Climatic Chamber
Climatic chambers are essential equipment for precisely controlling environmental conditions such as temperature, humidity, and light, enabling reliable testing and research in various fields. They simulate real-world climates, allowing researchers and professionals to study product durability, biological processes, and environmental impacts under controlled settings. These chambers are crucial for industries such as pharmaceuticals, electronics, agriculture, and material science where replicable conditions are vital for experimentation and quality assurance.
The use of climatic chambers enhances research accuracy, providing a stable environment to test samples, cultivate plants, or accelerate aging processes. Their application extends to clinical, veterinary, and laboratory settings, supporting innovation and development. Customizable features and sizes allow for versatile use, adapting to the specific needs of each laboratory or research facility, thereby improving efficiency and reliability in experimental outcomes.
Types of Climatic Chambers Your Laboratory May Need
Artificial Climate Chamber
Artificial climate chambers are specialized units designed to recreate specific environmental conditions, offering precise control over temperature, humidity, and light cycles. These chambers are essential for accelerated aging tests, stability studies, and environmental simulations in research and industrial production. Their advanced control systems enable repeatable and consistent conditions, making them indispensable for quality assurance and scientific investigations.
These chambers are widely used across sectors such as pharmaceuticals, electronics, and materials testing. Their ability to mimic extreme or fluctuating climates allows researchers to understand how products or organisms respond to different stressors. Artificial climate chambers also support experiments that require exact environmental parameters, optimizing results and fostering innovation in product development.
Plant Growth Chamber
Plant growth chambers provide controlled environments specifically tailored for cultivating plants under artificial conditions. They regulate factors like light intensity, photoperiod, temperature, and humidity to simulate natural or experimental growing conditions. These chambers are invaluable for botanical research, breeding programs, and agricultural studies, helping to accelerate growth cycles and study plant responses to environmental stimuli.
By offering precise environmental control, plant growth chambers enable year-round cultivation and experimentation regardless of outdoor weather conditions. They assist researchers in optimizing growth parameters, improving crop yields, and investigating plant physiology in a laboratory setting. Their flexibility and customization options make them essential tools for advancing agricultural sciences and crop innovation.
What You Should Know Before Selecting a Climatic Chamber and Making an Investment
Key Factors to Consider
When selecting a climatic chamber, key factors include the range and precision of temperature and humidity control, uniformity of conditions across the chamber, and the available chamber size. Additional considerations involve the type of samples or tests to be performed, ease of use, and integration with laboratory monitoring systems. Ensuring the chamber meets regulatory standards and offers reliable performance is critical for long-term research success.
Other important factors are the type of control system—manual versus digital—energy efficiency, and the ability to program complex environmental cycles. Noise level, maintenance requirements, and warranty service also affect the suitability of the chamber for your applications. Proper evaluation of these aspects reduces future operational costs and improves experiment reproducibility, ensuring a valuable investment.
Price Range in the Market
The price range for climatic chambers varies considerably depending on features such as size, control precision, and additional capabilities like data logging or remote monitoring. Basic models may start at moderate prices suitable for small labs, whereas advanced chambers with extensive programmable functions and larger capacities can cost significantly more. Market prices are also influenced by brand reputation and the technology used.
For specialized needs, such as extreme environmental simulation or multi-parameter control, expect premium pricing reflecting the complexity and quality of the equipment. Leasing or financing options might be available for higher-end models, making them more accessible. It is advisable to compare features thoroughly to determine the best price-performance balance for your specific laboratory needs when reviewing market offerings.
Value for Money
Value for money in climatic chambers hinges on the balance between upfront cost, durability, and feature set. Investing in a chamber with reliable components and efficient control mechanisms generally reduces downtime and maintenance expenses. Chambers that offer flexibility in programming and sample accommodation provide better return on investment, especially in evolving research environments requiring multiple applications.
Choosing a chamber with proven technical support and warranty services enhances confidence, ensuring long-term operational efficiency. Cost-effective models that compromise on control accuracy or chamber uniformity may lead to unreliable test results, impacting research quality and increasing hidden costs. Assessing the total cost of ownership, including energy consumption and consumables, is essential for determining true value.
Expected Lifespan Based on Usage and Maintenance
The lifespan of a climatic chamber depends heavily on frequency of use, maintenance practices, and environmental conditions in which it operates. Regular calibration, timely repairs, and proper cleaning can extend the equipment’s service life significantly, often beyond 10 years. Neglecting these aspects increases the risk of malfunction and reduces reliability, which could compromise experimental outcomes.
High-quality components and modern design features contribute to longer operational lifespans without sacrifice to performance. Kalstein chambers are engineered with durability in mind, incorporating robust materials and user-friendly maintenance protocols. Investing in professional installation and adhering to manufacturer guidelines optimizes lifespan expectations, providing sustainable benefits for laboratory operations.
KALSTEIN CLIMATIC CHAMBER
Among many products, at Kalstein you can find the ideal climatic chamber for your Clinic
If you are unsure about which climatic chamber to purchase, consider your specific research requirements, space availability, and the environmental conditions you need to simulate. At Kalstein, we offer a wide range of chambers equipped with advanced technology to meet diverse laboratory needs, ensuring precision, reliability, and user-friendly operation.
Strong Illumination Stability Test Chamber YR05353 // YR05353-2
The Strong Illumination Stability Test Chamber YR05353 // YR05353-2 is an essential tool for pharmaceutical companies ai…
Plant Growth Chamber Series YR0100PG
Plant growth chambers are essential equipment for botanical research, commercial horticulture, academic and pharmaceutic…
Illumination (Ray radiation) Incubator YR05331 // YR05333
The Illumination (Ray Radiation) Incubator YR05331 // YR05333 stands out as a pinnacle of innovation for scientific and…
Artificial Climate Chamber (Seed Germinator) YR06698
The YR06698 Seed Germinator is a 600 L growth chamber designed for agricultural research, quality control, and germinati…
Our climatic chamber most sold
The Strong Illumination Stability Test Chamber YR05353 // YR05353-2 is an essential tool for pharmaceutical companies aiming to perform rigorous drug stability tests under various lighting and environmental conditions. It features a world-class compressor with balanced refrigeration technology and an auto-defrost function for seamless operation. The ALLFLOW Perfect Air Current Cycling system ensures ideal temperature and humidity stability, providing a controlled environment crucial for accurate and reliable long-term test results.
The market prices for high-performance illumination stability test chambers like the YR05353 typically range from $10,500 to $11,500 USD, depending on configuration and additional features. This price range reflects the sophisticated technology and durable construction of the chamber, ensuring high value for pharmaceutical research and laboratories.
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Product Model
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ALLIGENT-KG
Comprehensive drug stability test chamber |
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| YR05353 |
YR05353-1
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YR05353-2
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Convection Mode
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Forced Convection
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Control System
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Thirty stages Microprocessor PID controller
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Temp. Range
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10~65℃(with lighting)/0~60℃(without lighting)
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Temp. Accuracy
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0.1℃
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Temp. Fluctuation
（10-40℃） |
±0.5℃
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Temp. Uniformity（10-40℃）
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±1
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±1
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±1.5
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Illumination Range
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0~6000LX（five stages adjustable）
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Working environment
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Ambient temperature：10~30℃, Humidity <70%
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Insulation materials
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Imported environmental protection type material
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External Dimensions (H×W×D)
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1410×650×680
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1730×650×740
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1700×745×930
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Internal Dimensions (H×W×D)
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760×510×390
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1100×510×450
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1050×600×640
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Interior Volume (L)
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150
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250
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400
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Interior steel materials
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Interior steel materials
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Power Consumption (W)
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1080
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1100
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1350
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Power supply
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AC220V/50Hz
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Net Weight(KG)
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107
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135
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158
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Shipping Weight(KG)
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132
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162
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186
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Shipping Dimensions (H×W×D)
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1610×750×830
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1930×750×890
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1900×840×1080
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Choosing the right chamber guarantees precise environmental control every time
Climate Chambers: Environmental Stability for Durability and Quality Testing
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Climatic Chambers: Controlled Tests for Extreme Conditions
Climatic chambers are essential equipment for testing how certain materials, products, or components react to extreme environmental conditions. These chambers a…
Enjoy the precision offered by Kalstein as a Manufacturer of Climatic Chambers
As a leading manufacturer of laboratory equipment, Kalstein has changed the game in the scientific sector by providing state-of-the-art climate chambers. Their…
The Automatic Face of Temperature Control: Climatic Chambers for Laboratories
Science laboratories around the world are dedicated to researching how to improve production efficiency and experimenting with new technologies to improve produ…
Climatic chambers on offer
Plant Growth Chamber Series YR0100PG
Artificial Climate Chamber (Seed Germinator) YR06698
Comprehensive Drug Stability Test Chamber YR05354 // YR05356
Humidity Chamber YR05802 // YR05807
Environmental Chamber YR05340 // YR05346-1
Illumination (Ray radiation) Incubator YR05331 // YR05333
Constant Climate Chamber YR05334 // YR05339
Climate Simulation Chamber YR05347 // YR05349
Kalstein always updates its climatic chambers with the latest precision technology
Explore detailed guides on climatic chamber operation, maintenance, and application techniques for expert use
To work like a true expert with your climatic chamber, follow our comprehensive guides on setup, calibration, maintenance, safety procedures, and optimal environmental condition selection to ensure lasting performance and accurate research results
Maximizing Accuracy with Laboratory Climate Chambers
In recent years, laboratories have turned to climate chambers to improve the accuracy of their experiments; these chambers are designed to support the…
Unlocking the Potential of Laboratory Climate Chambers
Laboratory climate chambers are increasingly popular instruments in the field of scientific research and product development. These chambers are used…
At what temperatures can the climate chambers operate without requiring maintenance?
Climatic chambers are a useful tool for evaluating the behavior of products under different climatic conditions; these chambers allow evaluating the p…
How can adequate lighting be exploited in a climate chamber for experiments?
Proper lighting is a critical element in helping scientists get accurate results from their experiments. This is especially true when it comes to experiments conducted in a climate chamber. Correct lighting can increase the quality of results, improv…
FAQs
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 you choose, which may be; air or maritime.
- Equipment in stock:
– Delivery Time (Air): 15-30 days.
– Delivery Time (Maritime): 45-60 days.
- Equipment not in stock:
– Delivery Time (Air): 30-60 days.
– Delivery Time (Maritime): 60-90 days.
You can make your purchase through:
- Email: [email protected]
- Phone: +33 (0) 1 70 39 26 50
- E-commerce: Through Kalstein’s official website in your country.
At Kalstein, we provide clients with inductions and technical support through new online methods. You can visit our induction videos, technical assistance, and guidance provided by a Kalstein team via our YouTube channel (Kalstein English). HERE.