SMD Soldering Practice Kit, Colorful LED Ice Cream Cup DIY Kit with 7 Light Effects, Fun Ice Cream Soldering Electronics Project for Students, DIYers, High School & College STEM Learning

【SMD Soldering Practice Kit】：Looking for a way to sharpen your electronics and soldering skills?
This surface-mount soldering kit is perfect for you.18pcs components that mount directly onto the surface of a PCB, this kit offers a more challenging experience compared to standard through-hole soldering. Suitable for DIY electronics enthusiasts and can be used as high school college or family education practice kits.

【7 Lighting Effects】:The Ice Cream soldering kit includes 3 static lighting effects and 4 dynamic lighting effects, which can be switched at will.
It's a fun and engaging project that not only helps you improve your soldering skills but also creates a functional and decorative piece that lights up your desk or room with vibrant color options!

【Desktop Decoration】：Add a touch of fun and charm to your space with this unique ice cream-shaped diy kit!With its fresh white and green color scheme, this solder practice kit adds a cool and refreshing touch to any room.
Whether you place it on your bedroom, home office, or study desk, this decoration is the perfect fit. Powered by 3 AA batteries (not included), is convenient to place anywhere without the hassle of cords.

【Unique Present】：This ice cream smd solder kit is the perfect present choice for anyone interested in electronics, whether it's for a birthday, graduation, or Christmas.
It provides valuable hands-on experience to enhance your soldering skills while creating a unique LED desktop ornament.Discover the joy of hands-on learning with your family as you build a ice cream desktop decoration together!

【Paper English Manual】:Comes with an exquisite paper installation manual which will guide you how to build up this electronics project step by step, ensuring a fun and educational experience for everyone. But please note, this diy soldering kit requires certain foundation of basic electronic theoretical knowledge and hands-on ability.