Bosch Professional Rotary Hammer 720W, 22mm Capacity GBH220

GBH220 | Compact Rotary Hammer

The Bosch GBH220 is a trusted 720W compact rotary hammer engineered for professional use in daily drilling and chiselling tasks across masonry, concrete, and metal. It combines the SDS-Plus tool holder for smooth energy transfer with a lightweight 2.3 kg body and integrated low-vibration system, making it ideal for overhead drilling and use in tight, awkward spaces. Supporting up to 22 mm drilling in concrete, 13 mm in metal, and 30 mm in wood, it delivers the flexibility and control needed for fit-out, MEP work, and general construction jobs while offering three operation modes to switch effortlessly between rotary drilling, hammer drilling, and chiselling.

Key Features & Benefits:

• Efficient 720W Motor: Stable power delivery for drilling and light chiselling in masonry, concrete, and construction substrates
• SDS‑Plus Tool Holder: Enables quick accessory changes and maximizes energy transfer for high-impact applications
• Max Drilling Capacity: 22 mm in concrete, 13 mm in metal, and 30 mm in wood for versatile use across materials
• High Impact Rate (0–4,800 bpm): Enhances drilling speed and productivity, especially in reinforced concrete
• 3-Mode Operation: Offers rotary drilling, hammer drilling, and chiselling modes for multipurpose applications
• Lightweight Construction (2.3 kg): Easy to maneuver during overhead or vertical drilling tasks
• Low Vibration Design: Reduces hand fatigue and increases operator comfort during prolonged use
• Compact Housing: Ideal for work in tight corners, ceiling areas, or between wall frameworks
• Durable Build Quality: Engineered for consistent daily use in construction sites, fit-out, and MEP service jobs

Ideal Applications:

• Drilling anchor holes in concrete or masonry
• Light chiselling for tile removal, wall openings, or finish works
• Rotary drilling in wood and metal using standard bits
• Mechanical, electrical, and plumbing installation jobs
• Overhead and vertical drilling in confined or elevated spaces