• The ESCO Airstream Class II Type A2 Biosafety Cabinet is a critical piece of equipment designed primarily for applications necessitating a sterile work zone, including those that require the handling of pathogenic biological samples. It offers comprehensive protection to the operator, the laboratory environment, and the product or process within the work zone against particulates and airborne contamination. This Biosafety Cabinet is engineered with an inflow system that safeguards the operator from potentially harmful substances. To ensure maximum protection of the samples and operator, it employs ULPA/HEPA-filtered downflow, creating a negative pressure ISO Class 3 work zone that effectively prevents cross-contamination. This both prevents airborne contaminants from escaping the work zone and protects the operator from exposure to potentially hazardous materials. Built for practicality, the ESCO Airstream Class II Type A2 Biosafety Cabinet features a single-piece work tray and single-piece wall design, facilitating ease of cleaning and maintenance while enhancing overall durability. The ESCO Airstream Class II Type A2 Biosafety Cabinet is controlled by the Sentinel™ Gold Microprocessor controller, ensuring precise operational control and monitoring. It is also equipped with a DC ECM motor, allowing for energy savings of up to 70% and contributing to the cabinet's efficiency, environmental friendliness, and quiet operation.

    Single unit

    • Certified in compliance with NSF 49 and EN 12469 standards
    • Equipped with a DC-ECM blower that facilitates up to 70% energy savings compared to AC motors.
    • Available in a range of sizes to accommodate various laboratory space availabilities.
    • Maintains a stable and self-compensating airflow, reliably countering building voltage fluctuations and filter loading.
    • Features a UV lamp for decontamination to maintain sterility within the work zone.
    • Coated with Isocide™ powder to actively inhibit microbial growth, thereby promoting a safer working environment.
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  • The ESCO Airstream Laminar Flow Air Flow Cabinet is an excellent choice for clinics and labs which require a sterile workspace with a constant filtered airflow. These benches provide a sterile environment ideal for medical and laboratory applications, as purified air travels across the working zone of the cabinet in a vertical, unidirectional stream. Airstream benches offer a high level of protection for both samples and users, ensuring the aseptic and particle-free conditions that are necessary for safe work with samples in open dishes. This vertical laminar flow workstation provides sample protection with ULPA filtration, which is 10x as efficient as HEPA filtration and creates an ISO Class 3 work zone. The laminar flow bench is highly efficient, incorporating the latest generation of DC ECM motors, and is able to maintain a stable airflow despite voltage fluctuations. This stable airflow eliminates turbulence and the possibility of dead corners in the work zone. In addition to its filtration capabilities, the ESCO Airstream Laminar Flow Bench also offers a comfortable low noise level of 52dBA* (LVG-4A in open field condition). The ESCO Airstream Laminar Flow Air Flow Cabinet has been tested for cross-contamination and product protection using a microbiological test method adopted from EN12469. The laminar flow bench also features an ISOCIDE™ Powder Coat (silver-impregnated), which inhibits microbial growth, improving safety. Each clean bench is individually factory tested for safety and performance in accordance with international standards.

    Single unit

    • AISOCIDETM powder coat (silver-impregnated) inhibits microbial growth to improve safety
    • Low-noise with energy-efficient ECM blowers
    • ULPA (ultra low particulate air) filtration is 10x more efficient than HEPA filtration and creates an ISO class 3 work zone  
    • ULPA Main Filter (99.9995% efficiency for the removal of 0.12 µm diameter or larger PM)
    • Improved safety with airflow sensors that monitor airflow in real-time and alerts users of insufficient airflow  
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  • The ESCO Airstream® NS G4 Class II Type A2 Biological Safety Cabinet is an NSF-certified unit equipped with the Centurion Touchscreen controller. Designed for laboratory use, the cabinet features dimmable LED illumination and a raised, stainless-steel armrest for user comfort. Two model variants are available: the S-Series has stainless steel side walls with side capture zones and a single-piece work tray that is designed to retain spills, while the E-Series comes with tempered glass side walls and a multi-piece, autoclavable work tray. Each variant is available in three-, four-, five-, and six-foot configurations. Both models provide filtration efficiency that is 10 times higher than standard HEPA filters, establishing an ISO Class 3 work zone instead of the more common ISO Class 5. Despite this increased efficiency, the filter has a lifespan of 10 years, with replacement costs equivalent to HEPA filters. The cabinet's design prioritizes safety, while also considering space constraints in laboratory settings. The Centurion Touchscreen Controller adds a layer of operational clarity for users.

    Single unit

    • Centurion Touchscreen Controller: Provides a clear 3D BSC diagram displaying safety information and cabinet alarms, includes details on alarm types and intervention instructions, angled for ease of viewing, and offers a Quickstart mode for rapid operation.
    • Lighting: Features dimmable LED lights with adjustable work zone brightness, producing a light intensity of 1200 lux, contributing to energy efficiency.
    • Ergonomic Design: Comes with an 8” sash opening, and the frame is constructed of shatterproof, UV-absorbing tempered glass. It also includes support beams to reduce vibration and a holder for easier drain pan cleaning.
    • Connectivity: Equipped with a USB port for data log access and BMS connectivity. Also integrates a Remote Modbus feature for remote secure access from external devices.
    • Cabinet Variants: S-Series: Features stainless steel side walls with negative pressure for containment and a single-piece spill-retaining work tray, or E-Series: Designed with tempered glass side walls for increased visibility and a multi-piece, autoclavable work tray.
    • Energy Efficiency: Incorporates an energy-efficient DC ECM for up to 70% energy savings compared to AC motors. The cabinet has a standby mode and an overall low energy consumption.
    • ULPA Filter: Offers filtration efficiency ten times greater than HEPA filters, creating an ISO Class 3 work zone. This filter maintains a lifespan of 10 years with comparable replacement costs to HEPA filters.
    • Isocide™ Coating: An antimicrobial powder coating on the cabinet surfaces that can eliminate 99.9% of surface bacteria within a 24-hour period.
  • The CelCulture® CO₂ Incubator is equipped with a range of advanced features, including rapid temperature and gas recovery, ISO Class 5 cleanliness, an ISOCIDE™ antimicrobial coating, and an inner door kit that reduces the risk of contamination. Designed to create an environment that mimics the natural conditions required for the development of embryos, the incubator is able to maintain low levels of oxygen. This is achieved through the use of sophisticated firmware and precision sensors that monitor and regulate the temperature, CO2, and O2 levels within the chamber. The inner door kit further enhances the incubator's performance by facilitating fast parameter recovery and reducing the risk of contamination, with each section of the incubator featuring a dedicated door panel. Available in CO2+O2 control, or CO2-only control.

    Single unit

    • Advanced IR CO2 Sensor
    • Advanced, new-generation Zirconia O2 Sensor
    • Integrated gas mixer; CO2 and O2 Control
    • Extremely reliable and easy-to-use
    • Fast Temperature and Gas Recover
    • Optional integrated SafeSENS pH System
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  • ESCO’s Multi-Zone ART Workstations feature a vertical laminar flow and are equipped with multiple heating zones which provide temperature control throughout the work surface. The ten distinct zones, each with its own heating elements and sensors, automatically prioritize power distribution and provide the user with precise temperature regulation and rapid recovery. Four different temperature modes allow activating and deactivating different zones, simplifying vitrification cooling and warming procedures. These workstations are available in a variety of sizes and configurations to meet different requirements, with options including built-in microscopes and integrated MIRI® chambers. These workstations provide digital control of premixed gas, allowing for precise sample environmental control. An ULPA filtration system ensures clean airflow, filtering particles 10 times smaller than those caught by HEPA filters. The workstation's humidification system and positive pressure work environment ensure that your samples remain safe and uncontaminated. These workstations come equipped with a fully functional integrated touchscreen Windows PC interface that displays real-time information on all work area parameters, including zone temperature performance, gas pressure, and flow rate. The touchscreen interface is easy to use and allows for seamless temperature monitoring and control. With the variety of size and option configurations available, there is sure to be an ESCO IVF Heated Multi-Zone Workstations that fits your needs for safety, reliability, and accuracy.

    Single unit

    • Available in 4 or 6 foot configurations
    • Multi-Zone temperature control with Vitrification Mode
    • Integrated, fully functional Windows touchscreen PCs
    • ULPA Main Filter (99.9995% efficiency for the removal of 0.12 µm diameter or larger PM)
    • Integrated humidification system using pre-mixed gas
    • Optional tabletop built-in gassed and heated MIRI Chambers
    • Quietest hood on the market
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  • The Mini MIRI® Dry incubator is a compact and affordable solution for IVF laboratories that prioritize space and cost-effectiveness. With its two-chamber design, it is modeled after the classic MIRI® Multiroom incubator. This dry IVF bench top incubator is unique in that it can recirculate gas within the incubator, and is compatible with a HEPA/VOC filtration system, which is not typical of other humidified IVF incubators. The gas, whether pure N2 and CO2 or premixed, first flows through the tri-gas mixing chamber, where the user sets the desired CO2 and O2 gas concentrations. The gas then passes through the HEPA/VOC filter before entering the incubator chambers. Afterward, the gas undergoes sterilization using UV light (254nm) before returning to the tri-gas mixing chamber and recirculating within the system. This design ensures minimal gas consumption even with lid openings and maintains the recirculating air's cleanliness and safety for the embryo samples.

    Single unit

    • 2 individually-controlled chambers
    • Integrated gas mixer; CO2 and O2 Control
    • External Validation Ports for Gas and Temperature
    • Datalogging Software Included
    • Optional integrated SafeSENS pH System
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  • The Mini MIRI® Humidity Incubator is a compact and reliable humidified mini bench top incubator that is based on the robust MIRI® design. Its direct heat regulation and compact design prevent vapor condensation and contribute to faster temperature and gas recovery. This humidified incubator uses either premixed gases or pure gas (N2 and CO2) inserts that pass through a tri-gas mixing chamber, ensuring precise gas concentrations before entering the incubator chambers. The gas then recirculates and goes through the gas mixing chamber again, minimizing gas consumption.

    Single unit

    • 2 individually-controlled chambers
    • Integrated gas mixer; CO2 and O2 Control
    • External Validation Ports for Gas and Temperature
    • Datalogging Software Included
    • Optional integrated SafeSENS pH System
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  • The Esco MIRI® II-12 Multiroom Incubator is a top-of-the-line solution for IVF laboratories, able to meet exacting standards of performance and validation. The incubator features 12 chambers and 24 independent PID temperature controllers to ensure minimum environmental stress for embryos. Each compartment is separate and does not affect the temperature of other chambers. The lid temperature and the temperature in the culture chambers can be regulated and controlled separately, with PET layers separating the top and bottom of each compartment. And because it includes a separate PT-1000 sensor for each compartment, the MIRI® II-12 incubator can accurately monitor and control the temperature of each chamber individually, ensuring optimal conditions for embryo development. The circuitry for the PT-1000 sensors is separated from the unit's electronics, so it remains a genuinely independent validation system. The MIRI® II-12 incubator uses pure CO2 and N2 gases, allowing for precise control of CO2 and O2 concentrations in each chamber. The incubator features a recirculated gas system that ensures quick and complete gas replacement in less than five minutes, with gas cleaned by a 254 nm UVC light with filters to prevent dangerous ozone production. The incubator also has a complete gas control system, including pressure regulators, gas flow sensors, gas pressure sensors, and gas filters. The incubator's software runs on a built-in touchscreen and includes logging functions for long-term data storage, as well as a USB module for off-site evaluation of quality control data. The incubator also includes a pH sensor port, allowing users to measure the pH of samples at any time.

    Single unit

    • 12 individually-controlled chambers
    • real-time datalogging touchscreen
    • Integrated gas mixer; CO2 and O2 Control
    • Extremely reliable and easy-to-use
    • Optional integrated SafeSENS pH System
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  • The Esco MIRI® Multiroom incubator is an excellent choice for safeguarding embryos in your IVF laboratory. Its six (6) separate chambers not only provide embryologists with a larger capacity to accommodate more embryos but also ensure that environmental conditions are maintained even when adjacent chambers are accessed. The incubator offers the best temperature recovery, accuracy, and uniformity in the IVF market, thanks to its heated lid design. This design guarantees that the temperature provided to your embryos is not solely sourced from the dish's bottom but also delivered from the top, maintaining a set point of 37.2C to ensure a consistent temperature of 37.0C for your samples. The Esco MIRI® Multiroom incubator provides the choice to use pure N2 and CO2 gases, which are more affordable than premixed gases. It recirculates these gas inserts, giving you the best value for your money. This feature also offers you the flexibility to adjust your gas concentration as needed to optimize embryo culture protocols in your laboratory. Additionally, the MIRI® Multiroom is compatible with the most commonly used brands of culture dishes in the market.

    UNIT

    • 6 individually-controlled chambers
    • Integrated gas mixer; CO2 and O2 Control
    • Extremely reliable and easy-to-use
    • Best-priced incubator on the market
    • Optional integrated SafeSENS pH System
    • Optional Stacking Frame for 2 units
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  • The Esco MIRI® Humidified Multiroom incubator is an excellent choice for safeguarding embryos in your IVF laboratory. Its six (6) separate chambers not only provide embryologists with a larger capacity to accommodate more embryos but also ensure that environmental conditions are maintained even when adjacent chambers are accessed. The incubator offers the best temperature recovery, accuracy, and uniformity in the IVF market, thanks to its heated lid design. This design guarantees that the temperature provided to your embryos is not solely sourced from the dish's bottom but also delivered from the top, maintaining a set point of 37.2C to ensure a consistent temperature of 37.0C for your samples. The humidified MIRI includes a built-in humidity sensor for accurate and continuous readings, with a water bottle located on the side of the unit for refilling and easy control of water level. The Esco MIRI® Humidified Multiroom incubator provides the choice to use pure N2 and CO2 gases, which are more affordable than premixed gases. It recirculates these gas inserts, giving you the best value for your money. This feature also offers you the flexibility to adjust your gas concentration as needed to optimize embryo culture protocols in your laboratory. Additionally, the MIRI® Multiroom is compatible with the most commonly used brands of culture dishes in the market.

    Single unit

    • Humidity Bottle allows circulating gas to be humidified
    • 6 individually-controlled chambers
    • Integrated gas mixer; CO2 and O2 Control
    • Extremely reliable and easy-to-use
    • Best-priced incubator on the market
    • Optional integrated SafeSENS pH System
    • Optional Stacking Frame for 2 units
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  • The MIRI GA® is a tabletop device specifically designed for external validation of gas concentration and temperature in IVF incubators. This versatile device can validate various types of Esco Medical IVF incubators, including the MIRI® Time-lapse Incubator, MIRI® Multiroom Incubator, Mini MIRI® Incubators, and other brands. Unlike conventional handheld validating devices that require separate devices for temperature and gas concentration measurements, the MIRI® GA can perform both measurements concurrently. Moreover, the device can measure gas and temperature continuously 24/7, whereas conventional devices perform measurements at regular intervals. With its gentle and adjustable gas suction rate of 3L/h, the MIRI® GA consumes less gas than conventional devices, which can use up to 12L/h. The device also features data logging software, including an adjustable alarm threshold, which is not available in conventional devices. Additionally, the MIRI® GA can monitor up to six incubation chambers simultaneously, while conventional devices can only validate one unit at a time.

    Single unit

    • 6-Channel gas and temperature validation
    • Continuous 24h/7 days monitoring
    • Gas Feedback Loop into incubator
    • Datalogging Software
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  • Available with 6 or 12 chambers, the MIRI® Time-Lapse Incubator is a multiroom incubator that comes equipped with a microscope and camera. The integrated camera and microscope offer real-time, high-quality time-lapse images of embryo development, eliminating the need for manual microscopy and the potential risks associated with removing embryos from the safe environment of the incubation chamber. With time-lapse embryo monitoring, detailed morphokinetic data throughout the entire developmental process can be gathered, providing insights not available through traditional spot microscopic evaluation. This allows for the observation of all critical events, aiding in the identification of healthy embryos with the highest potential for implantation, and ultimately resulting in higher pregnancy rates. The process of embryo annotation has been simplified with an innovative annotation system, which revolves around “events” located on the left side of the interface. The pre-programmed events list includes t2, t3, t4, t5, t6, t7, t8, morula, blastocyst, and early blastocyst, but the software allows for complete customization of each event. Users can modify the pre-programmed events list by adding other criteria using the advanced parameters in the unit’s Settings menu. To make the process even more user-friendly, an Ideal Time function has been added, represented by a colored circular band on the edge of annotated events. This feature indicates the ideal timings for each event, making it easier to compare the actual timing of embryo development with the ideal timing. In addition to the integrated timelapse and annotation functionality, these incubators feature all of the advantages standard to the MIRI product line, including distinct chambers which ensure the maintenance of environmental conditions, a heated lid to enhance temperature regulation and recovery, an onboard gas mixer, and an optional integrated SafeSENS pH system.

    UNIT

    • Available in 6 or 12 Chambers
    • 6 individually-controlled chambers
    • Integrated gas mixer; CO2 and O2 Control
    • Extremely reliable and easy-to-use
    • Best-priced timelapse incubator on the market
    • Optional integrated SafeSENS pH System
    • Available with Fairtility CHLOE AI System
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  • Measuring gas levels inside incubators has always been a challenge, particularly with gas analyzers that require aspirating gas out of the incubator. Even the slightest gas aspirations can affect the stability of desktop incubators. However, the NiloChecker gas sensor is a game changer, as it can be placed inside the incubator without disrupting internal conditions or aspirating gas. It even allows for averaging readings over longer periods of time. The combined Carbon dioxide (CO2) and Oxygen (O2) probe is a revolutionary device in terms of both design and performance. Its extremely flat design and flexible connection enable it to be inserted into any type of incubator, including desktop models. By measuring gas levels inside the incubator without pumping gas out, the measurement results are more accurate and precise. This innovation represents a significant advancement in the field of gas measurements for incubators.

    Single unit

    • Very Thin Cord for incubator door closing
    • Inserted inside incubation chambers
    • Easy to use
    • Quick and affordable calibration
    • No moving parts
  • The DG126 Digital Carbon Dioxide (CO2) and Oxygen (O2) Probe with Pump is a compact and versatile device designed for accurate gas monitoring in various incubator types. Its integrated pump enables precise and simultaneous measurements of CO2 and O2 levels. The flexible tubing allows for easy sampling from different ports or narrow openings. The probe can be connected to the NiloChecker device, which facilitates the start/stop of measurements, monitoring progress, and storing data for later analysis. This probe is suitable for both box-type and desktop incubators, offering a practical solution for gas measurement needs.

    Single unit

    • Simultaneous CO2 and O2 measurements with integrated pump.
    • Flexible tubing for easy sampling from various ports.
    • Can be connected to the NiloChecker device for control and data management.
    • Suitable for both box-type and desktop incubators.
    • Compact and versatile design for minimal space usage.
    • Supports connection of up to five DG126 probes simultaneously.
  • The OKOLAB Leo is a comprehensive, handheld meter designed for IVF applications. This device is capable of assessing key environmental parameters such as CO2-O2 gas composition, temperature, relative humidity, and gas flow. It accomplishes this by using multiple sensor modules, ensuring accurate measurements within high-top and bench-top incubators. Leo can execute both single point measurements as well as extended time logging, storing all data in its local memory, providing versatile and thorough monitoring for all your IVF application needs. At the core of Leo's functionality is the standard-included CO2-O2 module. This module is embedded into the device and can be conveniently extracted and sent back to Okolab for recalibration, maintaining the integrity and precision of measurements. Leo offers an impressive storage capacity, with the ability to save and organize data from up to 40 different devices. This stored data, categorized by both date and device, can be accessed directly on Leo's clear and easy-to-read screen. In addition to immediate access, the device enables data downloading via a micro USB port. This data can be further examined and analyzed using the complimentary LEO DATA IMPORT Excel Macro, streamlining the interpretation of measurement results.

    Single unit

    • Included CO2-O2-MODULE
    • User-friendly touch screen interface
    • Compatible with any incubator on the market
    • Diffusion or Aspiration gas sampling modes
    • Sampling tube and de-humidification kit included
    • Long term logging and single point measurement
    • USB OTG for data downloading to a USB flash drive
    • Two external sensor connections to connect up to two optional sensor modules at the same time
    • Software Update is available online so that LEO always has the latest software version
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  • The OKOLAB Tri-Gas Mixer is a versatile and precise CO2-O2 controller, engineered for optimal control over gas concentrations and pressure. The system mixes CO2, air, and N2 to achieve desired concentrations from 0-10% for both CO2 and O2, and it can manage controlled pressure within the range of 0-2 barg (0-30 psig). An adjustable knob on the embedded pressure gauge allows users to easily regulate delivery pressure. To assure consistent composition, the Tri-Gas Mixer comes with a mixing tank that provides stability even with variable output flows. It features compatibility with any mini incubator on the market, demonstrating flexibility and adaptability to diverse lab environments. The system includes a CO2-O2-MODULE, housing the CO2 and O2 sensors, which deliver high accuracy volume concentration measurements. These sensors facilitate automatic fine-tuning of the output gas. The module is factory calibrated, with a calibration certificate included in electronic format. On-site calibration or module replacement are also options, both of which do not require the disconnection or turning off of the Tri-Gas Mixer. An added advantage of the Tri-Gas Mixer is its self-calibration procedure. This can be periodically carried out to maintain high accuracy, using a connected calibration gas that closely matches standard working condition concentrations. This procedure can also be manually initiated if needed, and does not interrupt the delivery of gas to connected incubators. Two configurations of the Tri-Gas Mixer are available, offering maximum output flow rates of 1.5 L/min and 15 L/min.
    • Automatic switch to backup cylinder upon alarm
    • On board memory for data logging
    • Auto calibration with an external calibration gas
    • Contact closure alarm
    • Auto diagnostic procedure
    • VOC-IN-BYPASS (optional) : VOC filter's holder with bypass panel to saturate newly installed filters with CO2 before using them with the tri-gas mixture
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