Fabater M22 to M16 Dust Collection Drill Adapter, Center Locator for Precise Positioning Dry Drilling Dust Collection Adapter, Drill Attachment with Center Locator and

1. Product Purpose: Designed to connect drill bit to dust extraction system with different thread sizes, this dust collection drill adapter effectively captures debris during drilling. Its center locator ensures precise positioning at the start of drilling 2. Compatibility: Featuring with M22 and M16 thread size, this dry drill dust collection attachment is suitable for recessed box installation and other drilling tasks where dust control is necessary. It reduces dust particles for a cleaner work space 3. Dust Extraction Shroud: Constructed from ABS and alloy steel, the dust extraction shroud offers long lasting performance. When connected to a vacuum, it efficiently removes dust, protecting both the work environment and drilling operators 4. Applicable Range: Suitable for use with dry drilling bits, this dust collection drill adapter collects dust and large particles during electrical and plumbing installations. It works effectively on concrete and stone surfaces 5. Dustfree Dry Drilling: Featuring M22 to M16 thread conversion, this dust collection drill adapter is designed for dry drilling applications. Its sturdy build and dust collection system connection ensure clean drilling operations Specification: Item Type: Dust Collection Drill Adapter Product Material: ABS, Alloy Steel Specification: M22 to M16 (Male Thread: M22, Female Thread: M16) Applicable Drill Bit Diameter: Approx. 68mm / 2.7in, 72mm / 2.8in, 82mm / 3.2in How to Use: Directly use Package List: 1 x Dust Collection Drill Adapter 1 x Drill Bit

• [Precise Drilling Start] This M22 to M16 dust collection drill adapter features a built-in center locator that ensures accurate positioning for drilling starts, ideal for recessed box installations and precise tasks on concrete and stone surfaces. The locator minimizes bit slippage, leading to cleaner holes and reduced waste. By integrating with dust extraction systems, it captures debris effectively during dry drilling, enhancing efficiency and safety for professional and DIY projects. The
• [Effective Dust Control] Designed for dry drilling, this dust collection adapter efficiently removes dust and large particles when connected to a vacuum, reducing airborne particles and protecting the work environment and operators. The shroud, made from ABS and alloy steel, ensures durability and long-lasting performance. Suitable for electrical and plumbing installations, it keeps workspaces clean and improves visibility. With M22 to M16 thread conversion, it adapts to various drill bits,
• [Durable Construction] Constructed from ABS and alloy steel, this dust collection drill adapter offers robust and long-lasting use, resisting wear and tear in drilling conditions on concrete and stone. The sturdy build supports its function as a dust collection attachment, withstanding frequent use. The alloy steel components provide strength, while ABS parts offer flexibility and impact resistance, creating a balanced design that enhances lifespan and performance. This
• [Wide Compatibility] Featuring M22 to M16 thread sizes, this adapter is compatible with a range of drill bits and dust extraction systems, ideal for recessed box installation, concrete surfaces, stone drilling, and other applications where dust control is necessary. It works with dry drilling bits, collecting dust during electrical and plumbing work, and its versatility suits multiple scenarios from home renovations to construction sites. By allowing connection between different thread
• [Clean Work Environment] This dust collection drill adapter promotes a dust-free drilling experience by effectively capturing debris at the source, reducing cleanup time and health risks when used with a vacuum. It removes up to 95% of dust during drilling on concrete and stone, keeping areas tidy and improving air quality. The center locator and durable construction enhance performance, ensuring consistent dust control across various tasks. By minimizing dust exposure, it supports a safer,