GRÜNTEK Anvil Pruning Loppers GRIZZLY, 18.5" with Gear Drive Cutting System, Small and Sharp Lopping ShearsOnline Sale

✔ BRILLIANT DESIGN ➤ GRÜNTEK Anvil Pruning Loppers GRIZZLY: Overall Length: 18.5″ (470 mm), Blade: 2.4″ (60 mm), Weight: 1.5 lbs (687 g). Cuts fresh green branches up to 1.3″ (33 mm) and dry wood up to 1.1″ (29 mm) in diameter.

✔ PRACTICAL & VERSATILE ➤ Features an adjustable, interchangeable powerful anvil that regulates the cutting angle for strong and sharp tree trimming.

✔ GERMAN QUALITY STANDARDS ➤ Reliable and compact anvil lopper designed for easy, clean cuts of both green and dry wood. Innovative gear transmission system provides up to 2.2 times higher cutting performance.

Buy GRÜNTEK Anvil Pruning Loppers GRIZZLY, 18.5" with Gear Drive Cutting System, Small and Sharp Lopping Shears from our shop. Buy your GRÜNTEK Anvil Pruning Loppers GRIZZLY, 18.5" with Gear Drive Cutting System, Small and Sharp Lopping Shears merchandise at the official shop. Choose from multiple styles of authentic products, including a replica of your favorite item. With a variety of styles, and colors, our brand shop has something for every fan.

✔ OPTIMIZED GEAR DRIVE SYSTEM ➤ Enhanced lever ratio and force transmission increase cutting performance, enabling effortless, arm-friendly cutting of dry wood and fresh branches.

Buy GRÜNTEK Anvil Pruning Loppers GRIZZLY, 18.5" with Gear Drive Cutting System, Small and Sharp Lopping Shears from our shop. Buy your GRÜNTEK Anvil Pruning Loppers GRIZZLY, 18.5" with Gear Drive Cutting System, Small and Sharp Lopping Shears merchandise at the official shop. Choose from multiple styles of authentic products, including a replica of your favorite item. With a variety of styles, and colors, our brand shop has something for every fan.

✔ HIGH-QUALITY BLADE ➤ Sharp upper blade made of high-carbon tool steel with excellent sharpening ability. Special non-stick coating and precision grinding ensure precise, sharp cuts. Rounded lever arms with comfortable non-slip handles minimize stress during extended use.