• Gynemed’s GM501 SpermActive is a ready-to-use medium designed to maintain sperm quality during human sperm preparation processes. SpermActive media supports all types of sperm preparation procedures prior to fertilization, including IUI, IVF and other ART procedures such as sperm washing, testicular tissue (TESE), and swim up techniques like density-gradient centrifugation.

    50 ml bottle

    • Raw materials are of highest purity and meet European Pharmacopoeia and USP standards
    • Certificate of analysis available by lot number
    • Store at 2-8oC in dark location
    • 6-month shelf life from time of manufacture
    • Use within 7 days of opening
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  • The Cryo Bio System™ (CBS) SYMS III Sealer is a bench top unit designed to thermally seal all CBS™ High Security products, including CBS™ High Security 0.3 ml, 0.5 ml and 2 ml straws, CBS™ High Security Tubes, and CBS™ High Security Vitrification straws. Using an automatic detection system, the unit uses pre-set specific combinations of seal temperatures, time and jaw positions for each CBS device. Due to its compact size, the SYMS III can be used in a variety of locations, including on the lab bench, under laminar flow, or even in field operations.

    Single unit

    • Multilingual interface (French, English, Spanish and Chinese) + 4 optional languages
    • Laboratory glove-compatible colour touch screen
    • Machine cycle display: pre-heating, ready status and sealing in progress
    • Two sealing modes: automatic detection or operator-controlled via the touch screen
    • Fault signal with messages and alarms
    • Display and tracking of maintenance modes
    • Easy to clean and service
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  • Embryotech Laboratories provide cryopreserved mouse embryos and hamster ova, with a simple one-step thawing process. These high-quality embryos and ova can be used for a wide variety of projects and applications such as research models, measuring quality control testing (Mouse Embryo Assay), embryo manipulation training and more. All embryos are shipped using a dry liquid nitrogen vapor shipper, and include a Thaw Alert™ straw to monitor temperature during transport. Due to the coordination and timing involved in shipping Embryotech products, they are available by special order only. For more information, or to place an order, please contact us directly.

    10 or 20 per straw

    • Multiple mouse gametes available: Embryos at stages 1-Cell, 2-Cell, 4-Cell, 8-Cell or Blastocyst, and single sperm straws
    • Hamster ova available in straws of 10
    • All shipments include a Thaw Alert™ Straw to monitor shipper temperature, ensuring the quality of each and every order
    • Produced in an ISO-17025 accredited test laboratory, with Good Laboratory Practice for Nonclinical Laboratory Studies accreditation
    • Product thawing and dry shipper instructions included
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  • The Narishige MMO-4 micromanipulator is an essential tool enabling precise control of movements during IVF procedures. With its innovative oil hydraulic joystick, the MMO-4 allows for smooth and precise three-dimensional movement using just a single lever. Its improved joystick ensures accurate control and greatly reduces the risk of unwanted movements due to oil pressure. The hanging joystick design allows for comfortable manipulation from a natural posture, enabling longer periods of operation without fatigue. The unit includes the UT-10 Angle Adjustment Tool Holder which provides a stable point of attachment of a pipette. The MM-94 and MM-94B motor-drive coarse manipulators are used for initial positioning of the pipette within the microscope field of view; they are controlled remotely using a joystick controller.

    Single unit

    • UT-10 Angle Tool Holder included
    • Microscope Adaptor Bar to fit a wide range of microscopes
    • Optional accessories enable the performance of a variety of additional procedures
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  • The Narishige Takanome 4-axis Micromanipulator is the ultimate tool for delicate manipulation during IVF procedures. With a four-axis hanging joystick and oil hydraulic control, this micromanipulator provides unparalleled precision. Its fan-shaped pipette holder is designed to allow the user to adjust the angle of the pipette without losing focus on the pipette tip, and the retractable pipette holder makes for easy changes between procedures and reduces the likelihood of breakage. Dedicated adaptors exist for a variety of microscopes, making installation a breeze and ensuring that the micromanipulator is always in an optimal position.

    Single nit

    • Easy pipette attachment
    • Focused Pipette Holder angle adjustment design
    • Simple and reliable motion from Home to Working position
    • Compact design reduces clutter on the work surface
    • Available on a wide range of microscopes
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  • The Screening ICSI and Biopsy Dish, manufactured from medical-grade polymer materials, is designed to assist with Intracytoplasmic Sperm Injection (ICSI) procedures. This product consists of a dish and a corresponding lid, providing a secure environment for embryo culture. The base of the dish is marked with rows of circular wells, numbered 1 to 5, intended for storing eggs and droplets of culture medium. On the opposite side of the dish, two small concave circles are positioned with an upward-slanting bottom with a finely grooved structure. This design facilitates the separation of motile sperm from immotile sperm, as only the most motile are able to ascend the incline of the groove. The peak of the trench structure enables the collection of the most motile sperm, which can then be for sperm injection to fertilize the eggs.

    Multipack – Box of 400

    • Effective separation of impurities and pathogens
    • Improved sperm selection for ICSI procedures
    • MEA Tested, Sterility Tested, Endotoxin Tested
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  • The Channel Fertilized Culture Dish is an innovatively designed dish with twelve circular grooves to enhance assisted reproductive procedures. The design includes two central grooves that function as a holding area for sperm, while the remaining ten peripheral grooves are purposed for oocyte storage. This arrangement facilitates the movement of viable, progressive sperm from the central to peripheral grooves, while the less viable sperm, impurities, and pathogenic microorganisms remain in the central area. This strategic positioning boosts the probability of successful interaction between healthy sperm and oocytes.

    Multipack - Box of 400

    • Pre-labeled and easy to use
    • Natural screening of high quality sperm
    • Use for single embryo culture or group culture
    • PGD culture before or after biopsy
    • Media can be changed without needing to change the dish
    • MEA Tested, Sterility Tested, Endotoxin Tested
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  • This five-well culture dish is a patented, square-shaped plate designed specifically for use in in-vitro fertilization (IVF) and embryo culture, along with other related procedures within human assisted reproductive technology. This product has passed the ChP sterility test and is Gamma-sterilized, ensuring its suitability for sensitive processes.

    Single unit - Individually wrapped

    • Well-bottom is visible without blind spots
    • More benefits with curved bottom line
    • Multi-purpose
  • 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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  • 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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  • 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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  • 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 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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  • 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 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 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 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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  • 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 MiOXSYS® is a male oxidative stress testing system specifically designed to evaluate Male Oxidative Stress Infertility (MOSI). By providing swift and reliable static oxidative-reductive potential (sORP) values, it facilitates an assessment of male fertility potential. The sORP value encapsulates the complete range of oxidants and antioxidants in the sample, demonstrating the oxidative equilibrium within the sperm cell and its environment. The system's capacity to offer a predictive positive value (PPV) of more than 95% distinguishes it within the realm of male fertility diagnostics. MiOXSYS® is the only system on the market backed by extensive clinical research and patent protection. The accuracy of the MiOXSYS® largely relies on its specialized sensor, which comprises a single-use, platinum-based, stable state electrode sensor coupled with an Ag/AgCl reference cell. The seminal plasma is drawn in through a filter on the sample port, which then migrates across the working electrode to fill the reference cell, thus establishing the electrochemical circuit essential for precise ORP measurement. The accompanying MiOXSYS® analyzer system and software have been thoroughly validated, with over 10,000 clinical samples tested. Overall, the MiOXSYS® system is designed to be user-friendly, ensuring quick and easy operation.

    Single unit

    • Provides a comprehensive evaluation of all oxidants and antioxidants in the sample
    • Swiftly delivers static oxidative-reductive potential (sORP) values, which predict male fertility potential with a positive predictive value (PPV) of over 95%.
    • A preferred diagnostic system for Male Oxidative Stress Infertility (MOSI).
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  • The OKOLAB Heated Plate designed for inverted microscopes utilizes an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are also equipped with a surface sensor, guaranteeing precise and accurate temperature measurements. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The DragonTail glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.

    Single unit

    • 0.5 mm thick, scratch-resistant, break-resistant glass
    • DragonTail Glass 10 years warranty against damage
    • aluminum frame for increased rigidity
    • Available in Metal heated and Glass Heated options
    • All microscope types and rages
    • Requires heating controller
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  • The OKOLAB Heated Plate designed for stereo microscopes utilizes an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing accurate and precise temperature measurements. The heated plates are compatible with various stereo microscope brands, supporting a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.

    Single unit

    • 1mm thick, scratch-resistant glass
    • aluminum frame for increased rigidity
    • Available in Metal heated and Glass Heated options
    • All microscope types and rages
    • Requires heating controller
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  • The Okolab Heated Glass Table is a versatile heating solution. Its adjustable design ensures compatibility with a variety of microscopes. The table provides a flat and transparent surface with precise temperature controls. The temperature can be regulated from ambient levels up to 60°C. Please note, the heated glass table requires an OKOLAB Heating Controller for operation.

    Single unit

    • 2.0 mm thick, scratch-resistant, break-resistant glass
    • 10 years warranty against glass damage
    • aluminum frame for increased rigidity
    • All stereo microscope types and ranges
    • OKOLAB Heating controller required
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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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  • 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 Tokai Hit Heated Plates designed for inverted microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.

    Single unit

    • 0.5 mm thick, scratch-resistant, break-resistant glass
    • 10 year warranty against glass damage
    • Aluminum frame for increased rigidity
    • Available in Metal heated and Glass Heated options
    • All microscope types and rages
    • Heating controller included
    Details
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  • The Tokai Hit Heated Plates designed for stereo microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various stereo microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.

    Single unit

    • 1mm thick, scratch-resistant glass
    • 10 year warranty against glass damage
    • aluminum frame for increased rigidity
    • Available in Metal heated and Glass Heated options
    • All microscope types and rages
    • Heating controller included
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  • The ColdStash VitroStash 47L Dewar is an innovative storage solution developed to optimize capacity in laboratory settings. The VitroStash is equipped with twelve stacked canisters, which effectively doubles the storage capacity when compared to traditional canister systems. Created specifically for IVF clinics, the VitroStash system accommodates up to 384 patients without necessitating any operational changes in the lab. The VitroStash system not only aids in addressing storage limitations but also reduces costs by eliminating the need for additional Dewars, alarms, monitors, and by lowering LN2 consumption. Thus, it serves as an economical and user-friendly solution for labs.

    Single unit

    • A dewar retrofit with VitroStash will cost about half of a new dewar.
    • VitroStash increases current storage capacities by 2X.
    • No need to change current lab configurations.
    • Enhanced grid configuration allows for simple, ergonomic storage.
    • Fewer dewars further reduces energy and LN2 costs.
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  • The VitroStash Max Dewar is a 95-liter high-capacity storage solution for laboratories, delivering a significant increase in storage capability while maintaining operational efficiency. This model comes equipped with twelve VitroStash stacked canisters, canes, and goblets, all designed for maximized storage density. The VitroStash Max Dewar stands out for its economic benefits, notably reducing per patient storage and operating costs compared to large LN2 freezers. It is engineered for lower liquid nitrogen and energy usage, contributing to sustainable operation. Enhancing lab safety, it minimizes alarm occurrences, thus reducing potential risks and demands on staff. With its ample storage capacity, compact footprint, and cost-saving features, the VitroStash Max Dewar offers an effective storage solution for labs.

    Single unit

    • Made of high-strength aluminum alloy
    • Advanced powder coat finish for increased durability
    • A locked-lid switch for safety of preserved sample is optional
    • Service life is five years
    • Temperature and Liquid Level monitor available
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  • In in vitro fertilization (IVF) procedures, maintaining an optimal and consistent temperature is critical for the survival and development of embryos. This is where a test tube warmer comes into play. The EllioSafe T.H. Tube Warmer is used to keep the media a constant body-like temperature (approximately 37 degrees Celsius or 98.6 degrees Fahrenheit). Ensuring that these materials stay at this temperature even outside of the incubator during handling and various procedural steps can help improve the overall success rate of IVF treatments. By creating an environment that closely mimics the human body, a test tube warmer reduces potential temperature-induced stress on the embryos, supporting their development and increasing the likelihood of a successful pregnancy. The temperature of the EllioSafe T.H. can be adjusted and the unit comes up to temperature within 10-15 minutes.

    Single unit

    • 14 places for receiving harvested samples
    • 2 colors: gray and gold
    • Optional battery
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  • The Matcher IVF electronic witnessing system is a comprehensive solution designed specifically for IVF clinics and donor banks to ensure accurate patient identification, labeling, workflow scheduling, and traceability throughout the treatment process. By utilizing barcode technology, Matcher minimizes the risk of human error and offers peace of mind to both staff and patients. Using Pocket Matcher and Benchtop Matcher devices, along with ID card and label printers, the Matcher system employs digital photo images to read barcoded labels. The associated software seamlessly integrates with various patient management systems and can be customized to align with clinic-specific Standard Operating Procedures. By incorporating unique barcode identifiers on labels for all labware, media, and consumables, Matcher ensures an audit trail of interactions with gametes and embryos. The system supports the labeling and witnessing of even the smallest items, such as straws and PGT tubes. Additionally, Matcher facilitates the management, reporting, and auditing of cryo stores and vessel space. Clinics that implement the Matcher electronic witnessing system benefit from enhanced safety for staff and patients, streamlined workflow processes, and significant time and cost savings. With its robust error prevention system and comprehensive traceability features, Matcher offers a reliable and efficient solution for maintaining accuracy and compliance throughout the IVF treatment journey.
    • Error prevention: Alerts to potential mistakes before material transfer occurs.
    • Automatic traceability: Matches, confirms, and photographs patient and labware identifiers in every procedure.
    • Compliance assistance: Supports clinics in meeting requirements, offering validation and risk assessment support.
    • Unbroken chain of custody: Ensures a continuous witnessing chain from registration to cryo stores without additional verification.
    • Simple installation: Quick and easy installation process, typically completed within one week, including testing and training.
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  • The Planer DATAssure™ system is a robust wireless monitoring solution, invaluable in any laboratory setting where temperature-sensitive material is stored. DATAssure™ directly interfaces with an existing business IT network, removing the necessity for dedicated hardware or specialized software. The base station showcases data on its color touch screen or via a standard web browser, ensuring versatile and easy accessibility. The user-friendly web-based interface supports viewing data on multiple devices including PCs, tablets, and mobile phones. This multi-device compatibility offers real-time monitoring flexibility. A standard DATAssure™ system comprises a base station and wireless sensors, with optional wireless signal repeaters for extended coverage. These components form a secure communication network, capable of long-range connectivity in complex structures through the use of mesh networks. Each sensor continually monitors and transmits readings to the base station, which then evaluates the data against user-defined parameters, generating alarm notifications when needed. All collected data is securely stored in a tamperproof format, ready for subsequent review and report generation.
    • Network Integration: The base station can function as a standalone device or be integrated into a local area network, providing worldwide remote access via a web-interface.
    • Sensor Management: Manages up to 120 wireless and wired sensors, accommodating a broad range of data inputs.
    • Data Visualization: Allows recorded data to be viewed as a table or a graph on the device's display. Data can also be exported to common file formats like HTML and CSV.
    • Automatic Backups: Offers optional automatic backups to local hard drives, which can be scheduled daily, weekly, or monthly. This feature eliminates the need for daily manual documentation.
    • Alarm Functions: Provides alarm notifications via SMS, phone, or email when prescribed limits are exceeded or decreased, ensuring timely response to any potential issues.
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  • BrightSentinel’s AnnoLog buttons provide precise and continuous temperature monitoring for any lab dealing with temperature-sensitive tasks. Small, adhesive, and easy to fit into tight spaces, the buttons can log temperature data from any surface they are attached to or in contact with. A phone app that connects via Bluetooth allows configuration of the buttons and cloud-based access to graphed logged temperature data. The AnnoLog subscription service provides new buttons annually to ensure proactive, reliable quality control in busy environments.

    Single unit

    • Configurable data logging including variable logging intervals
    • No recalibration downtime interruption in monitoring- simply renew your subscription to receive a new set of probes
    • Stores up to 6000 readings
    • iOS and Android compatible app for phones and tablets allows configuration and data access
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  • IVF2.0’s SiD is an advanced, AI powered, sperm ranking software designed to assist sperm selection in ICSI (intracytoplasmic sperm injection) procedures. SiD’s cutting-edge technology utilizes computer vision algorithms to automatically detect, track and objectively rank the sperm in the video feed from your ICSI microscope. After a momentary analysis step based on published motility parameters, SiD presents the top 3 sperm in the video feed to the embryologist in real-time and with added color coding to further facilitate final comparison and selection. SiD assisted motility evaluation allows greater objectivity and repeatability and allows the embryologist to put more focus on morphological selection parameters. Case studies on SiD implementation have linked its use to better fertilization and blastocyst rates and decreased time to pregnancy. SiD is designed to work with you and your equipment and can often be installed without additional hardware costs. Contact us today to ‘hire’ SiD, your lab’s new AI sperm selection assistant.
    • Real-time sperm selection based on morphology, speed, and motility patterns
    • Identification, tracking, and evaluation of every sperm in the vision field, in real-time
    • Continuous learning and improvement with each assisted cycle
    • Effortless and accurate judgment of human spermatozoa in suspension
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  • Meet IVF2.0’s ERICA™: Embryo-Ranking Without Biopsy or Media Sampling. ERICA allows you to harness the power of Machine Learning in your lab to objectively rank and prioritize embryos based on euploidy training sets. ERICA is designed to work with you and your equipment and can generally be installed without additional hardware costs. Access is based on a full-service subscription model, so ERICA’s AI ranking is available for use with every case without added cost considerations or decisions. This includes ERICA’s patient specific reports, which are a helpful tool for patient communication and expectations management. By assisting to select the healthiest embryo from your pool, ERICA™ can help increase the chances of successful pregnancy for every transfer.
    • Ultra-fast and accurate AI-driven embryo ranking system
    • Embryo-Ranking Without Biopsy or Media Sampling
    • Considers over 200 objective features associated with embryo quality
    • Enhances efficiency and consistency in your lab
    • Improves communication and patient expectations management
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  • Fertitech Canada provides installation services for ART equipment. Our team's extensive experience allows us to effectively handle installations in both new and established clinics. Our services are tailored to each clinic's unique needs. We recognize the delicate nature of ART equipment and ensure timely and careful transport and delivery for installation. With a track record of successfully installing equipment from various leading suppliers in a variety of clinics and labs across Canada, Fertitech Canada is well-positioned to meet your installation needs.
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  • Fertitech Canada provides regular and preventative maintenance services for IVF equipment, drawing on our substantial experience with leading manufacturers. Our services help anticipate and address potential issues, ensuring the proper functioning and longevity of equipment. Given the sensitivity of the machinery and the high stakes of IVF procedures, regular professional maintenance is crucial. Our maintenance services, underscored by precision, help prevent issues and ensure smooth lab operations. Recognizing the unique needs of each clinic, we work within your schedule to minimize downtime. Our goal is to keep your lab equipment in top condition, enabling you to focus on patient care.
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  • Fertitech Canada offers efficient repair and emergency maintenance services, designed to minimize disruption in the time-sensitive ART and IVF field. Our strong partnerships with leading manufacturers support us in rapidly addressing and resolving any equipment issues. Understanding the delicate nature of IVF equipment and its critical role in a clinic, we respond swiftly to problems, working thoroughly to rectify issues and prevent them from re-emerging. Our services are designed to fit our customers’ timeframes, reducing workflow disruption. In emergencies, our prompt response and thorough repair practices aim to restore your equipment to optimal working condition, supporting your clinic's continued operation with confidence.
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  • Fertitech Canada offers calibration services for ART equipment. We have considerable experience with devices from top manufacturers and an understanding the importance of precise, dependable equipment in labs. Our services ensure the accuracy of your devices, whether they are integral systems or supplementary sensors. We conduct thorough checks to confirm optimal operation and alignment with performance specifications. We aim to minimize disruption, offering flexible scheduling to suit our customers' timelines. With our calibration services, we aim to promptly optimize your lab equipment's operation without affecting your routine.
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  • A growing body of scientific evidence demonstrates the impact of airborne contaminants on IVF success rates. Fertitech Canada offers detailed air quality assessments that accurately log VOCs and particle concentrations in IVF labs, highlighting air quality variations throughout the day and week. More specifically, our air quality assessment and monitoring services enable clients to identify, quantify, and target previously unknown risks and contamination points. We offer temporary air quality remediation during renovations and assist with more permanent solutions that enhance overall air quality and infection control. Rely on Fertitech Canada's expertise and advanced technology to optimize your lab conditions for ideal air quality.
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  • Fertitech Canada's consultation services leverage our substantial expertise in the ART and IVF fields to provide your clinic with crucial insights. We can guide you through any stage of laboratory development, from new lab design and procurement for a new clinic to the integration of advanced technologies in an existing facility. We can address both immediate and long-term needs to support sustainable lab management. Our goal is to assist you in making informed decisions for your clinic's development and growth, leveraging our experience and industry knowledge.
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  • The Nilotech DT123 Digital Dish-Temperature Probe is a precise tool for maintaining optimal temperatures for living cells in dishes or tubes. This compact device, with its 200mm flexible wire and small sensor tip, offers rapid temperature stabilization and accurate readings. It is perfect for controlling and calibrating heated stages and other warming devices. The sensor can be placed on various surfaces, including metal, glass, and plastic, making it versatile for laboratory use. Its ability to connect to a NiloChecker with up to four other probes simplifies equipment calibration. A small and flexible cable also makes it ideal for use inside any incubator. With the DT 123, you can effectively optimize temperature conditions in your laboratory.

    Single unit

    • Equipped with a very thin 200mm flexible wire and small sensor tip (4mm wide, 0.5mm thickness) for accurate readings.
    • Capable of quickly stabilizing sensor temperature.
    • Ideal for controlling and calibrating heated stages and other sensitive warming devices.
    • Sensor can be placed on any surface, such as metal, glass, or plastic.
    • Optimal for use inside any type of incubator due to its flexible cable.
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  • The Nilotech DV119 Digital Air Velocity Probe is an tool for maintaining laminar flow in IVF workstations. Its precise measurements are crucial for preventing contamination of living cells and ensuring operator safety. The DV119 is useful for controlling filters and airflow in accordance with manufacturer’s recommendations and standards like EN 12469. It is suitable for various environments including Biological Safety Cabinets, Chemical Fume Hoods, Laminar Flow Hoods, Clean Benches, HEPA & Filter Boxes, and more. Built with a robust, splash-proof design, the DV119 is a high-performance air velocity probe that can withstand corrosive or alkaline environments. It features conformal coated electronics and a sealed enclosure, ensuring it can handle demanding applications without compromising performance. The UV tolerant construction adds to its durability, further enhancing its application in a wide range of product and process control airflow contexts. With its hot wire anemometer and temperature compensation, the DV119 delivers precise and reliable readings, making it an indispensable tool for any laboratory requiring accurate and robust airflow control.

    Single unit

    • Hot Wire Anemometer: Ensures accurate and quick measurement of airflow.
    • Temperature Compensated: Delivers reliable readings regardless of ambient conditions.
    • Compliance with Standards: Controls filters and flow according to manufacturer’s recommendations and standards such as EN 12469.
    • Enhanced Process Control: Ideal for a wide range of product and process control air flow applications.
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  • The Novaerus Protect 200 is a compact air filtration system designed for continuous air disinfection and odour control in small indoor spaces. It utilizes patented filter-free ultra-low energy plasma technology, which destroys contaminants at the DNA level, to ensure the air in your space remains clean and healthy. Equipped with a single-speed fan, the device draws in contaminated air, neutralizes it with an internal plasma coil, and returns it to the room free from contaminants. The system can either be wall-mounted or placed on any surface, offering flexible installation options, and it conveniently plugs into any outlet.

    Single unit

    • Utilizes patented NanoStrike technology to disintegrate airborne viruses and pathogens.
    • Proven 99.99% effectiveness against MS2 bacteriophage, a surrogate for SARS-CoV-2.
    • Independently tested in U.S. labs with proven effectiveness against viruses such as SARS-CoV-2, Influenza, and Measles, as well as bacteria like Tuberculosis.
    • Requires no maintenance, cleaning, or replacement components, providing a hassle-free ownership experience.
    • Designed with gills on all sides for efficient air intake and purification, with the lower vents channeling purified air back into the room.
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  • The Novaerus Protect 900 (NV900) is a dynamic air disinfection and odour control system designed for medium indoor spaces. Utilizing the patented NanoStrike technology, it employs an atmospheric plasma discharge, similar to lightning strikes, to kill and deactivate harmful airborne microorganisms at the DNA level, impeding the spread of viruses and inhibiting the reproduction of bacteria and fungal spores. This 2-speed fan unit can be wall-mounted or placed on a stand, offering flexibility in placement. The NV900 is designed for continuous operation, and can be conveniently plugged into any outlet. Independent laboratory tests have proven NanoStrike's effectiveness against a broad range of airborne pathogens, including the smallest viruses, bacteria, mould spores, and VOCs. Moreover, this technology is adept at neutralizing volatile organic compounds (VOCs) and reducing particulates like mould spores, dust mites, pollen, and dander. This ultra-low energy system provides a robust and maintenance-free solution for air disinfection needs.

    Single unit

    • Utilizes patented NanoStrike technology to disintegrate airborne viruses and pathogens.
    • Efficient in neutralizing VOCs and reducing particulates such as mould spores, dust mites, pollen, and dander.
    • Designed for continuous air disinfection and odor control in medium indoor spaces.
    • Flexible installation options - can be wall-mounted or placed on a stand.
    • 2-speed fan for adjustable airflow and purification.
    • Independently tested and proven effective against a broad spectrum of airborne pathogens.
    • Easy to use with simple plug-and-play functionality.
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  • The Novaerus Defend 1050 is a high-capacity, portable air disinfection unit designed specifically for rapid remediation in large spaces or high-risk environments. It utilizes Novaerus's patented ultra-low energy plasma technology to effectively deactivate airborne pathogens and neutralize volatile organic compounds (VOCs). This technology, paired with a triple-stage Camfil® filter system, provides a comprehensive solution for air disinfection and particle removal, reducing the risk of airborne contamination. The Defend 1050 has proven its effectiveness, demonstrating a 4-log (99.99%) reduction of both the MS2 bacteriophage RNA virus, an accepted surrogate for SARS-CoV-2, and Bacillus Globigii endospores within a 15-minute timeframe. A 5-speed fan allows for adjustable airflow, facilitating its adaptability to various environments and needs. This free-standing unit, designed for ease of use and portability, can be wheeled easily to the point of care and plugs into any standard outlet. It offers a flexible and efficient solution to improve air quality in indoor spaces, such as IVF labs, where airborne pollutants can impact crucial processes and outcomes. Note that replacement filters are sold separately.

    Single unit

    • Contains six Novaerus plasma coils that rapidly deactivate bacteria and viruses at the molecular level.
    • Utilizes a Camfil® HEPA filter for trapping bacterial debris and fine particulate matter down to 0.12µm.
    • Rapid remediation capability, demonstrated to achieve a 4-log (99.99%) reduction of both MS2 bacteriophage RNA virus and Bacillus Globigii endospores within 15 minutes.
    • Versatile and mobile, designed as a free-standing unit that can be wheeled easily to point of care, plugging into any outlet.
    • Suitable for large spaces and high-risk infection situations, offering continuous air disinfection and particle removal to improve indoor air quality.
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  • V–CARE SteriControl enables an easy control of the aseptic working environment and medium handling. The product enables an unmatched level of control over the sterile liquid handling processes used in ART. Use V–CARE SteriControl as an as indicator of workplace sterility or bioburden or to evaluate contamination of culture and handling media.

    20 ml bottle

    • Growth promotion tested
    • Sterility confirmed
    • Shelf life 12 months from date of production
    • 20 ml glass and PETG bottle
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  • The Tokai Hit Heated Plates designed for inverted microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. Moreover, the glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection. This Tabletop is designed with a sliding glass plate adaptor, and 2 Glass plates: one can be heated, and one can be kept at room temperature. Sliding the plate would allow switching from a warmed area to a non-warmed area on top of the microscope lightsource and objective.

    Single unit

    • 0.5 mm thick, scratch-resistant, break-resistant glass
    • 10 years warranty against glass damage
    • aluminum frame for increased rigidity
    • Available in Glass Heated options
    • All stereo microscope types and ranges
    • Heating controller included
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