Description
UFTS Pass through Oven
Universal Oven
Drying and Heating Ovens – Controlled Thermal Processing Solutions
Memmert provides a range of laboratory ovens for controlled heating, drying, and thermal treatment, used across research, industrial, and quality assurance environments. These units are built to deliver stable temperature conditions, efficient heat transfer, and dependable long-term operation, supporting workflows where consistency of thermal processing is essential.
The range includes universal heating ovens, intended for general laboratory use such as drying, warming, and sterilization tasks, with temperature capability typically up to around +300°C and reliable chamber-wide temperature uniformity. For applications requiring material transfer between controlled environments, pass-through ovens are used to maintain workflow separation, allowing samples to move between areas without compromising cleanliness or process integrity. In histology and sample preparation workflows, paraffin ovens are used to maintain stable, lower temperature conditions suitable for embedding and handling paraffin-based materials. For materials that are sensitive to heat or prone to oxidation, vacuum ovens enable drying under reduced pressure, allowing solvents and moisture to be removed at lower temperatures to protect sample integrity.
These ovens are built around consistent airflow design, precise electronic temperature regulation, and durable stainless-steel construction, ensuring repeatable results even under continuous operation. Safety functions, programmable control options, and validated performance characteristics make them suitable for both routine laboratory work and specialized thermal processing applications.
ICO 50 Incubator
ICO Hero Incubator
Laboratory Incubators – Controlled Growth and Stable Environmental Conditions
Incubators are designed for precise temperature control and reliable, uniform incubation conditions across microbiology, pharmaceutical, food, and research applications. These systems are engineered to maintain stable environments for cell growth, microbial cultivation, and sample conditioning, ensuring reproducible results even during long-term operation.
The incubator portfolio includes standard incubators (Incubator I series), which provide reliable heating performance for routine incubation tasks, typically operating up to around +80°C with consistent temperature distribution across the chamber. For applications requiring lower and tightly regulated temperatures, cooled incubators (ICP / compressor-cooled systems) are used, offering extended temperature ranges below ambient conditions and stable cooling performance for microbiological and pharmaceutical workflows that demand precise environmental control. In contrast, Peltier-cooled incubators (IP series) use thermoelectric cooling technology, enabling vibration-free and energy-efficient temperature regulation with minimal noise and reduced maintenance requirements, making them well-suited for sensitive laboratory environments. For applications requiring combined temperature stability and enhanced energy efficiency, constant climate incubators (ICO / COS systems) provide advanced regulation of both heating and cooling functions, ensuring highly stable conditions for long-term biological and stability studies.
Memmert incubators are characterized by uniform air circulation, precise digital temperature control, and robust chamber construction, ensuring reliable and reproducible incubation conditions. Integrated safety systems, intuitive operation, and validated performance make them suitable for both routine laboratory use and regulated research environments where consistency is critical.
HCP 50 Humidity Chamber
Climate Chambers – Precision Environmental Simulation Systems
We offer a comprehensive range of climate chambers designed for precise temperature and humidity control, supporting applications in pharmaceutical stability testing, industrial material research, and environmental simulation studies. These systems are engineered for high uniformity, long-term stability, and energy-efficient operation, ensuring reproducible conditions across all sample positions for regulated and non-regulated laboratory workflows.
The portfolio includes the HPPeco constant climate chambers, designed for long-term stability testing with precise environmental control. These systems typically operate in a temperature range of approximately 0°C to +70°C and humidity levels from 20% to 90% RH, making them ideal for continuous operation and ICH-compliant storage studies. For regulated pharmaceutical applications, the ICH and ICHL climate chambers provide validated conditions for stability testing under +5°C to +60°C temperature ranges with controlled humidity up to around 80% RH, ensuring full compliance with international ICH guidelines. For more dynamic testing requirements, the Testa TT and CT environmental test chambers are designed for thermal stress and climate cycling, offering a wide temperature range from approximately -42°C to +190°C with rapid heating and cooling rates for material durability and reliability testing. Complementing these systems, the HCP humidity chambers provide precise control of both temperature and moisture, operating in the range of +7°C to +90°C with humidity control from 20% to 95% RH, making them suitable for humidity-sensitive applications in research and quality control.
Across all systems, Memmert chambers are characterized by uniform air distribution, high-precision digital control systems, and stable long-term performance, ensuring consistent test conditions even during extended operation. Their modular design, energy-efficient operation, and compliance-ready configurations make them suitable for a wide range of industries requiring reliable environmental simulation.
WTB Water Bath
Water Baths – Precise Temperature Control for Laboratory Applications
Laboratory water baths are made for precise, uniform, and stable temperature control in sample incubation, heating, and controlled reaction processes. These systems are widely used in clinical diagnostics, pharmaceutical research, microbiology, and chemical laboratories, where gentle and consistent heating is required without direct exposure to dry heat.
Memmert water baths are engineered to deliver high thermal stability and uniform heat distribution through liquid-based heat transfer, ensuring that all samples are maintained at identical conditions throughout the chamber. The portfolio includes standard water baths (WNB series) for routine laboratory heating tasks, typically operating from ambient temperatures up to around +100°C, providing reliable performance for sample warming, incubation, and reagent preparation. For applications requiring precise low-temperature control and additional safety, circulating water baths offer improved temperature uniformity through active liquid circulation, making them suitable for sensitive analytical and biochemical workflows. In addition, shaking water baths combine controlled heating with gentle agitation, enabling enhanced mixing and reaction kinetics for applications such as enzyme studies, solubility testing, and sample extraction processes.
Memmert water baths are characterized by precise electronic temperature control, corrosion-resistant stainless-steel construction, and uniform thermal performance, ensuring reproducible results even under continuous use. Integrated safety features such as over-temperature protection, low-liquid level monitoring, and intuitive digital controls support secure and reliable laboratory operation, making these systems suitable for both routine and specialized applications requiring controlled heating environments
