Evolution S28MAG Magnetic Drill 1200W 110V

Evolution S28MAG Magnetic Drill 1200W 110V – Power Tools

The Evolution S28MAG Magnetic Drill 1200W 110V is expertly engineered for precision metal drilling on job sites and in demanding industrial settings. Featuring a robust 1200W motor and an integrated magnetic base, this compact power tool delivers steady performance and ease of use on steel surfaces.

• Powerful 1200W motor for rapid drilling
• Operates on 110V mains power, ensuring site safety
• Core drilling capacity up to 28mm diameter
• Impressive maximum cutting depth of 50mm
• Rugged magnetic adhesion force of 1300kg

Compared to conventional hand-held drills and older magnetic drills, the Evolution S28MAG raises the bar with its powerful motor and substantial magnetic adhesion. These advancements result in smoother, more controlled drilling and a significant reduction in user effort. The 28mm core capacity and 50mm cutting depth meet or exceed current industry standards for portable magnetic drills in its class, whilst its durable construction ensures reliability even in harsh work environments.

Key Technical Advantages: Technology and Performance

The Evolution S28MAG Magnetic Drill 1200W 110V stands out with its advanced electromagnetic base, providing a secure and stable platform for high-precision drilling. The enhanced 1200W motor delivers sufficient torque and speed, ensuring consistent results across a wide range of metals. Its compatibility with 110V site power makes it ideal for UK construction standards, prioritising both safety and performance.

Additionally, the compact design allows for easy manoeuvrability, especially in cramped or overhead conditions where space is limited. With a 1300kg magnetic hold, the drill remains firmly in place during operation, minimising slippage and maximising accuracy. These features combine to ensure that the Evolution S28MAG Magnetic Drill 1200W 110V represents both a reliable and cost-effective choice for professionals seeking powerful, portable drilling solutions.