Materials: scissors, glue, paper cups, cardboard, colored paper, ruler, pencil, scissors, knife.

Steps:

1. Prepare materials: collect the required materials and put them on the workbench.

2. design ATM: draw the outline of ATM on paper, and add details such as doors and windows. Make sure the design fits the size of the paper cup.

3. Cutting cardboard: Cut cardboard into shapes and sizes that match the design with scissors or a knife.

4. Making doors and windows: Make doors and windows on cardboard with colored paper and glue. Make sure they can be easily opened and closed.

5. Assemble the ATM: Assemble the cardboard together to form the structure of the ATM. Can be fixed with glue or tape.

6. Add details: Use colored paper and glue to add details and decorations to make the ATM look more realistic.

7. Finish the production: let the ATM dry, and then you can use it to simulate the withdrawal process.

8. This is just a simple simulation method, and it can't really realize the function of ATM. Real ATM is composed of complex electronic and mechanical systems, and it can't be made of paper.

Advantages of children's handmade products

1, Enhance creativity: Handmade production involves creative thinking and problem-solving ability. By hand-making, children can exercise and enhance their imagination and creativity, thus promoting their all-round development and growth.

2. Improve hand coordination and fine movements: Manual production requires constant operation, which can enhance the coordination ability of children's fingers and wrists. For example, paper-cutting needs good finger force control and coordination ability, and textile needs good hand fine motor ability. All these have promoted children's sports development and self-monitoring ability.

3. Improve cognitive and learning ability: Handmade can stimulate children's curiosity and enthusiasm for learning, thus improving cognitive ability. For example, making a model requires children to measure, design and calculate, and also needs to learn, understand and apply mathematical principles through practical operation.