Soldering Hot Plate Preheating Station — key benefits and features What this product does for you Faster preheat: The USB Type-C interface with PD protocol accelerates the heating process so your plate reaches working temperature more quickly, reducing wait time and speeding up repairs. Accurate temperature control: A built-in LED digital display on the control panel shows the actual plate temperature for visual, precise monitoring and repeatable results. Durable construction: The hot plate is made from high-quality aluminum alloy for a sturdy, wear-resistant surface and stable operation during repeated use. Designed for common repair tasks: The preheating station meets the needs of reflow SMD PCB board repair and general drying tasks, helping reduce thermal stress and improve soldering outcomes. Key features Power and compatibility: USB Type-C connector with PD protocol support for faster heating and compatibility with USB-C PD power supplies. Digital temperature readout: LED screen on the control lets you see and verify temperature at a glance, improving process control and consistency. Robust material: Aluminum alloy plate and housing provide steady, long-lasting performance and resistance to wear. Practical for repair benches: Built to support preheating tasks commonly required in SMD rework, reflow preparation, and component removal. Typical use scenarios SMD rework: Preheat PCB assemblies before hot-air or soldering iron work to reduce thermal shock when removing or replacing surface-mount components. Reflow preparation: Provide even, controlled preheating prior to reflow soldering to improve solder joints and reduce board warping. Drying and cleaning: Use the plate for gentle drying of PCBs after solvent cleaning or moisture exposure before reassembly. Who this is for Electronics technicians, repair professionals, and hobbyists performing SMD rework, reflow preparation, and board drying who need faster warm-up, accurate temperature feedback, and a durable work surface. Materials and reliability Constructed from high-quality aluminum alloy for a steady, wear-resistant plate that supports repeated preheating cycles without compromising stability or build quality.