MECHANIC HK-8587D 2-in-1 SMD Rework & Soldering Station | 220V 700W with Adjustable Temperature (200–480°C)

Professional Dual-Function Soldering Solution for Precision Electronic Repair

The MECHANIC HK-8587D is a high-performance 2-in-1 SMD rework station and soldering iron, engineered for professionals and DIY electronics enthusiasts who demand precision, durability, and flexibility. Powered by a robust 700W output, this station delivers fast heating and accurate temperature control, enabling you to perform delicate soldering and desoldering tasks on a wide range of electronic components.

Designed to meet modern repair needs, the HK-8587D integrates a hot air gun and a digital soldering iron in one compact unit, with individual temperature control ranging from 200°C to 480°C for soldering, and 100°C to 480°C for hot air rework. The digital display ensures real-time monitoring, while the adjustable airflow (up to 120L/min) allows for tailored handling of sensitive SMD, BGA, and QFP components.

Key Features:

• ? Powerful 700W Output – Rapid heating and stable performance for both soldering and hot air operations.

• ?️ Wide Temperature Range – Soldering iron adjustable from 200°C to 480°C, perfect for various soldering tasks.

• ? Hot Air Rework – Built-in hot air gun with a range of 100°C to 480°C, suitable for SMD & BGA rework.

• ?️ Dual Digital Display – Monitor and adjust temperatures independently for both soldering and rework.

• ? ESD-Safe Design – Safeguards sensitive electronics from static discharge during handling.

• ⚙️ Air Flow Control – Adjustable airflow (up to 120 L/min) ensures optimal heating without damaging components.

• ?️ Durable & Compact Build – Designed with a solid housing, non-slip base, and ergonomic grip for daily use.

• ? Auto Sleep Function – Enhances safety and conserves energy when the unit is idle.

Technical Specifications:

Perfect For:

• SMD / BGA Component Repair

• PCB Rework & Soldering

• Mobile Phone, Laptop, & TV Repair

• Academic & Industrial Labs

• DIY Electronics Projects