Zymot has three major features: a sample inlet port, a sample outlet port and a membrane filter. 850μL of raw semen is injected into the inlet port. The sample travels into the lower portion of the device, underneath a membrane filter that has 8 micron pores.

Fertilization media is placed on top of the membrane. During incubation, the most gradually motile sperm migrate through the pores into the fresh media above. They leave behind the less motile, morphologically abnormal sperm. What is collected from above the membrane are the healthiest, most genomically competent sperm.

How is ZyMōt different? 

It is a better way to prepare sperm, ZyMōt devices help minimize mismatching risk, reducing the potential for costly error. Processing sperm with ZyMōt devices gives providers more confidence and gives patients more peace of mind.

Quality, accuracy and efficiency are central to the success of a fertility practice. Traditional, centrifugation- based sperm preparation methods are not only time-consuming and laborious, but can cause additional sperm DNA fragmentation and cellular stress, lowering the odds of success. ZyMōt Sperm Separation Devices are a better way to prepare sperm for use in IUI and ICSI procedures. It’s that simple.

IVF Bioscience

IVF Bioscience manufactures high quality, species-specific media for in vitro fertilisation (IVF). It combines scientific pedigree with an extensive knowledge of the IVF sector, transforming success rates for in vitro production.

Why choose IVF Bioscience?

The IVF Bioscience media system offers an optimised suite of media products and accompanying protocol to enhance the success of your laboratory. Their media offers a distinctive set of key advantages, which sets them apart from traditional offerings and makes the successful transition into IVF a real possibility.

Their products are: Serum-free, Ready to use, Quality assured & have Long shelf life. When used as a complete system of media, and in conjunction with their optimised laboratory protocol, the IVF Bioscience range provides improved and consistently high success rates. Their stringent quality control allows customers to work with complete confidence, so they can focus on their area of expertise.


In collaboration with medical specialists, Minitube developed a packaging set for the cryopreservation of human semen as a fertility reserve.
Minitube was among the first to offer customized electric heating systems for microscopes and warming plates. Today, Minitube heating systems are a standard in many IVF and andrology labs, well-known for their robustness and reliability.

Their products range includes consumables for cryopreservation & storage, labeling technologies, filling & sealing of straws, freezing & cryostorage containers, heating systems and, apparatus to handle & culture gametes/embryos. 

Continuously improving products and learning from experts in the field to develop new solutions to the challenges of fertility treatment is Minitube’s constant mission. Minitube products are recognized as a benchmark in terms of clear labeling & flexibility.


Good health is also dependent on the quality of indoor air. Novaerus is known for its innovative air disinfectant devices which utilizes NanoStrike Technology. NanoStrike is the unique, patented technology at the core of all Novaerus portable air disinfection devices.

How it works?
The nanotechnology inactivates all airborne microorganisms at the molecular level on contact providing the first line of protection against viruses and bacteria.
Novaerus devices have proven to effectively reduce viruses, bacteria, mould spores, VOCs, and particulate matter in dozens of independent laboratory tests.
These portable devices can be utilized to mitigate the spread of airborne viruses in susceptible locations like operating theatres, ICUs, dental clinics, emergency & waiting rooms, general patient wards, in vitro fertilization labs, senior care facilities, schools & more.


 Systems are controlled rate, Liquid Nitrogen freezers, engineered with precision for cryopreservation of biological specimens. The systems are modular in nature & each consists of a temperature controller, cryochamber, and cryobath. The chamber stands directly in Liquid Nitrogen in the cryobath, and is connected to the controller which regulates the temperature of the specimens. No special installation is required: systems can be quickly set up, and packed away, by the user.

FREEZE CONTROL systems provide a patented and reliable method for heat transfer and temperature regulation in the freezing of biological material for long term preservation and viable recovery.