CNC machines translate hair accessory designs into precise toolpaths, enabling high-precision cutting of acetate. This technology is suitable for acetate products such as hair clips, claw clips, combs, and mirrors.

By rotating the roller, the acetate hair accessory is constantly rubbed and collided with the abrasive medium, thereby achieving deburring, chamfering, and polishing, resulting in a high-quality surface treatment effect.

A hydraulic press applies high pressure to heated and softened acetate material, causing it to mold in a mold and solidify its shape after cooling.

High-quality, eco-friendly coatings are atomized into tiny particles and sprayed onto the surface of acetate via airflow or pressure to form a uniform coating and cure into a film.

Eco-friendly adhesives are used to firmly bond the spring clips to the acetate claw clips, ensuring durability.

The spring is inserted into the spring clip of the claw clip to provide a rebound force, allowing the claw clip to open and close freely, ensuring stable and reliable mechanical function.

By bonding together cellulose acetate sheets of different colors and textures, complex shapes or gradient texture effects can be achieved.

The rhinestones are firmly fixed to the surface of the acetate hair accessories using glue and mechanical grooves, ensuring a beautiful appearance and durability, while the decorative effect is enhanced after polishing.

By combining pigments with acetate, patterns are created through hand-painting, followed by curing and polishing to make the patterns firm, clear, and wear-resistant.

Steel balls are embedded into pre-drilled holes on the surface of the acetate hair accessory using mechanical pressure, and are fixed by physical locking and friction.

By using glue and mechanical positioning, the metal base clip is precisely installed on the acetate hair clip, achieving stable opening and closing and clamping functions.

By utilizing the thermoplasticity of acetate, the headband is softened by heating, and then cooled and cured using a mold, thereby maintaining its preset shape and elasticity.