Biobase Incubators
General feature overview (what you’ll see across lines)
Control & UI
Microprocessor/PID control, LCD/LED or touch screens; runtime/timer; data logging; USB export (many models), some with RS-485 or printer.
Chamber & build
SUS304 stainless-steel interiors, rounded corners, pull-out/adjustable shelves; double doors or heated glass inner doors on many models.
Sterilization & cleanliness
Options for UV sterilization; CO₂ models with 90 °C moist-heat or 140/160 °C hot-air cycles; HEPA (CO₂), CO₂ gas filters.
Sensing & gas handling (CO₂/Tri-gas)
Infrared CO₂ sensors (0–20%); ZrO₂ O₂ sensors (tri-gas); SMC gas valves to stabilize set-points and reduce consumption.
Humidity & airflow
Water reservoirs/tanks or built-in humidification; forced-air convection/fans for uniformity; many units quote ±0.3–1.0 °C stability and tight RH control where applicable.
Safety & reliability
Over-temperature and gas concentration alarms; door-open/door-ajar alerts (select); leakage/over-current protection; power-off memory/auto-resume; independent temp limiters on several models.
Refrigeration & eco profile
CFC-free refrigerants (R134a/R404a); auto-defrost on cooled units.
Typical ranges & capacities
Temps commonly RT+5 to 60–85 °C (many go to 100 °C for multifunctional; some cooled to 10 °C or 4 °C for shaking/climate).
Volumes from ~30–400 L for many series, up to 1500 L for climate/plant-growth units.
If you want, I can turn this into a quick selection guide (matrix by application, temp/RH, sterilization, capacity) to help match models to use-cases (cell culture, BOD, plant growth, fungal culture, platelets, etc.).