).
 
 
 
 
 
 

 
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