dasndas Electric Wireless Rechargeable Edge Cutter 24V - 25cm Cutting Width Cordless Grass Trimmer  (Automated Feed)

The DASNDAS Electric Wireless Rechargeable Edge Cutter is the ideal choice for hassle-free lawn maintenance. This ground-breaking cordless grass trimmer, which doubles as both a lawnmower and an edger, was created to make gardening care simple. This rechargeable garden tool, which is powered by a strong 24V battery, gives you the flexibility to cut your grass without having to deal with wires or outlets. It smoothly cuts through grass, weeds, and even small bushes with its broad 25 cm cutting width, guaranteeing that your lawn always looks perfect. The adaptability of this electric lawn edger is one of its best qualities. You may go from cutting the grass to cutting the edges precisely thanks to the cutting head's 90-degree rotation. With this equipment, you can access narrow spaces that conventional lawnmowers can't, so you can stop laboriously edging around fences and flowerbeds. With the DASNDAS Edge Cutter, customization is essential. A customised cutting experience is ensured by adjustable height settings that accommodate different grass situations. Additionally, it has three different blade types—plastic, stainless steel, and manganese steel—so you can easily handle anything from delicate shrub branches to firm grass. This compact cordless lawn trimmer, which weighs just 12 kg, is a useful addition to your gardening tools. You may keep it in the trunk of your car and have it available anytime you need it for fast landscape touch-ups. You can get between one and two hours of rapid charging time, which will give you about 40 minutes of continuous functioning. With Indian gardens in mind, the DASNDAS Electric Wireless Rechargeable Edge Cutter was created. It's perfect for early morning gardening operations without waking your neighbours because to its low noise and vibration construction. This rechargeable gardening equipment offers a harmony between power and serenity, making it ideal for residential environments.