Facing misaligned or undersized connection holes? Keep your project on track with the HMT VersaDrive Impact Reamer 8mm. Engineered for metalworkers and steel erectors, this precision tool ensures seamless alignment and enlargement of holes, empowering you to maintain workflow momentum without delays.
Key Features:
Precision 6-Flute Design: Smooth cutting capabilities ensure precise hole alignment and enlargement, surpassing standard drill bits in performance.
Titanium Nitride Coating: Industrial-grade coating minimizes heat buildup and burnout, enhancing durability and longevity.
Impact Compatibility: Fully impact-rated design, optimized for use with Impact Wrenches, delivers superior cutting performance with minimal powertool kickback.
Secure Non-Slip Operation: Patented hex shank design guarantees secure operation, compatible with standard 1/2” drill chucks or VersaDrive Rapid Lock adapters for versatile usage.
Versatile Application: Suitable for stainless steels and Inox materials, with recommended rotary application for optimal results.
Job Site Flexibility: VersaDrive's patented shank and modular adapters offer unparalleled adaptability on-site.
Dual Hardening Process: Impact-rated and hardened for up to 15X faster speed compared to traditional methods, ensuring efficient operations.
Quick Guide:
Optimized Performance: Utilize with Impact Wrenches and Impact Drivers for maximum efficiency.
Application Caution: Not suitable for use with flame, plasma, or laser-cut holes with Impact; opt for a Magnet Drill instead.
Pre-Operation Preparation: Ensure the reamer is rotating before initiating the cut, maintaining steady feed pressure throughout the process.
Material Thickness Consideration: For materials thicker than 20mm, VersaDrive MAX Reamers are recommended for optimal results.
Upgrade your hole alignment and enlargement capabilities with the HMT VersaDrive Impact Reamer 8mm, the ultimate solution for maintaining project momentum and precision on-site.
Price valid since 7 December 2025 and is subject to change.
