Climatic Chamber
Climatic chambers are essential equipment designed to simulate diverse environmental conditions by controlling temperature, humidity, and sometimes light. These chambers enable accurate and reproducible testing environments for various industries such as pharmaceuticals, electronics, and agriculture. They play a key role in product development, quality control, and research by accurately replicating extreme or variable climates to assess product durability and performance.
The primary applications of climatic chambers include stability testing, stress testing, and accelerated aging studies. They help laboratories verify product compliance with regulatory standards and optimize manufacturing processes. With advanced control features, these chambers provide precise adjustment and monitoring capabilities, ensuring reliable data collection. Versatile and customizable, they support a wide range of experiments requiring controlled environmental parameters.
Types of Climatic Chambers Your Laboratory Might Need
Comprehensive Drug Stability Test Chamber
Comprehensive Drug Stability Test Chambers are specialized climatic chambers tailored to assess the stability and shelf life of pharmaceutical products under strict regulatory conditions. These chambers allow precise control of temperature and humidity to mimic storage environments, ensuring accurate long-term and accelerated stability testing. They are indispensable tools for pharmaceutical labs seeking compliance and product safety assurance.
These chambers are equipped with advanced monitoring systems and alarm functions to guarantee consistent test conditions throughout the evaluation period. Their design supports multiple sample racks enabling simultaneous testing of various formulations. The robust construction and uniform environmental conditions provide reliable data critical for drug development and regulatory submissions.
Artificial Climate Chamber
Artificial Climate Chambers create controlled environmental scenarios replicating natural weather conditions such as temperature fluctuations, humidity changes, and light exposure. These chambers are widely used in fields like agriculture, biology, and materials science to study the effect of environmental stresses on living organisms and materials under laboratory settings.
They feature programmable cycles that simulate day-night and seasonal changes, supporting research on ecological responses and product resilience. Built with durability and precision, these chambers facilitate experiments requiring strictly regulated climate parameters, enhancing the reproducibility and accuracy of laboratory studies.
What You Need to Know Before Choosing a Climatic Chamber and Making an Investment
Key Factors to Consider
When selecting a climatic chamber, it is fundamental to consider its temperature and humidity range, as these parameters determine the scope of testing you can perform. Equally important is the uniformity and stability of the conditions maintained within the chamber to ensure reproducible results. Accessibility features, such as ease of loading samples and control interface simplicity, also influence practical usability.
Another key factor involves the chamber’s compliance with industry standards relevant to your specific tests. Energy consumption and noise level might affect operational costs and laboratory environment. Additionally, consider the capacity and size of the chamber to accommodate your sample volumes without compromising airflow or environmental uniformity.
Price Range in the Market
The price range for climatic chambers generally varies based on size, capabilities, and customization options. Basic models with limited control features are available at a lower cost but might restrict testing scopes. Advanced chambers equipped with precise control systems, data logging, and remote monitoring come at higher prices reflecting their enhanced performance and reliability.
Additional costs might include installation, calibration, and maintenance services, which contribute to the overall investment. Brands offering comprehensive warranties and technical support may justify higher initial prices by reducing long-term operational risks. It is essential to balance upfront costs with features that meet your testing requirements effectively.
Cost-Effectiveness Ratio
Cost-effectiveness in climatic chambers is closely linked to their operational efficiency, durability, and accuracy. Investing in a well-designed chamber can reduce repeat testing and product failures, saving time and money. Evaluating user feedback and certifications can provide insight into the value delivered relative to price.
Moreover, chambers with energy-saving technology and modular designs offer flexibility for future upgrades, enhancing return on investment. Opting for reliable brands like Kalstein ensures access to technical support and spare parts, essential for maintaining optimal chamber performance over time.
Expected Lifespan Based on Usage and Maintenance
The expected lifespan of a climatic chamber depends heavily on the frequency of use and adherence to recommended maintenance schedules. Regular calibration, cleaning, and component checks prolong equipment life and ensure consistent test accuracy. Environmental factors like laboratory conditions can also influence durability.
High-quality climatic chambers from Kalstein, when properly maintained, can serve laboratories reliably for many years. Kalstein provides detailed maintenance guidelines and offers professional service packages to optimize equipment longevity. Choosing durable materials and proven technologies minimizes downtime and replacement expenses.
KALSTEIN CLIMATIC CHAMBERS
Among so many products, at Kalstein you can find the ideal climatic chamber for your laboratory
If you don’t know which climatic chamber to buy, Kalstein offers a wide range of reliable, high-quality chambers designed to meet the specific needs of your laboratory. Our products are engineered with precision controls and robust construction to ensure consistent performance and long-term durability, making your investment worthwhile.
Artificial Climate Incubator YR05328 // YR05330
The Artificial Climate Incubator YR05328 // YR05330 is an advanced tool designed for precise environmental simulation, p…
Climate Simulation Chamber YR05347 // YR05349
The Climate Simulation Chamber YR05347 // YR05349 is a state-of-the-art scientific tool designed to simulate natural cli…
Strong Illumination Stability Test Chamber YR05353 // YR05353-2
The Strong Illumination Stability Test Chamber YR05353 // YR05353-2 is an advanced piece of equipment specifically desig…
Humidity Chamber YR05802 // YR05807
The Humidity Chamber YR05802 // YR05807 stands out as a versatile tool designed to provide precise and consistent contro…
Our climatic chamber most sold
The Artificial Climate Incubator YR05328 // YR05330 is an advanced tool designed for precise environmental simulation, providing optimal conditions for research in fields like biology, medicine, agriculture, and more. It features a high-quality compressor with delay protection and uses a fluorine-free refrigerant for energy efficiency. With its intelligent humidification systems and unique air circulation, the incubator ensures a consistent temperature and allows observation through its built-in tempered glass window.
The price of the Artificial Climate Incubator typically ranges from $4500 to $5300 USD, depending on features and configurations. This competitive range reflects its advanced design and reliable performance, making it a valuable investment for professional and research applications. To explore the best option for your needs, we invite you to request a personalized quote.
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Product name
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Illumination (Ray radiation) incubator YR series
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Model
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YR05328 | YR05329 | YR05330 |
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Temp range ℃
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With illumination 10~60℃，With no illumination 5~60℃
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Humidity range
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50%~90% humidity fluctuation±5%RH
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Temperature uniformity values ℃
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±1
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±1.5
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Illumination LX
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0~10000
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0~15000
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0~15000
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Illumination set range
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Five level（20%、40%、60%、80%、100%）
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Timing range
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0~99h
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Power W
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900
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1000
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1200
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Voltage V
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220
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Accuracy ℃
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±0.1
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Volume L
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150
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250
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350
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Inner size （mm）（H*W*D）
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800*500*380
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1000*550*450
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1000*580*600
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Overall dimension
（mm） （H*W*D） |
1525*735*680
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1775*785*750
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1775*815*900
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Packing size (mm)
(H×W×D) |
1680*810*760
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1925*860*830
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1925*890*980
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Net weight (KG)
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120
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155
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188
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Shipping weight (KG)
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128
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165
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198
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Reliable environmental simulation for precise laboratory testing
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Climatic Chambers on Offer
Plant Growth Chamber Series YR0100PG
Artificial Climate Chamber (Seed Germinator) YR06698
Strong Illumination Stability Test Chamber YR05353 // YR05353-2
Comprehensive Drug Stability Test Chamber YR05354 // YR05356
Humidity Chamber YR05802 // YR05807
Artificial Climate Incubator YR05328 // YR05330
Environmental Chamber YR05340 // YR05346-1
Illumination (Ray radiation) Incubator YR05331 // YR05333
Kalstein offers updated technology to ensure optimal chamber control
Explore our comprehensive guides on selection, operation, and maintenance of climatic chambers
Our detailed guides and expert recommendations help you operate your climatic chamber like a professional, ensuring maximum accuracy and extended equipment life through proper maintenance and usage techniques
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Frequently Asked Questions
The delivery time for your Kalstein product will depend on the following:
- Whether the equipment you are interested in is in stock or if it needs to be manufactured.
- The type of freight chosen, which may be air or sea.
- Equipment in stock:
– Delivery Time (Air): 15-30 days.
– Delivery Time (Sea): 45-60 days.
- Equipment not in stock:
– Delivery Time (Air): 30-60 days.
– Delivery Time (Sea): 60-90 days.
You can make your purchase through:
- Email: [email protected]
- Phone: +33 (0) 1 70 39 26 50
- E-commerce: Via Kalstein’s official website in your country.
At Kalstein, we provide customers with training and technical support through new online methods. You can visit our induction videos, technical assistance, and guidance provided by the Kalstein team on our YouTube channel (Kalstein English). HERE.