60% OFF Intelligent Cactus Twisting Can Sing And Dance Learning To Speak Recording Children's Gift Toys

Highlights This intelligent cactus toy sings, dances, and supports learning with 120 built-in English songs. Features include LED lights, voice recording, twisting motion, and voice repetition to engage children. Made with soft PP cotton material, measuring 35x11cm, ideal for babies aged 6-12 months. It promotes language development, cognitive skills, and interactive play, suitable for young toddlers. Rechargeable and battery-supported for convenient use during playtime and parent-child bonding. ❤️There are 120 English songs. Can shine. Can record. Can be twisted. Can repeat a person's voice. Material: PP cotton Size: 35*11cm Product details of ❤️ Welcome to AIshows❤️ ❤️Features： 1.Made of PP cotton material, eco-friendly and durable. 2. The cactus toy can dance, sing, repeat what you said, storage recording and bringing the child a happy time. 3. The dancing cactus toy can attract children's attention, and is good for early education. 4. The cactus doll not only is an educational toy, but also can be used to decorate your home and make your home more attractive. 5.【Charging 120songs】 1.Cactus toys： ❤️There are 120 English songs. Can shine. Can record. Can be twisted. Can repeat a person's voice. Material: PP cotton Size: 35*11cm 2.Owl toys: Pink/Grey Random shipment, (Owl toys cannot sing or dance) Usage method： 1. Turn the black switch at the bottom of the product to the ON position. When it is turned on, the toy will change its voice and learn to speak. 2. Press and hold the recording key on the left, and hear the prompt sound of "Di", then release the key and press it again to play. 3. The music button on the left, click Play, and then click Switch Songs Tips: Friendly reminder: it cannot be used when charging. ❗❗❗Notes: 1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! 2. Please allow 1-3cm measuring deviation due to manual measurement.