In modern scientific research, environmental conditions can make or break experimental outcomes. Whether in materials science, electronics development, aerospace testing, or pharmaceutical stability analysis, researchers need unwavering control over temperature variables.
The LIB Heat and Cooled Temperature Controlled Chamber is specifically engineered to meet the demanding expectations of today's research laboratories. It offers wide temperature ranges, precise control, and durable performance to ensure data accuracy and repeatability.
Wide Temperature Range and Rapid Cycling for Advanced Testing
LIB's research-grade temperature chamber operates within a broad range-from as low as –70°C to as high as +150°C-making it ideal for simulating both extreme cold and heat. These capabilities are essential when studying how prototypes, materials, and compounds behave under diverse and challenging environments. Equipped with a high-performance refrigeration and heating system, the chamber delivers fast thermal transitions, heating up at a rate of 3 °C per minute and cooling at 1 °C per minute. This enables researchers to complete complex thermal cycles efficiently-cutting test durations without compromising stability or precision.
Precise Humidity Control for Moisture-Sensitive Testing
In addition to temperature control, LIB chambers offer accurate and stable humidity regulation, essential for evaluating how materials and products respond to moisture exposure. The chamber supports a humidity range from 20% to 98% RH, with control precision of ±2.5% RH, making it ideal for aging tests, corrosion studies, pharmaceutical stability trials, and electronics reliability assessments. The integrated humidification and dehumidification system enables fast humidity response and excellent repeatability throughout long-duration tests.
Ultra-Precise Temperature Control for Accurate Data
Scientific experiments often require highly stable and accurate conditions. LIB's temperature chamber features PT100 Class A sensors with ±0.001°C resolution. With temperature stability held within ±0.5°C and deviation controlled within ±2.0°C, the chamber provides the level of environmental consistency needed for reliable testing outcomes. Whether you are testing thermal expansion in composites, performance degradation in batteries, or conducting thermal stress screening on electronic components, this system ensures that your data is free from temperature-induced error.
|
Parameter |
Specification |
|
Sensor Type |
PT100 Class A |
|
Temperature Resolution |
±0.001°C |
|
Temperature Stability |
±0.5°C |
|
Temperature Deviation |
±2.0°C |
Built for the Demands of Daily Lab Use
The chamber's interior is constructed from corrosion-resistant SUS304 stainless steel, offering excellent durability and easy cleaning-ideal for long-term use in active labs. Its exterior shell, made from A3 steel with a plastic powder coating, resists dents and corrosion, making it both rugged and aesthetically refined. Additional features such as a frost-resistant observation window, built-in LED lighting, and medical-grade silicone door seals enhance usability while maintaining a sealed and consistent test environment.
Plug-and-Play Setup and Intuitive Control
Researchers don't have time to wrestle with complex installations or confusing interfaces. That's why LIB chambers arrive fully assembled with leveling castors, integrated water and power hookups, and user-friendly PID touchscreens. The system supports multi-language interfaces and allows easy programming of up to 120 test protocols with 100 steps each. It also features convenient USB and PC Link connectivity for seamless data export, remote control, and test monitoring. Whether you're conducting repeat cycles for material fatigue testing or extended holds for drug shelf-life studies, setting up your test is fast, intuitive, and efficient.
Uniformity and Repeatability Across the Test Space
To ensure all samples experience the same conditions, the chamber uses centrifugal fans to circulate air evenly from multiple directions. This eliminates hot or cold zones, ensuring environmental uniformity even for complex or densely loaded test layouts. For researchers, this translates into greater confidence in the comparability of test results-no corner is warmer, and no row receives less airflow.
Sustainable and Cost-Conscious Design
LIB understands the growing demand for sustainable lab equipment. The chamber features an eco-friendly water recycling and purification system that minimizes water usage by up to 70% and reduces maintenance needs. Variable-speed fans and efficient insulation also help cut energy consumption, allowing labs to reduce operational costs while staying aligned with green lab initiatives.
The Ultimate Lab Partner
LIB's Heat and Cooled Temperature Controlled Chamber isn't just a piece of equipment-it's a precision-engineered partner in your research. Designed for repeatable, high-integrity testing across a range of disciplines, it empowers scientists and engineers to push boundaries and validate innovation with confidence.
Contact LIB today to request a live demo, discuss customization options, or learn how this chamber can be integrated into your lab environment. Equip your team with the performance, control, and reliability they need to drive breakthroughs forward.
