Laborate Star

                Size 30 Liter 
GST PACKING & FREIGHT EXTRA

A Stability chamberis an enclosed environment designed to maintain a specific level of humidity and temperature for various testing and research purposes. It is used in industries such as pharmaceuticals, electronics, and materials science to simulate conditions like high humidity or dryness. The chamber consists of a sealed room equipped with humidity control systems, often using water vapor or a humidifying device to maintain the desired moisture level. Temperature is also controlled through heating or cooling systems. Humidity chambers are used to test the effects of humidity on products or materials, such as corrosion resistance, shelf life, and material stability. They are essential in ensuring that products perform reliably under varying environmental conditions.

�� Plant Growth Chamber – Make: LABORATE STAR

The Laborate Star Environmental Test chamber is a high-precision, controlled-environment system designed to simulate ideal growth conditions for plants, crops, and other biological specimens. It provides uniform and stable control over temperature, humidity, and light cycles to support plant biology research, seed germination, tissue culture, and environmental studies.

�� Key Features:

• Make: LABORATE STAR

• Chamber Type: Vertical, Floor-standing (or Table-top on request)

• Inner Volume: Standard 250–400 liters (custom capacities available)

• Construction:

  • Outer Body: Powder-coated mild steel for durability

  • Inner Chamber: Stainless steel (SS-304 grade) for corrosion resistance and hygiene

  • Insulation: High-density PUF insulation to prevent heat loss

• Temperature Range:

  • 10°C to 60°C ±1°C (with lights OFF)

  • 15°C to 50°C ±1°C (with lights ON)

• Humidity Range: 40% to 90% RH ±5% (adjustable; humidifier with water reservoir)

• Lighting:

  • Energy-efficient LED / fluorescent lights with programmable photoperiod

  • Adjustable light intensity and day-night simulation timer

• Shelves: Removable stainless-steel trays for plant pots or seed trays

• Control System:

  • Microprocessor-based digital controller for temperature, humidity, and lighting

  • LCD / LED display with real-time monitoring

  • Alarms for temperature/humidity deviation

• Air Circulation: Forced air circulation for uniform environmental conditions

• Door: Double-walled insulated door with magnetic gasket; inner transparent acrylic door for viewing

• Power Supply: 230V AC, 50Hz

LABORATE STAR is the best-known firm involved in Manufacturer and Trader of products like Egg Incubator, Laboratory Hot Air Oven, Laboratory Stirrer.
product discriptionA plant growth chamber with a capacity of 200 liters and a temperature range of 50°C is designed for controlled environment research or cultivation. It provides an ideal space for growing plants, studying their behavior under specific conditions, or simulating environmental factors such as temperature, humidity, light, and CO2 levels. Here’s a more detailed description:

Key Features:

1. Capacity: 200 liters

   • This chamber is spacious enough for small to medium-sized plant experiments or for growing several plant species simultaneously.

2. Temperature Range: 5°C to 50°C (temperature can vary depending on the model)

   • Offers precise temperature control, providing conditions that are ideal for plant growth in various stages or mimicking different climates.

3. Humidity Control:

   • The chamber likely comes with integrated humidity control to maintain optimal moisture levels for plant health.

4. Lighting System:

   • Equipped with artificial lighting (LED or fluorescent) to simulate day and night cycles, with adjustable light intensity and photoperiod, tailored to the plants’ needs.

5. Airflow and Ventilation:

   • Proper airflow systems ensure that air circulation is uniform, preventing heat buildup or stagnant air, which can affect plant growth.

6. CO2 Regulation:

   • Advanced models may include CO2 regulation for maintaining an ideal atmosphere for photosynthesis.

7. Digital Control Panel:

   • A digital interface allows users to easily monitor and adjust settings such as temperature, humidity, and light levels.

8. Safety Features:

   • Built-in safety alarms for temperature and humidity fluctuations, ensuring that plants do not experience harmful environmental stress.

Applications:

• Plant Research: Ideal for studying plant behavior, growth, and reactions to different temperature ranges and environmental factors.
• Agriculture Testing: Used by agricultural researchers to simulate specific growth conditions.
• Horticulture: Ensures optimal growing conditions for crops or ornamental plants.
• Botanical Education: Used in educational institutions for controlled experiments and learning.

The 200-liter capacity makes it a good fit for small laboratories or institutions that require precise control over the growth environment without needing a large-scale chamber.

Note: The price mentioned above is based on previous rates and may be subject to change. For the latest and updated pricing, please contact us directly.

Environmental Test Chamber
An environmental test chamber (also called a climatic chamber or climate chamber) is a device designed to create specific environmental conditions—such as temperature, humidity, pressure, and more—for the purpose of testing products or materials under controlled conditions. These chambers are essential in industries like aerospace, automotive, electronics, defense, pharmaceuticals, and consumer goods.

🔍 Common Environmental Conditions Simulated:

• Temperature (high, low, rapid cycling)

• Humidity (relative humidity levels, condensation)

• Thermal shock (sudden temperature changes)

• Altitude (pressure)

• Vibration (in combination chambers)

• Corrosive environments (e.g., salt spray testing)

• UV and solar radiation

🛠️ Types of Environmental Test Chambers:

1. Temperature Chambers – Test products in high or low temperature conditions.

2. Humidity Chambers – Simulate moisture and humidity effects.

3. Thermal Shock Chambers – Rapidly move test items between extreme hot and cold zones.

4. Salt Spray (Corrosion) Chambers – Simulate corrosion by exposing items to a salt-laden mist.

5. Altitude Chambers – Simulate high-altitude pressure conditions.

6. Combined Environment Chambers – Apply multiple stresses like temperature, humidity, and vibration together.

🧪 Common Applications:

• Testing electronic components for temperature tolerance.

• Simulating climate conditions for packaging or consumer goods.

• Ensuring automotive parts perform under road/weather extremes.

• Aerospace and defense component testing for extreme altitudes and temperature changes.

• Battery safety testing under various thermal conditions.

Environmental Cum Humidity Test Chamber

Manufactured by LABORATE STAR

LABORATE STAR Environmental Cum Humidity Test Chamber is designed to simulate various environmental conditions by precisely controlling temperature and humidity inside the chamber. It is used to evaluate the performance, stability, and reliability of products under different climatic conditions.

The chamber is equipped with an advanced microprocessor-based digital controller that ensures accurate, uniform, and repeatable test results. Its rugged construction and reliable components make it suitable for continuous operation in industrial and laboratory environments.

Key Features:

• Precise control of temperature and relative humidity

• Uniform air circulation for consistent test conditions

• Microprocessor / PID based digital controller

• Stainless steel inner chamber with mild steel powder-coated exterior

• Efficient refrigeration, heating, and humidification system

• Over-temperature and safety protection features

• User-friendly operation with digital display

Applications:

• Pharmaceutical and biotech laboratories

• Electronics and electrical component testing

• Automotive and aerospace industries

• Packaging and material testing

• Research & development laboratories

• Quality control and assurance labs

LABORATE STAR Environmental Cum Humidity Test Chambers are manufactured as per international quality standards and are available in various capacities. Custom specifications can be provided as per customer requirements.

A hot & cold chamber is designed to expose test samples to high and low temperatures within a precisely controlled environment. It helps evaluate how products perform, function, and withstand stress under varying thermal conditions. The chamber can rapidly switch between hot and cold settings or maintain a stable temperature for extended periods.

Key Features:

• Wide temperature range (e.g., from sub-zero to high temperatures)

• Accurate temperature control and uniformity

• Programmable temperature cycles

• Insulated chamber with heating and cooling systems

• Digital control panel and safety protections

Applications:

• Electronics and electrical component testing

• Automotive and aerospace part validation

• Material durability and reliability testing

• Quality control and R&D laboratories

Purpose:
The main purpose of a hot & cold chamber is to identify thermal weaknesses, ensure product reliability, and confirm compliance with industry standards before products are released for real-world use.

A humidity chamber is a controlled environment used to simulate different levels of humidity and temperature to test the effects of these conditions on various materials, products, or devices. These chambers are commonly used in industries like electronics, pharmaceuticals, automotive, and material testing, where environmental factors can impact product performance, durability, or quality.

Key features of a humidity chamber include:

1. Temperature Control: Most humidity chambers allow precise control of both temperature and humidity levels to replicate real-world environmental conditions.

2. Humidity Control: Humidity can be adjusted using methods like spraying water into the chamber, steam injection, or through evaporative processes to create various levels of relative humidity (RH).

3. Test Duration: Tests can range from short-term evaluations to long-term studies, with some chambers able to simulate months or even years of exposure to high or low humidity conditions.

4. Applications:

   • Electronics Testing: To see how devices respond to moisture and temperature fluctuations.
   • Corrosion Testing: Materials exposed to high humidity and heat to test for corrosion or degradation.
   • Packaging and Product Testing: Assessing how humidity affects packaging materials, medications, or consumer products.

5. Monitoring Systems: Humidity chambers often come with built-in sensors to continuously monitor temperature and humidity levels, ensuring the environment stays consistent throughout the test.

The goal of using a humidity chamber is to stress-test materials and products to ensure they perform well under various environmental conditions. Would you like more details on any specific aspect of humidity chambers?

Environmental Test Chamber Description

An environmental test chamber is a controlled facility or device used to simulate a wide range of environmental conditions to test the durability, performance, and reliability of materials, components, or products. These chambers are essential in industries like electronics, automotive, aerospace, pharmaceuticals, and materials science.

Key Features:

1. Temperature Control

   • Can replicate extreme heat and cold, usually ranging from -70°C to +180°C or more.

   • Precise temperature control ensures consistent testing conditions.

2. Humidity Control

   • Some chambers include humidity systems to simulate moisture, ranging from 10% to 98% relative humidity.

   • Useful for testing corrosion resistance, material expansion, and condensation effects.

3. Airflow and Circulation

   • Equipped with fans or blowers to maintain uniform temperature and humidity inside the chamber.

   • Prevents hot or cold spots that could affect test accuracy.

4. Programmable Testing

   • Modern chambers allow automated cycling of temperature and humidity over time.

   • Supports simulation of real-world conditions, e.g., day-night temperature changes or seasonal variations.

5. Safety Features

   • Over-temperature protection, alarms, and emergency shutdowns.

   • Ensures safe operation for both the product and operators.

6. Observation and Data Logging

   • Many chambers have transparent windows or internal lighting for monitoring.

   • Data logging allows recording of temperature, humidity, and other parameters during testing.

Types of Environmental Test Chambers

• Temperature Chambers: Control heat and cold only.

• Thermal Shock Chambers: Rapidly alternate between high and low temperatures to test sudden thermal changes.

• Humidity Chambers: Control moisture for testing corrosion, mold, or material degradation.

• Combined Environmental Chambers: Control both temperature and humidity simultaneously.

Applications

• Testing electronic devices for thermal and moisture resilience.

• Evaluating automotive parts for extreme weather conditions.

• Stress testing materials for aerospace or defense use.

• Quality assurance in pharmaceuticals or packaged goods.

A Hot & Cold Chamber (Temperature Test Chamber) with a temperature range of +30°C to –40°C is a precision environmental test unit used in laboratories and industrial settings to simulate controlled hot and cold conditions. The chamber is designed to evaluate the performance, reliability, and stability of products, materials, components, and electronic devices under varying temperature extremes.

This chamber is constructed with a sturdy outer body and a **corrosion-resistant inner chamber made of stainless steel (SS304), ensuring durability, long service life, and ease of cleaning. The insulated structure minimizes heat loss and improves thermal efficiency.

The temperature is maintained with high accuracy and uniformity using advanced digital PID controllers and high-precision temperature sensors that continuously monitor and regulate internal conditions. Forced circulation fans and heaters/coolers ensure uniform temperature distribution without hot/cold spots, allowing consistent and repeatable test environments.

The system incorporates refrigeration compressors and electric heaters to achieve rapid cooling and heating within the specified range from +30°C down to –40°C. Over-temperature and over-current safety protections, door locks, and alarms are included to ensure safe operation and safeguard test samples.

These chambers are widely used in research & development, quality control, industrial testing, electronics, automotive, aerospace, and material testing applications where precise and reliable control of hot and cold environments is essential.