- 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 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. -
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 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 Nilotech surface temperature probes are the ultimate solution for controlling and calibrating incubators and warming surfaces. Their copper bottom design guarantees optimal thermal contact for precise temperature measurement. The probes can be conveniently placed on an incubator shelf or bottom, and can also be inserted into dishware for temperature monitoring. The insulated tops minimize the impact of ambient air, making them ideal for use on warming plates or inside flow cabinets without interfering with the accuracy of the measurements. The probes are also equipped with a small microchip that carries the calibration data, enabling easy re-calibration without the need to send the tablet. When re-calibration is required, only the probe needs to be sent in for servicing, making the process quick and convenient. Various models of probes are available.Single unit
- High-accuracy probes: ± 0.03°C
- Copper bottom for best heat transfer
- Insulated cap for stability
- Thin cord design for fit
- Robust design
- Multiple models available
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Fertitech offers rental services for OKOLAB Heated Plates, designed to enhance microscopy with precise temperature control for Nikon and Olympus inverted microscopes. These heated plates utilize an Indium Tin Oxide (ITO) coating to ensure uniform heating across the glass surface, combined with a surface sensor that guarantees accurate temperature measurements. Suitable for various microscope models, these plates support both metal and glass heating options to accommodate different research needs. Made from chemically strengthened DragonTail glass and protected by a robust aluminum frame, these plates promise durability and reliability. Renting from Fertitech provides a flexible and cost-effective solution for researchers needing temporary or periodic access to advanced microscope enhancements without the commitment of a purchase. -
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 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
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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