MECHANIC GDR2 Electric Polishing Tool - Precision Tool for Micro-Soldering

Description

The MECHANIC GDR2 is the essential tool for precision work on motherboards and electronic components. This electric polishing pen combines power and finesse to perform delicate operations such as grinding IC chips (CPU/NAND), cutting shields, or cleaning epoxy glue residue. Thanks to its ergonomic "pen-style" design and cordless operation, it offers exceptional manoeuvrability, allowing for extremely precise intervention, even under a microscope. Its high-speed motor, adjustable across three levels, ensures clean and fast work while minimising vibrations to protect sensitive circuits.

Designed for the daily needs of repair technicians, the GDR2 recharges via a standard USB-C port, eliminating cable constraints on your workbench. Its robust construction and high-quality chuck allow for quick head changes and a firm grip on rotary tools. Whether you need to polish a surface, engrave a marking, or remove a short-circuited component by grinding, the MECHANIC GDR2 provides the necessary power in a compact and professional format.

Technical Specifications

• Reference: MECHANIC GDR2 (Electric Polishing Pen)
• Settings: 3 rotation speed levels (Low / Medium / High)
• Battery: Rechargeable via USB-C port (Cable included)
• Battery Life: Designed for prolonged workshop use
• Chuck: Compatible with standard 2.35mm grinding heads
• Indicators: LED indicators for speed and charge level
• Accessories: Supplied with an assortment of grinding and cutting heads
• Safety: Overload protection and automatic shutdown in case of blockage

Workshop Advice & Usage

When grinding an integrated circuit (IC), always start at the lowest speed to test the material's resistance. Technical tip: To avoid overheating neighbouring components, proceed with small successive touches rather than continuous pressure. Use a fume extractor or a blower to remove metal dust that could cause short circuits after cutting a shield. Finally, ensure the grinding head is tightly secured in the chuck to guarantee perfectly centred rotation and prevent the tool from jumping under the microscope.