Experience precision temperature control and efficient heating with our Mini Thermostat Heating Soldering Plate, designed in a compact 3D printed shell that ensures durability and a smooth, layering-free finish. This smart soldering hot plate is engineered to deliver optimal performance while minimizing energy consumption and heating time, making it an ideal tool for professional and hobbyist chip welding tasks. Key Features: · Compact Mini Thermostat Design: Ultra-small size for convenient portability and easy integration into any workspace without compromising functionality. · Efficient Heating Area: Retains a sufficient effective heating surface while eliminating redundant functions to save energy and accelerate heating speed. · OLED Display with Temperature Control: Equipped with a clear Organic Light Emitting Diode screen that allows precise temperature adjustment and real-time monitoring within a range of 0℃ to 350℃. · Low Thermal Loss: Centrally preheated operating parts reduce heat impact on nearby components, minimizing potential damage during soldering processes. · Fast and Powerful Heating: Supports USB Type C interface and PD65W power delivery protocol (20V 3.25A recommended), enabling rapid and stable heating performance. · Durable 3D Printed Shell: High-quality 3D printed casing without layering guarantees strength and a sleek appearance. Specifications: · Item Type: Heating Soldering Plate · Input Interface: USB Type C · Power Supply: PD65W 20V 3.25A (PD65W recommended) · Temperature Range: 0℃ to 350℃ (ambient temperature up to maximum, temperature can only be increased) · Shell Material: 3D printed shell with no layering · Product Size (L x W x H): Approx. 5.6 x 5.6 x 3.5 cm (2.2 x 2.2 x 1.4 in) Package Includes: · 1 x Heating Soldering Plate This Mini Thermostat Heating Soldering Plate combines advanced heating technology with user-friendly controls and compact design, delivering fast, efficient, and precise temperature management for a wide range of soldering applications. Ideal for chip welding stations requiring consistent heat and minimal thermal loss, it is a reliable and energy-saving solution for your electronics repair and assembly projects.