Cordless Electric Pruning Shears Set, with 2 Spare 2.0ah Lithium Batteries, with Extension Pole

Details 2 Removable Batteries: Two removable batteries are included in the package, making it easy for you to change them quickly and use them for longer periods of time. Application It can be used for fruit trees, vineyards, green belts, bushes, villas, farms, parks, plastic, carpet cutting, rubber, rope, greenhouses, florists, etc. It can cut branches from 0-1inch in diameter. Specification Model: SC-3120 Color: Blue, Silver, Yellow Blade Material: SK5 High Carbon Steel Housing Material: Nylon Adapter Input Voltage: 100-240V, 50/60Hz Max Power: 500W Power Source: 2* 16.8V 2.0 Ah Lithium Batteries(Included) Charging Time: About 2 Hours Working Time(When 2 Batteries Fully Charged): 4-6 Hours Maximum Opening: 28mm/1.1in Cutting Diameter: Max 25mm/1 in Package Size: 204*12.5*7.5cm/80*4.9*3in Handle Size: 5*10*31cm/1.96*3.93*12.20in Total Length: 2m/6.56ft Gross Weight: 3.52kg/7.76lbs Net Weight: 2.17kg/4.78lbs Package Included 1*Electric Pruning Shear 1*Blade 1*Battery Charger 2*Batteries 1*Strap 1*English and Chinese Manual All Accessories for Assembly

• 【Durable SK5 Blade】 The blade is made of SK5 high-carbon steel with high-temperature quenching and a Teflon coating, designed for strength, wear resistance, and protection against rust and stains.
• 【Powers Through Thick Branches】 Driven by a brushless motor and with a maximum jaw opening of 1.1 inches, this tool is built to cut branches up to 1 inch in diameter, aiming for efficient pruning performance.
• 【Comfortable Grip】 Features a handle made of vibration-dampening, non-slip rubber. The ergonomic shape is designed to provide a secure hold and help reduce user fatigue during extended use.
• 【Clean Pruning Results】 The V-shaped blade design aims to produce smoother, cleaner cuts on branches, which may help minimize damage or splitting to the plant material.
• 【Cordless & Time-Saving】 Offers cordless operation for outdoor convenience. Designed to help streamline pruning tasks compared to some traditional manual methods.