Constant Humidity Temperature Chamber THC-250

• External water tank design allows continuous humidification without opening the chamber.
• Clear dual-layer glass window and inner glass door provide excellent visibility and insulation.
• Compressor system includes intelligent defrost and pressure safeguards for maintenance-free operation.
• Patented 3D heating delivers laboratory-grade temperature uniformity (±0.5°C).
• Dynamic协同 control actively balances temperature and humidity outputs for precise condition maintenance.
• High-speed digital controller with Pt100 sensor achieves rapid setpoint recovery.
• Automated water feed from primary and backup reservoirs ensures uninterrupted humidity control.
• Extended programmability (99-hour timer) with power on/off/working phases for BOD and stability tests.
• Safety features: multi-level alarms, self-diagnostics, and optional independent over-temperature protection.
• Optional UV lamp enables chemical-free chamber sterilization between test cycles

Regenerative medicine and stem cell research place among the most stringent demands on incubator technology. Human pluripotent stem cells (hPSCs), including embryonic stem cells (ESCs) and induced pluripotent stem cells (iPSCs), are exquisitely sensitive to their microenvironment. Fluctuations in temperature, CO2, pH, or the presence of contaminants can trigger differentiation, affect genomic stability, or kill the culture. Therefore, high-precision CO2 incubators with tight control (±0.1°C, ±0.1% CO2) are mandatory. To minimize cross-contamination and the risk of losing priceless, patient-specific cell lines, researchers often use smaller, personal-sized incubators or larger units with individual, sealed chambers. Humidity control at or above 95% is non-negotiable to prevent minute evaporation in multi-well plates, which drastically alters media osmolarity and solute concentration. Many labs use incubators with active, monitored humidity systems.

Furthermore, the drive towards xeno-free and chemically defined cultures to meet clinical translation standards means incubators must be meticulously clean, often featuring HEPA filtration and regular decontamination cycles to prevent introduction of undefined elements. The incubator, in this context, is more than a tool; it is the safeguarded, artificial niche where the future of cell-based therapies is literally being grown.