The Memmert Constant Climate Chamber HPP410eco combines energy efficiency, advanced digital control, and precision climate stability for demanding laboratory and industrial applications. With its large 384 L capacity, active humidification and dehumidification, and near maintenance-free Peltier technology, it’s perfect for stability testing, breeding, and material conditioning.
Product Features
- Advanced Peltier Technology – works around 90% more energy efficiently than compressor-cooled devices in continuous operation
- Environmentally friendly design – refrigerant-free and nearly maintenance-free
- Temperature control range from +0 °C to +70 °C, tailored to pharmaceutical stability test requirements (Q1A)
- Digitally controlled active humidification and dehumidification from 10% to 90% rh
- 384 L chamber volume for larger samples or higher throughput
- TwinDISPLAY control system for intuitive operation and monitoring
- Double doors standard with fully insulated stainless steel and wide-area interior glass doors – preventing contamination and reducing temperature fluctuation
- Quiet operation suitable for sensitive applications like breeding insects or zebra fish
- High-precision micro-dosing pump and smart control ensure gentle, fast humidification
- Peltier-based dehumidification maintains precise climate control, even at low humidity or when test materials emit moisture
- Stable, homogeneous temperature and humidity distribution across the entire chamber
Benefits
- Significantly reduced energy consumption, lowering operating costs and environmental impact
- Reliable stability testing for pharmaceutical and industrial standards
- Compact design with quiet operation fits easily into laboratory workflows
- Large viewing area through interior glass doors allows visual checks without temperature disruption
- Precise, responsive climate control ensures reproducible test conditions
Why Choose the Memmert HPP410eco?
With its intelligent design, energy efficiency, and advanced climate control, the Memmert HPP410eco is engineered for labs needing stable, precise, and cost-effective climate testing. Whether for pharmaceutical stability tests, breeding, or sensitive material conditioning, it delivers unmatched reliability and low total cost of ownership.