The KIMEI 936D+ Soldering Station is a professional-grade, digitally controlled soldering system designed for electronics repair technicians, hobbyists, PCB assembly work, and general electrical soldering applications . This 70W station features an adjustable temperature range of 50-480°C (122-896°F) with ±3°C accuracy, utilizing a ceramic heating core for fast heat-up and excellent thermal recovery .

Key Features

70W High Power Output – Provides ample power for most electronics soldering applications, from small SMD components to through-hole joints, ensuring consistent heat delivery and fast thermal recovery .

Wide Temperature Range (50-480°C / 122-896°F) – Adjustable temperature control covering a broad range from low-temperature soldering to high-temperature lead-free applications, with ±3°C accuracy for precise temperature management .

LED Digital Display – Clear, easy-to-read LED screen displays the current set temperature in real-time, allowing technicians to monitor and adjust settings with confidence .

Ceramic Heating Core – High-quality ceramic heater provides rapid heating, fast temperature recovery, and excellent durability, ensuring consistent performance during demanding soldering tasks .

Automatic Sleep Function – When left idle for 20 minutes, the station automatically enters sleep mode, reducing temperature to conserve energy and extend heating element and tip life. Simply shake or pick up the handle to wake and instantly resume work .

Upgraded Silicone Rubber Handle – Features a silicone rubber grip with a matte, anti-slip texture that provides superior heat insulation and comfortable handling, reducing hand fatigue during extended soldering sessions .

High-Quality Bakelite Handle Construction – The handle body is constructed from high-quality bakelite material, offering excellent mechanical strength, insulation properties, heat resistance, and corrosion resistance for long service life .

Stainless Steel Sleeve with Heat Dissipation Design – The soldering iron sleeve features an open-hole heat dissipation design that effectively extends the life of the heating core by preventing overheating ..