The Extreme Manufacturer of Femtosecond Laser Solutions
Femtosecond laser micromachining solutions
many difficult-to-process materials in the biomedical, semiconductor microelectronics, aerospace and other industries provide a full range of extreme (extremely high precision, extremely small size, extremely large quantity, extremely fast efficiency) processing.
laser tube cutting
Precision pipe cutting
use our advanced femtosecond laser technology to achieve perfect burr-free cutting of ultra-fine medical pipes. We specialize in handling challenging materials such as stainless steel, nickel titanium and Pt-Ir with micron tolerances. This non-contact process ensures smooth edges and excellent surface quality, making it ideal for manufacturing high-precision needles without post-processing.
laser tube micromachining
as medical devices shrink, the demand for thin-walled catheters, microneedles and implants continues to grow. Our femtosecond laser technology provides non-contact, ultra-accurate solutions. Even the tiniest tubes can be processed with micron-level accuracy, ensuring consistency and no heat damage.
Main advantages
wall thickness: cuttable ≤ 1mm.
Surface quality: Roughness Ra≤ 0.4 microns. The cut is clean and completely free of burrs.
Pipe Diameter: Supports 0.1mm to 20mm range.
Cold ablation: No thermal damage (zero loss), no deformation, and no back wall damage.
Material: Pt-Ir, stainless steel, polymer, etc.
tubular microporous drilling
create precise and contamination-free side holes for catheters and drug delivery systems. Our "cold" laser ablation technology drills into heat-sensitive polymers like polyimide (PI) without carbonization or thermal distortion. The process ensures consistent hole geometry, ensures no damage to the back wall, and provides reliable performance for critical medical applications.
tubular complex geometry cutting
one-time production of complex patterns, such as spirals and windows, with excellent structural integrity. Our laser processing technology eliminates micro-cracks and recast layers. We offer complex geometries with high repeatability and exacting precision to support the development of the next generation of medical implants
Shenzhen Huali Control Technology Co., Ltd. is committed to the research and application of femtosecond laser micromachining technology, including equipment research and development, production, sales and testing, and processing operations. It provides a full range of extreme
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