Integrated IVF Workstation

This professional cell culture platform maximizes specimen safety by generating a seamless, particle-free downward air shower.

The system leverages a heavy-duty, statically balanced blower assembly to ensure uniform downward airflow velocity with exceptionally low acoustic and vibration profiles. Multi-stage filtration combines an easily cleanable synthetic pre-filter with a water-resistant, fire-retardant micro-fine glass fiber HEPA filter to eliminate airborne micro-particulates. Designed with custom protective diffuser grids and an ergonomic workspace layout, this cabinet delivers the strict contamination defense and optical precision needed for modern reproductive biology laboratories.

Product Category: Embryology Products
  • Premium vertical laminar airflow tissue culture hood engineered for high-security gamete and embryo handling.
  • Delivers an absolute Class 100 particle-free sterile environment via an advanced top-down HEPA filtration pathway.
  • Features a heavy-duty statically balanced blower motor assembly operating at low acoustic and vibration levels.
  • Stainless steel work surface provides a pristine chemical-resistant workspace that is easy to sanitize.
  • Equipped with a built-in stereomicroscope integration port to streamline micromanipulation and cell assessment.
  • Incorporates a flush-mounted internal multimedia monitor display on the back panel for real-time visualization.
  • Governed by an intuitive front-mounted digital touch-screen console for monitoring laboratory environmental metrics.
  • Multi-stage filtration utilizes a cleanable synthetic pre-filter alongside a fire-retardant glass fiber HEPA filter.
  • Perforated diffuser screen protects delicate internal filter surfaces from accidental mechanical or physical damage.
  • Sturdy mobile support frame assembly sits on heavy-duty lockable casters to enable flexible laboratory relocation.
  • Class 100 Air Purity: Provides a continuous vertical laminar airflow shower conforming to rigid international sterile laboratory cleanliness standards.
  • Integrated Multimedia Panel: Features an internal flat-screen monitor flush-mounted to the rear panel for direct image broadcasting and tracking.
  • Vibration-Damped Blower: Utilizes a statically balanced motor assembly to minimize fine macro-tremors during high-magnification micromanipulation.
  • Smart Touch Console: Outfitted with an external front-facing digital control dashboard for immediate monitoring of air velocities and system parameters.
  • Airflow Path Design: Vertical Laminar Airflow directed downwards from the top hood assembly.
  • Air Cleanliness Compliance: Class one hundred conditions; meets United States Federal Standard two hundred and nine B (British Standard five thousand two hundred and ninety-five) requirements.
  • Blower Motor Assembly: Heavy-duty, statically balanced assembly; fourteen hundred and forty revolutions per minute, one-fourth horsepower.
  • Acoustic and Vibration Scale: Very low vibration profile with blower noise levels operating below fifty-five A-weighted decibels.
  • Pre-Filter Specification: Non-woven synthetic media with high-density polyethylene mesh conforming to European Union-four or G-four Grade (filters down to ten micrometers).
  • HEPA Filter Specification: Mini-pleat type, fire-retardant micro-fine glass fiber media; European Union-fourteen Grade with a greater than or equal to ninety-nine point nine hundred and ninety-nine percent efficiency rating for zero point three micrometer particles.
  • Filter Protection: Perforated diffuser screen or shield mesh guard to safeguard filters from mechanical damage.
  • Air Flow Velocity Layout: Air Flow Velocity: ninety feet per minute plus or minus twenty percent; Inflow Velocity: zero point five three meters per second; Downflow Velocity: zero point three three meters per second.
  • Work Surface: Industrial-grade polished stainless steel with integrated microscope base cutout.
  • Display System: Built-in rear-wall digital monitor screen and an external touch-screen control module.