POPLOCK 17-inch Adjustable Baseboard Puller Removal Tool Crowbar/Nail Puller Remover Pry Bar/Crow bar Prybar/Cats Paw Nail Puller/Carpenter Carpentry/Siding Tools Roofing/Demolition Tool

Introducing the revolutionary Adjustable Pry Bar Nail Puller design is a true pry bar game-changer in the world of demolition and prying application. Engineered to combine the versatility of multi angle, the raw power of a pry bar, the precision of a crowbar, and the convenience of a nail remover, this innovative tool is designed to tackle any prying or demolition task with unrivaled efficiency. One end of the pry bar showcases a flat, chisel-like tip, perfect for precision prying and leveraging. This versatile end allows you to delicately pry apart materials, remove nails with ease, and access tight spaces effortlessly. The curvature of the chisel provides improved leverage, enabling you to exert maximum force when needed. On the opposite end, the Adjustable Crowbar Nail Puller exhibits a reinforced forked or curved design, embodying the sheer power of a traditional wrecking bar. This formidable end allows you to tackle heavy-duty demolition tasks with confidence, such as dismantling structures, breaking through walls, or extracting stubborn nails and fasteners. The forked or curved shape provides a solid grip, enabling you to apply substantial force and leverage to dislodge and pry apart objects effectively. The innovation integrated seamlessly into the tip of the wrecking bar is a specialized nail remover, purposefully designed to expedite the nail removal process. Simply position the claw around the nail head, apply pressure, and effortlessly extract even the most stubborn nails. Most important feature of the index wrecking bar is its innovative indexing mechanism. This ingenious addition allows you to adjust the positioning of the tool, granting you enhanced control and access to hard-to-reach areas. By simply push 2 side button to loosening the locking mechanism, you can index the tool at 11 different various angles, ensuring optimal leverage and maneuverability for different prying or demolition tasks.