Nail art stamping tools are commonly used in nail art DIY, they can help nail artists or enthusiasts to create a variety of complex patterns and effects quickly and easily. Below is a brief introduction of tools such as stamping steel plate, silicone stamp and 3D stamp among nail art stamping tools:
Stamping steel plate:
Definition: Stamping steel plate is a plate with patterns for transferring patterns to nails during nail art stamping.
Characteristics: Various patterns, including cartoon, flowers, geometric shapes, etc., can meet the needs of different styles of nail art.
Usage: apply the printing oil on the pattern of the printing steel plate, scrape it with a spatula, then dip the silicone stamp into the pattern and print it onto the nail.
Silicone Stamp:
DEFINITION: Silicone stamps are a tool used for nail art stamping, usually made of soft silicone that fits perfectly on the nail surface.
Characteristics: soft, flexible, able to clearly transfer the pattern on the stamping steel plate; some silicone stamps are also designed with double or multiple heads to adapt to the needs of different sizes of manicure.
How to use: Dip the silicone stamp into the pattern on the stamped steel plate and then print onto the nail.
3D Stamp:
Definition: 3D Stamp is a special tool used for nail art printing, which can produce nail art patterns with three-dimensional effect.
Characteristics: The pattern has a three-dimensional and layered sense, which can increase the visual effect and tactile sense of nail art.
How to use: Similar to silicone stamps, the 3D stamps are dipped into the pattern and then printed onto the nails, which may need to be combined with other nail art materials (e.g. sequins, glitter, etc.) to achieve the best results.
Each of these nail art stamping tools has its own characteristics and can be used individually or in combination to meet the needs of different styles of nail art creations. When using them, care needs to be taken to clean and maintain the tools to ensure the clarity of the pattern and the transfer effect.
