Brackets de plástico con efecto de corte
- Highly Precise: Provides ultra-precise cuts
- Low Thermal Impact: Laser cutting process ensures
- Adaptable to Various Plastics: Cut a variety of plastic materials
- Efficient & Automated: Features a continuous feeding system
Descripción del Producto
El Brackets de plástico con efecto de corte is an ultra-fast femtosecond laser cutting solution designed for precision cutting of plastic materials used in medical braces and other orthodontic applications. This machine utilizes advanced femtosecond laser technology to deliver clean, smooth, and highly accurate cuts, making it ideal for applications that require fine detail and minimal thermal impact on the material. The cutting process is efficient, providing high-quality results with minimal burr formation, making it a vital tool for the production of orthodontic components.
Características principales
1. Precision Cutting:
- Cutting seam width: <20μm, with machining accuracy up to ±5μm, ensuring highly precise and detailed cuts for orthodontic braces.
2. Versatile Cutting Options:
- Supports both infrared and green light processing modes, allowing customization based on material types and cutting requirements.
3. Minimal Heat Impact:
- The femtosecond laser ensures a very small heat-affected zone, preserving the integrity of the material and preventing any damage or warping.
4. Efficient Automated System:
- Continuous automatic feeding system allows for high throughput with minimal manual intervention, optimizing production efficiency.
Plastic Materials for Braces:
- Suitable for cutting various types of plastics used in the manufacturing of orthodontic devices, including medical-grade plastics, polycarbonate, and other polymer materials.
El Brackets de plástico con efecto de corte machine is designed for use in:
- Orthodontic and Medical Applications:
- Precision cutting of plastic components for braces, retainers, and other orthodontic devices.
- Dental Industry:
- Ideal for custom-making orthodontic pieces with high accuracy and minimal distortion.
- Medical Device Manufacturing:
- Used in the production of medical plastic components that require fine details and precision cuts.
