HIGHLIGHTS:

The Makita BO007CGZ 40Vmax XGT Brushless 1/3 Sheet Orbital Sander is a high-performance cordless finishing tool designed for professional sanding applications requiring precision, efficiency, and excellent dust control. Powered by Makitas advanced 40Vmax XGT Brushless Motor, this orbital sander delivers strong, consistent performance with reduced vibration and extended tool life.

Equipped with a variable speed control, the BO007CGZ allows users to adjust sanding speed from 6,000 to 10,000 orbits per minute, ensuring optimal results across a wide range of materials and surface finishes. The 2.0 mm orbit diameter is ideal for fine finishing, delivering smooth and swirl-free surfaces.

Designed with productivity and cleanliness in mind, this model features a built-in dust extraction system and is AWS-ready (Auto-Start Wireless System), enabling seamless wireless connection to compatible Makita dust extractors. This improves jobsite cleanliness while reducing airborne dust exposure.

The compact and lightweight design, combined with an ergonomic palm grip, provides excellent control and comfort during extended use. With a continuous runtime of up to 85 minutes using a BL4040 battery (battery sold separately), the BO007CGZ is well-suited for prolonged sanding tasks in workshops or on site.

FEATURES:

• 40Vmax XGT Brushless Motor for high efficiency and durability
• Variable Speed Control for precise sanding on different materials
• 1/3 Sheet Orbital Design ideal for fine finishing applications
• AWS (Auto-Start Wireless System) compatible for dust extractor pairing
• Built-In Dust Extraction System improves cleanliness and visibility
• Low Vibration Design enhances user comfort and control
• Compact and Lightweight Body for reduced fatigue
• Long Runtime up to 85 minutes with BL4040 battery (sold separately)
• XGT Platform Compatibility designed for next-generation cordless performance

Ideal for professional carpenters, cabinet makers, and finishers who require a powerful, clean, and precise cordless sanding solution.