Advanced mold temperature control systems significantly reduce both heating and cooling times, greatly improving production efficiency. Stable temperature regulation enhances part consistency and surface quality, enabling high-precision and repeatable manufacturing. The energy-saving, eco-friendly design minimizes power consumption and emissions, supporting sustainable manufacturing.

Our systems use eco-friendly refrigerants that comply with food hygiene standards. Precise and stable temperature control significantly boosts production efficiency and product consistency. Highly automated design minimizes manual intervention, ensuring a stable and reliable process, fully meeting industry demands for safety and productivity.

High-performance cooling systems shorten cycle times and increase productivity. Accurate temperature regulation ensures process stability and improves product quality. Energy-efficient design lowers operational costs, while simple maintenance and long-term reliability ensure consistent, worry-free performance.

Fast-response mold temperature units reduce cycle times and improve production throughput. Precise temperature control ensures product dimensional consistency and superior surface quality. Uniform temperature distribution reduces mold stress and extends mold service life, delivering reliable and cost-effective molding performance.

Reliable temperature control ensures uninterrupted chemical reactions. Systems are built with corrosion-resistant materials and explosion-proof designs for harsh environments. Equipped with intelligent monitoring and energy-saving technology, they reduce accident risks and operating costs, safeguarding chemical manufacturing.

AODE is one of the first companies in China to launch integrated high-low temperature test systems, with a control range of -120℃ to 250℃ and ±0.5℃ accuracy. Our thermal control products are widely used by leading 3C, automotive, and energy storage companies, including BYD, CATL, AVL, Huawei, GAC, CRRC, EVE, FAW, Haisen, and Bosch. The system enables precise control of temperature, flow, and pressure, along with IoT communication and operation data logging.

High-precision temperature control supports nano-scale production with minimal fluctuation, ensuring consistent product quality. Low-noise design enables quiet operation suitable for cleanrooms. Seamlessly integrates with automated production lines, enabling remote monitoring and smart scheduling to enhance manufacturing efficiency.

High-precision temperature control supports nano-scale production with minimal fluctuation, ensuring consistent product quality. Low-noise design enables quiet operation suitable for cleanrooms. Seamlessly integrates with automated production lines, enabling remote monitoring and smart scheduling to enhance manufacturing efficiency.