IVF Equipment & Solutions

Class II workstation from ESCO can be utilized in handling gametes and embryos from patients with communicable diseases while providing sample, user and environmental protection. It has multiple heating zones that enable precise temperature control across the work surface, with provision of a built-in microscope and integrated MIRI® chambers.

Vertical laminar flow workstations with multiple heating zones that enable precise temperature control across the work surface, with the provision to have a built-in microscope and integrated MIRI® chambers. Available in different sizes and configurations.

Ambient low frequencies affect the field stability during high-magnification microscopy. The Anti-Vibration Table (AVT) from ESCO features a passive damping mechanism to isolate the microscope from vibrations during IVF and ICSI procedures. Danish designed and manufactured in Europe using stainless steel, the AVT is built to be easy to use and almost maintenance free

Vertical laminar flow workstation from ESCO providing sample protection. It offers ISO Class 3 workzone with 10x efficiency of its HEPA filters. It has the latest generation of DC ECM motor to improve energy efficiency. In Andrology, laminar flow benches can be used to handle sperm samples of patients.

The Versati™ Tabletop Ventilated Centrifuge is designed to offer a medium-capacity solution for the separation of heterogeneous milliliter-scale mixtures or samples using high-speed rotation. In laboratory workflows where you need to pellet large volumes of complex mixtures, this unit simplifies the process with a ventilated design that maintains sample integrity while preventing excessive heat-build-up. Developed with molecular biology, biotechnology and routine clinical applications in mind, this centrifuge supports various rotor types including fixed-angl...

The MIRI® M Multi-room IVF Incubator is a cutting-edge modular system designed for advanced assisted reproduction laboratories, offering up to 18 independent and movable chambers that enable true “one-patient, one-chamber” workflows. Each chamber maintains its own regulated environment (temperature, CO₂/O₂), even when undocked for up to 30 minutes. The docking station and chambers are supported by a recirculating gas system with VOC/HEPA filters and UVC sterilization, ensuring a clean and stable gas environment. This approach significantly red...

A multiroom incubator for embryo culture with 6 independent chambers preventing cross contamination without causing any disturbance to the neighboring chambers even when the lids are opened/closed.
Six independent MIRI® chambers, with precise temperature and gas regulation: Opening any chamber does not affect the environment in other chambers. Temperature or gas fluctuation caused by opening the lid have no impact on the rest of the system.

The Mini MIRI® Dry incubator is a two-chamber mini bench top incubator that takes after the classic MIRI® Multiroom incubator. This mini version of the MIRI® is a perfect-fit for IVF laboratories that prioritize on footprint and affordability. Two independent chambers, with precise temperature and gas regulation. The dual chamber design makes sure that any opening of neighboring chambers won't affect or disturb the closed chambers.

Box CO₂ incubators offering rapid temperature and gas recovery, ISO Class 5 cleanliness, ISOCIDE™ antimicrobial coating and an inner door kit to reduce contamination risk. The CelCulture® CO2 Incubator is designed to replicate the natural environment for developing embryos by maintaining low levels of oxygen.

The Mini MIRI® Humidity Incubator is a humidified mini benchtop incubator built on the robust and reliable MIRI® design. The compact design and direct heat regulation help prevent vapor condensation and further translate to faster temperature and gas recovery.

The Esco Medical MIRI® II-12 incubator is intended to be used to provide a stable culture environment at or near body temperature and CO2/N2 gases for the development of gametes and embryos during in vitro fertilization (IVF) / assisted reproduction technology (ART) treatments.

The MIRI® Time-Lapse Incubator is a multiroom incubator with a built-in camera and microscope. Designed and manufactured in EU, the MIRI® Time-Lapse Incubator provides high quality time-lapse images of embryos developing in "real-time" without having to remove the embryos from the safety of the incubation chamber for manual microscopy. Time-lapse embryo monitoring provides detailed morphokinetic data throughout embryo development, which is not available on routine spot microscopic evaluation.

The Esco Medical CultureCoin® is an IVF culture dish designed specifically for the MIRI® TL. The MIRI® TL is Esco Medical's time-lapse incubator that captures real-time images of developing embryos which can be viewed as time-lapse videos.The CultureCoin® is a single-use, gamma-sterilized culture dish that has oxygen plasma-treated surfaces for effective prevention of bubble formation.

MIRI GA® is a tabletop device that is designed to perform easy and continuous external gas and temperature validation of IVF incubators. This device can be used to validate different varieties of Esco Medical IVF incubators such as MIRI® Time-lapse Incubator, MIRI® Multiroom Incubator, Mini MIRI® Incubators, and other brands of IVF incubators.

The MIRI® Evidence RFID Witnessing and Traceability System is designed to redefine how traceability is managed in fertility clinics and IVF-laboratories, offering a unified platform that addresses patient scheduling, documentation, chain of custody, and error prevention. According to the product overview, the system “redefines the way traceability in laboratory procedures is managed and stored in fertility clinics, eliminating errors, preventing system mix-ups, saving time, and helping clinics to comply with regulations. By integrating RFID and barcode-b...