Welcome

Dyoptyka is an optical systems Research, Development and Commercialization company. Our Dynamic Optics technology offers disruptive improvements to optical systems in a variety of different applications. We are commercializing this technology across a range of industrial, medical, scientific and consumer markets. Applications include:

New!

Thanks to the very positive customer response to our Specklefree™ evaluation modules, we have accelerated the development and manufacture of production modules that are more compact, more re-configurable to suit different application requirements, and more suited to low-volume product integration. We are pleased to announce the availability for sale of two optical modules, in two different sizes, based on our patent-pending anti-speckle technologies.

These modules are suited to illumination, dislpay, structured light metrology, interferometry, and other applications. We can also undertake feasibility studies for customers and we offer design services based on our deep understanding of the speckle problems arising in different applications.

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Specklefree™ Products

Our Specklefree™ modules have been developed to allow customers to achieve performance improvements due to speckle reduction and control in their applications.

Review specifications of our larger modules here, and send us feed back. Details of our more recently-released miniaturized modules are available for download here.

We will respond with a quotation for module configuration, modification, and/or the development of solutions optimized for your applications.

SIZE AND COST REDUCED SOLUTIONS FOR OEM APPLICATIONS CAN BE ENGINEERED BY DYOPTYKA™ BASED ON YOUR REQUIREMENTS USING SMALLER COMPONENTS, BEAM PATHS AND HOUSINGS, WITH MINIMIZED POWER CONSUMPTION.

Specklefree™ Features

Fibre face emitting Laser illumination. Hover image to activate Specklefree™

  • Close to theoretical maximum speckle reduction.
  • Near-field and far-field speckle reduction.
  • Other interference and diffraction pattern reduction.
  • Minimal motion of a single optical surface has practical advantages regarding ease of integration into optical systems.
  • High frequencies enable faster image acquisition for higher inspection throughput.
AntiSpeckle ON AntiSpeckle ON