UXT-810 / 810N / UXT-812 / 812N

✔ The system provides high heat energy with low energy consumption through a high-power motor matched with an optimized wind wheel, backed by theoretical and practical verification. Under identical settings, it ensures minimal heat absorption difference between small and large components to achieve optimal thermal balance. Advanced thermal insulation technology paired with an updated furnace structure effectively lowers surface temperatures and reduces overall heat loss. Operations are controlled via an imported PLC program controller for stable performance, precise temperature management, and high curve repeatability. Mechanical reliability is enhanced with a double-sided guiderail featuring special hardening treatment, designed for durability and reusable application to reduce costs by up to 50%. Operational efficiency is further supported by an online-maintained rosin recycling system with a modular layout for simplified maintenance. Thermal transfer relies on a patented hot air system that maximizes convection efficiency and delivers faster heat compensation. Additionally, an integrated real-time monitoring system can automatically generate furnace temperature curves as an option, enabling intelligent data tracking and seamless upload to the MES platform.

✔ The heating module design ensures straightforward maintenance and cleaning. A front and rear re-flow configuration insulates thermal transfer between heating zones to maintain temperature accuracy and extend the operational life of hot-air-flow motors. Motor speeds and resulting airflow can be precisely adjusted using frequency controls. For PCB conveyance, the unit incorporates a combined manual and electric width adjustment mechanism, supplemented by an emergency manual transmission system to prevent PCB burning during power outages. The specialized adjustable width and drive design ensures stable, reliable board transport via an anti-jamming chain. Furthermore, the system features a high-stability control architecture with robust functional performance.