HB Growth Chamber Installed At Hong Kong’s Kadoorie Farm

Inconsistent environmental conditions have long been a bottleneck in plant cultivation. Many growth chambers fail to deliver the right balance of light and temperature, resulting in plants with small leaves, thin stems, and low survival rates. The absence of key light spectra such as red and near-ultraviolet, coupled with temperature fluctuations and limited space, continues to hinder crop development and survival, as well as compromise research efficiency and experimental accuracy.

Precision Over Growth: The Dilemma of Plant Cultivation 

As agriculture advances toward efficiency and sustainability, Haier Biomedical is leveraging its expertise in temperature control technology to support scientific innovation. Focusing on the multidimensional factors essential to plant growth—temperature, light, water, air, and nutrients—the company developed the HGP-860 Growth Chamber, designed to create a stable, controllable environment for plant cultivation. Its recent installation at Hong Kong's Kadoorie Farm and Botanic Garden has marked  a significant step in strengthening agricultural research capabilities and biodiversity conservation in the region.

Growth Chamber: A New Era in Plant Cultivation

Four-Spectrum Lighting, Simulating Nature: Equipped with four key spectra—near-ultraviolet, white, red, and far-red—the chamber supports independent, stepless light adjustment. It can accurately simulate various natural environments such as highlands, dense forests, and dynamic daylight conditions, providing controlled lighting for experiments including single-factor and orthogonal designs.

Intelligent Airflow Control, Supporting Growth: With adjustable airflow at ten intensity levels, the chamber meets the requirements for different stages of plant growth. It is particularly suitable for crops like wheat and rice that thrive in gentle air movement, creating a realistic growth environment.

Advanced Temperature Control, Stable and Constant: Temperature fluctuation inside the chamber remains within ±0.2°C, effectively minimizing thermal interference and ensuring stable experimental conditions for repeatable results.

Self-Evaporating Condensation, Effortless Maintenance: This design effectively reduces condensation buildup, lowering maintenance frequency and improving research efficiency.

Flexible Interior, Broad Compatibility: Adjustable shelving accommodates plant heights ranging from 200 to 1120 mm, enabling simultaneous cultivation of multiple samples and significantly enhancing research efficiency.

Broad Temperature Range, Wide Applicability: With a working range of 0°C to 60°C, the chamber supports a wide variety of biological experiments, extending its applicability across research fields.

Haier Biomedical is driving the future of life through technology. From plant cultivation to human health, and from fundamental scientific breakthroughs to cutting-edge technological innovation, the company continues to broaden its vision, redefining the value of life sciences and exploring the limitless possibilities of life and health.