Osso de cobra anorretal SUS304 16 mm L1200 mm
- Highly Accurate: Cutting and machining
- Optimized for Medical Use: Flexibility and biocompatibility
- Efficient Production: Continuous feeding system
- Adaptive Design: Multiple clamping systems
Descrição do produto
O Osso de cobra anorretal SUS304 16 mm L1200 mm is manufactured using advanced laser micromachining technology for high-precision cutting and processing of thin-walled tubes. This state-of-the-art laser cutting machine is specifically designed for the production of medical and industrial endoscopic components, offering unmatched accuracy and efficiency. With a cutting seam width of 15-30μm and a machining accuracy of ≤±10μm, it delivers smooth, burr-free cuts, ensuring top-notch quality for intricate components like the anorectal cobra bone section.
Principais características
1. Unmatched Cutting Precision:
- Cutting seam width: 15-30μm
- Machining accuracy: ≤±10μm
- Smooth, burr-free cuts ideal for delicate endoscopic components.
2. High Processing Efficiency:
- One-time cutting through the pipe wall.
- Continuous automatic feeding system for streamlined production.
3. Versatile Functionality:
- Supports laser cutting, drilling, and grooving.
- Equipped with adaptive software for 2D, 2.5D, and 3D micromachining.
4. Durable and Reliable:
- Compatible with precision thin-walled tube clamping systems like D-type collets, ER-series collets, and three-jaw chucks.
- Supports dry and wet cutting methods for diverse manufacturing needs.
Aço inoxidável SUS304:
- Medical-grade stainless steel for durability and biocompatibility.
- Ideal for endoscopic bending sections due to its strength and flexibility.
O Osso de cobra anorretal SUS304 16 mm L1200 mm is designed for use in:
- Endoscopia Médica:
- Anorectal and other minimally invasive procedures requiring flexible bending sections.
- Endoscopia Industrial:
- Components for snake-like inspection tools in industrial applications.
- Electronics Manufacturing:
- Precision parts for electronic and optical endoscopes.
