Climate Chambers

Laboratory Climate Chambers FROM Memmert

 As a leading pioneer in the world of temperature control and environmental simulation, Memmert is committed to providing cutting-edge solutions for scientific research, industrial applications and academic endeavors. From stability testing to accelerated aging, our climate chambers ensure optimal conditions for the cultivation, storage and testing of your invaluable samples.

 Testing against environmental factors is important because the effects of temperature, humidity and other conditions can significantly impact the performance and functionality of different materials and products. Testing against environmental factors can also help to identify potential failure modes and improve the overall safety of materials and products. The unique environmental factors a climate chamber simulates vary based on the composition of the chamber. 

Uses for Memmert Climate Chambers

Memmert climate chambers are versatile and can be used for:

• Industry-standard climate testing (ICH, WHO, GMP, GLP, EMA, ASEAN)
• Stability and aging studies on various materials
• Conditioned storage for aging and corrosion experiments
• Photostability assessments of plastics, packaging and composites
• Temperature and humidity cycling of products and components
• Breeding and housing insects, fish, mice and other lab animals
• Plant growth research
• Testing photostability of pharmaceuticals, foods and vitamins
• CO2 gasification and controlled atmosphere experiments

 How a Memmert Climate Chamber Works

Memmert climate chambers use convection and radiation to accurately heat and cool the contents. For heating, the chamber warms the load at atmospheric pressure to a defined temperature setpoint. For cooling, heat is removed from the load and discharged externally through the cooling systems.

Different Memmert climate chambers utilize customized cooling systems based on factors like energy efficiency, noise level, temperature range and humidity control needs. Peltier modules allow precise cooling near ambient. Compressors provide excellent wide-range temperature regulation.

Applications for Memmert Climate Chambers

 

• Shelf Life Testing Climate Chambers: Our purpose-built shelf life testing chambers ensure product quality and safety across industries and assist in accelerated aging tests to estimate shelf life accurately. Shelf life testing climate chambers are used to simulate temperature, humidity and light exposure for pharmaceuticals, food products and other perishables.

• Plant Growth Climate Chambers: Tailored to meet the diverse needs of botanical research, plant growth chambers provide precise control over temperature, humidity and light, fostering the ideal environment for studying plant growth, development and behavior. Unlock insights into plant responses to different climatic conditions, optimize agricultural practices and conduct innovative experiments with Memmert's trusted plant growth chambers.

• Pharmaceutical Stability Climate Chambers: Ensure pharmaceutical product integrity with our advanced stability chambers. Designed to facilitate compliance with industry regulations, pharmaceutical stability climate chambers are used for stability testing and assessing the effects of temperature, humidity and light on drug formulations. Achieve reliable results analyzing shelf life and efficacy under varying conditions with pharmaceutical stability climate chambers.

• Accelerated Aging Climate Chambers: Achieve precise results and obtain a comprehensive understanding of a product's shelf life and durability under real world conditions with our advanced accelerated aging climate chambers. Designed for compliance, safety and reliability, accelerated aging climate chambers assess temperature, humidity and light effects on products for improved innovation and development. 

• Biology Lab Climate Chambers: Our biology lab chambers are specialized environments designed to support various biological research applications. Biology lab climate chambers offer precise control over factors such as temperature, humidity and light, creating controlled conditions to conduct experiments and studies on living organisms.

• Textile Stability Climate Chambers: Textile stability chambers test and assess the stability and durability of textile materials under controlled conditions. Textile stability climate chambers provide a simulated environment to study the effects of temperature, humidity and light exposure on a range of textiles. 

• Cosmetic Stability Climate Chambers: Cosmetic stability chambers evaluate the stability and shelf life of cosmetics and personal care products. Cosmetic chambers simulate controlled conditions and various environmental factors that may affect the quality, efficacy and safety of cosmetic formulations. Cosmetic stability testing is essential for product development, quality control and regulatory compliance. With cosmetic stability climate chambers, manufacturers can produce compliant cosmetics according to desired consistency and shelf life.

• Histology Climate Chambers: Histology climate chambers create controlled environments to preserve tissue samples, histological slides and other biological materials for various histological procedures. By providing controlled temperature and humidity conditions, histology climate chambers contribute to accurate and reliable histological analysis to facilitate research and diagnosis across a wide range of disciplines.

• Space Simulation Climate Chambers: Space simulation chambers recreate the vacuum, temperature and radiation conditions found in space to test and evaluate the performance of various items used in or exposed to outer space. Space simulation climate chambers play a crucial role in space exploration and research, enabling scientists and engineers to thoroughly test and validate spacecraft components and systems to ensure their safety and reliability.

• Building Material Climate Chambers: Building material climate chambers simulate real world conditions to which building materials are exposed during their lifespan. By subjecting materials to controlled environmental conditions, building material climate chambers identify weaknesses and enable engineers and manufacturers to make informed decisions to improve the safety and quality of construction materials.

• Histopathology Climate Chambers:  Histopathology is the study of tissue samples to diagnose diseases and identify abnormalities at the cellular level. Histopathology climate chambers create controlled environments with specific temperature and humidity conditions to ensure the preservation and integrity of histopathological specimens throughout various stages of processing, facilitating disease diagnosis and medical research in various healthcare settings.

 

Digital Climate Chambers with Programmable Climate Control

 

Using our new AtmoCONTROL interface, users are allowed to drag and drop graphical symbols for the desired parameters to the input fields and change the values using a digital screen. Each climate chamber has a digital backward counter with a target time setting that is adjustable between 1 minute and 99 days 23 hours. Working alongside the Setpoint-Wait function, the process you program will not start until the set temperature is reached at all measuring points.

 

Contact us today to find a climate chamber to suit your needs.