DIY Electric Fabric Flower Maker, Artificial Flower Ironing Machine with 22 Ironing Heads, Temperature Adjustable, with Anti-Scalding Bracket, for Making Petal Modeling

--Temperature control handle, temperature range 80-240° (generally do not use the highest temperature, the fabric will burn if it cannot bear it). Different perms and fabrics have different applicable temperatures. Before ironing, be sure to test the temperature first. If the set temperature is too high and you need to cool the iron in a short time, you can prepare a wet towel or water to cool the iron. --Upgrade copper perm. Perm copper has good thermal conductivity and is not easy to burn. --The set includes: hedgehog rosewood handle + small iron stand + ironing mat + ironing mat wrapper + tool bag; 6 global spatulas + 1 6MM lily of the valley spatula + 4 flap spatulas + 4 tendon spatulas Knife + 1 knife spatula + 1 oblique stem cutting spatula + 1 flower spatula + 1 curling spatula + 1 5MM lily of the valley head + 1 7MM mini ball spatula + 1 small iron. Temperature: 80-240° Material: solid wood, copper

• 【22 Ironing Heads】With 22 ironing heads, these fabric flower making tools can be adjusted and replaced to meet all your work needs.
• 【Fast Heating】The flower making tool is made with a solid wood handle that is comfortable to hold and won't tire out your hand during extended use. It also has a double-layer reinforced inner core that heats up faster and is safer to use.
• 【Adjustable Temperature Different perms and different fabrics are suitable for different temperatures. As the heating time progresses, the temperature rises to a certain extent.
• 【Storage Bag Included】This fabric flower maker comes with a storage bag, which makes it super easy to keep the work heads and handle organized and easy to carry.
• 【Applicable fabrics】Silk, wool, linen, flannel, satin, denim, broadcloth. Not applicable: leather. Different fabric materials have different working temperatures, and you need to choose the appropriate working temperature according to the material.