Vitrolife Laser & Imaging Systems for IVF
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Octax Modular Platform
Vitrolife Laser & imaging systems
The Vitrolife Laser & Imaging Systems represent a state-of-the-art modular platform purpose-built for advanced assisted-reproduction workflows in IVF laboratories, combining laser technology and digital imaging into one integrated solution. The Octax system (including the Octax LaserShot M and Octax NaviLase®) delivers outstanding image quality, calibration-free operation and broad application capability — covering procedures such as assisted hatching/thinning of the zona pellucida, blastomere or trophectoderm biopsy, blastocyst collapsing before vitrification, and sperm-viability testing.With its intuitive EyeWare software, USB camera, 25× laser lens and optional accessories like the TargetPointer, the system is designed to streamline workflow, reduce operator variability and maximise embryo safety while maintaining full compatibility with widely-used inverted microscopes. By combining precision engineering with ease of use and rigorous safety data (more than 100 peer-reviewed studies confirming no adverse effects on gametes or offspring), the Vitrolife Laser & Imaging Systems empower embryology labs to achieve reliable, standardised performance in laser-based micromanipulation.
One of the major pain-points in IVF laboratories is the need for laser systems that are easy to set up, precise and consistent across operators. With many older laser modules, daily calibration, repositioning, and alignment consume valuable time and introduce variability. The Vitrolife Octax system is designed calibration-free: the alignment is locked mechanically, thereby minimising setup time and reducing operator burden.
When performing delicate procedures such as trophectoderm biopsy or blastomere retrieval, any unintended movement, imprecise targeting or loss of focus can compromise embryo viability. The Octax platforms deliver high-resolution imaging (USB 3.2 Mpix camera, true colour, hardware zoom) and a 25× laser lens that enables the embryologist to visualise and target with confidence.
Many labs struggle with standardising laser procedures—different embryologists, different microscopes, inconsistent results. The Octax platform supports standardised workflows: predefined modes for assisted hatching, zona thinning, biopsy and blastocyst collapse; software control via EyeWare; optional TargetPointer for single-operator workflows.
Workflow interruptions and time outside the incubator are major risks for embryo culture. Each minute outside the incubator may reduce developmental potential. The Octax system aims to streamline operations by combining imaging and laser in one module, enabling fast, efficient procedures and minimising time outside the controlled environment.
With older systems, compatibility issues with inverted microscopes and mechanical adaptors often lead to awkward integrations or extra costs. The Octax system is compatible with major inverted microscope brands (Olympus IX50/70/51/71/81/53/73, Nikon TE200/300/Ti/Ti2, Zeiss Axiovert/AxioObserver, Leica DMI etc.).
Safety of embryos and gametes is paramount. The Octax system has a strong safety record with more than 90 peer-reviewed publications and tens of thousands of children born after its use, with no adverse effects reported on oocytes, embryos or children.
For busy labs handling high volumes, the ability to upgrade and expand is crucial. The Vitrolife system is modular — labs can choose static versus dynamic laser modules (LaserShot M vs NaviLase), add accessories like TargetPointer or footswitch, and upgrade existing LaserShot units with NaviLase modules to meet increasing demands.
Finally, training and user comfort often represent hidden costs in adopting advanced technologies. Vitrolife addresses this with intuitive software (EyeWare) for image capture, archiving, database integration (SQL server support), multi-camera support, measurement tools and multilingual GUI — reducing learning curve, lowering stress on personnel and improving lab throughput.
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