RIDGID introduces the 16-Gauge 2-1/2 in. Straight Finish Nailer with 23-Gauge 1-3/8 in. Headless Pinner. The 16-Gauge 2-1/2 in. Straight Finish Nailer from RIGID comes standard with the FastenEdge Technology which gives you that extra edge on any jobsite. The Straight Finish Nailer has hex grip over molding, an oil-less motor, an ACCU-drive tip design, and no-mar pads. A powerful motor drives 2-1/2 in. finish nails into solid oak. Tool-free jam access allows you to easily clear jams. The Headless Pinner is a great choice for attaching molding, pinning joints and performing trim work, finish carpentry, and light wood assembly. This powerful nailer accepts 23-gauge headless pins measuring from 5/8 in. to 1-3/8 in. and features a long list of convenient features, including a depth-of-drive adjustment mechanism, a no-mar nose pad and a quick-connect swivel connector. An internal piston catch delivers consistent driving power, and a reversible belt hook allows you to keep the nailer within arm's reach when it's not in use. Backed by the RIDGID Industry Leading Lifetime Service Agreement, this kit includes the 16-Gauge 2-1/2 in. Straight Finish Nailer, the 23-Gauge 1-3/8 in. Headless Pinner, and operator's manuals.
California residents
Finish Nailer: Oil-Less Motor - Eliminates daily oiling and oil splattering on the work surface
Finish Nailer: Dry-Fire Lockout - Extends motor life and prevents marring work surfaces
Finish Nailer: Tool-Free Jam Access - For easy access to clear jams
Finish Nailer: Hex Grip - Enhanced Micro Texture for secure grip and maximum user comfort
Finish Nailer: Powerful Motor - Able to drive 2-1/2 in. finish nails into solid oak
Pinner: Reload indicator on the magazine provides a visual indicator of when it's time to reload
Pinner: No-mar nose pad helps prevents marring and denting when nailing into soft woods
Pinner: Conveniently fasten material with little to no filling of holes
Pinner: Internal piston catch delivers consistent driving power
Pinner: Dual-actuation trigger system helps prevent accidental operation for increased user safety
