Preheating heating station for reflow SMD PCB repair and drying Key benefits Speeds and stabilizes rework: Provides even preheating to reduce thermal shock when removing or installing SMD components, improving success rates for board-level repair. Protects nearby components: Centralized, constant-temperature heat concentrates energy where needed and minimizes unintended heating of adjacent parts. Easy temperature control and monitoring: LED digital display shows the set and actual temperature for precise, repeatable preheating. What it does Designed as a soldering heating plate / hot plate preheating station to meet most preheating tasks for reflow SMD PCB board repair and drying operations. Maintains a constant temperature across a sufficient effective heating area so components are preheated uniformly and reliably. Centrally preheats operating components to focus heat on the target area and reduce damage risk to surrounding circuitry. Materials and construction Built from high-quality aluminum alloy for durability, wear resistance, and stable thermal performance. Sturdy construction supports repeated use in repair benches or production rework stations. Controls and performance LED screen on the control panel provides a clear digital temperature display, making settings and current temperature visible and accurate. Stable, constant-temperature operation helps prevent temperature overshoot and supports consistent rework processes. Compatibility and typical applications Compatible with SMD PCBs and common surface-mount devices used in electronics repair and prototyping. Typical use scenarios: 1. BGA, QFP, or IC rework: Preheat the PCB to reduce thermal stress during component removal or replacement. 2. Solder reflow repair: Provide controlled preheating for local reflow operations to improve solder joint quality. 3. Drying and cleaning: Use for moisture removal or drying after PCB cleaning prior to reassembly. Why choose this unit Practical, reliable preheating solution for technicians and repair shops needing accurate temperature control, durable construction, and focused heating to protect nearby components.