The Eazypower Isomax 7/64 in. D Titanium Countersink Bit is built for precision work where clean, flush screw seating matters most. Designed for woodworking tasks from cabinet installation to furniture assembly, this bit blends rugged titanium construction with a compact, versatile profile to deliver dependable results project after project.
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7/64" drill diameter and 7/64" countersink size — tailored for #8 screws, providing a smooth pilot and a crisp, flush seating in a single pass.
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1/4" hex shank — ensures a secure, slip-free fit in standard drill drivers and quick-change systems for faster setup.
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2-1/8" overall length — long enough to reach tight spaces while remaining maneuverable in constrained work areas.
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Titanium construction — renowned for durability and wear resistance, helping the bit stay sharper longer through wood, plywood, and other common materials.
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Carded packaging — convenient for retail display and workshop organization, keeping your bits protected and ready to grab.
Why woodworkers choose Isomax — this countersink bit is engineered to minimize tear-out and produce clean, professional-looking results on a variety of substrates, from soft pine to hard maple. Whether you’re installing hinges, brass plates, or decorative screws, the Eazypower Isomax bit creates a precise pilot and a matching countersink that lets screw heads sit flush or perfectly recessed for a seamless finish.
Ideal use cases — cabinetry, furniture assembly, trim work, deck railing, and any project requiring accurate countersinking for #8 screws. The hex shank design is compatible with a wide range of drills and impact drivers, giving you reliable performance whether you’re a weekend DIYer or a seasoned carpenter.
Practical tips — to achieve the best results, start with a light touch to establish the pilot hole, then apply steady pressure as the bit engages. Let the bit do the cutting work; avoid forcing it through hard material to reduce wear and protect the workpiece. For repeated tasks, keep a dedicated Isomax countersink handy to maintain consistency across assemblies.
