NEO Tools 18V Atornillador de impacto a batería 180 Nm sin batería TOP-14-502

Driving long screws and loosening stubborn bolts can quickly drain your energy and time, especially when working away from a power outlet. The NEO Tools 18V Cordless Impact Driver TOP-14-502 tackles these demanding fastening tasks with a powerful 180 Nm of torque and a compact, ergonomic design. This body-only tool is ready to join your existing NEO Tools 18V Li-Ion battery system, giving you cordless freedom on the job site or in the workshop.

Who is it for

This impact driver is built for professional tradespeople, serious DIYers, and anyone who regularly drives large screws, lag bolts, or needs to break free rusted fasteners. If you already own NEO Tools 18V batteries and charger, this bare tool is the perfect addition to expand your cordless arsenal without paying for redundant power sources.

Main features

• High torque output of 180 Nm for heavy-duty fastening and loosening
• 1/4" hex chuck (6.35 mm) for quick, one-handed bit changes
• Variable speed trigger with reverse function for precise control
• Built-in LED work light illuminates dark work areas
• Ergonomic soft-grip handle reduces fatigue during extended use
• Integrated belt clip for convenient carrying on the job
• Brushless motor? No, this model features a durable brushed motor
• Impact rate up to 3,300 impacts per minute for fast driving
• No-load speed up to 2,200 RPM for efficient operation

Specifications

• Power source: 18V Li-Ion battery (not included)
• Battery compatibility: NEO Tools 18V Li-Ion system
• Max torque: 180 Nm
• No-load speed: 0-2,200 RPM
• Impact rate: 0-3,300 IPM
• Chuck type: 1/4" hex (6.35 mm)
• Motor type: Brushed
• Product type: Body only (battery and charger sold separately)
• Colour: Black/Red

Tips

Always use impact-rated bits and sockets with this driver to prevent breakage. For best results, start with low speed to seat the fastener, then increase speed to drive it home. Keep the tool's air vents clear of debris to ensure proper motor cooling during prolonged use.