Mobile Oocyte Warmer
The Mobile Oocyte Warmer is a portable, battery-powered thermal container engineered with an anodized aluminum block core to maintain strict physiological temperatures during transport. Driven by digital microchip PID controllers, it preserves a constant internal thermal environment without requiring continuous connection to a mains power outlet. Its primary application is the safe, temperature-controlled transport of harvested oocytes and follicular fluid from surgical retrieval suites directly to embryology processing workstations.
Product Category:
Embryology Products
- Portable battery powered thermal container engineered with an anodized aluminum block core to maintain strict physiological temperatures.
- Driven by digital microchip PID controllers to preserve a constant internal thermal environment during specimen relocation.
- Operates seamlessly without requiring a continuous connection to a standard mains power outlet.
- Primary application is the safe temperature controlled transport of harvested oocytes and delicate follicular fluid.
- Direct transport routing from surgical retrieval suites to embryology processing workstations.
- Actively prevents cellular developmental damage caused by thermal drops during critical laboratory transfer windows.
- High thermal conductivity anodized aluminum block core containing specialized pre bored tube slots.
- Factory locked at thirty-seven point zero degrees Celsius with hidden keys allowing adjustments from thirty-five point zero to forty point zero degrees Celsius.
- High precision regulation keeping internal temperatures strictly within plus or minus zero point two degrees Celsius boundaries.
- High capacity internal rechargeable battery providing greater than four hours of cordless unplugged power.
- Versatile block configurations accepting interchangeable inserts for fourteen milliliter tubes Falcon flasks and standard culture dishes.
- Impact resistant lightweight composite outer insulation shell outfitted with an integrated carry handle.
- Cordless Thermal Defense: Powered by a high-capacity rechargeable battery providing over four hours of completely unplugged power.
- Proportional Thermal Control: Employs digital microchip PID logic to regulate internal core temperatures within an ultra-strict variance.
- Modular Sample Loading: Features interchangeable block layouts to support standard culture dishes, tubes, and specialized flasks.
- Resilient Field Security: Wrapped in an impact-resistant, lightweight composite shell complete with an integrated carry handle.
- Heating Core Type: High thermal conductivity anodized aluminum block containing pre-bored tube slots.
- Temperature Setpoint: Factory locked at thirty-seven point zero degrees Celsius (Adjustable from thirty-five point zero degrees Celsius to forty point zero degrees Celsius via hidden keys).
- Thermal Holding Stability: Precision regulation keeping internal temperatures within plus or minus zero point two degrees Celsius boundaries.
- Battery Autonomy: High-capacity internal rechargeable battery providing greater than four hours of unplugged power.
- Block Configurations: Interchangeable inserts for fourteen milliliter tubes, Falcon flasks, and standard culture dishes.
- Outer Insulation: Impact-resistant, lightweight composite shell with an integrated carry handle.
- Primary Applications: Safe, temperature-controlled transport of harvested oocytes and follicular fluid from surgical retrieval suites directly to embryology processing workstations.
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