Micro-Nano Processing: Femtosecond Laser vs. Picosecond Laser – How to Choose Tool?
In high-precision fields such as microelectronic manufacturing, medical device R...
MONO | 2025-11
NEWS
MONO at Medtec China 2025: Femtosecond Laser Solves Medical Precision Challenges
Sept 24-26, 2025
Medtec China 2025 International Medical Device Design & Manufacturing Technology Exhibition was successfully held at Shanghai World Expo Exhibition & Convention Center. As a global benchmark event for medical device R&D and manufacturing, it gathered over 1,000 global suppliers/brands and 85,000+ industry professionals. MONO (Shenzhen Monochromaticity Technology Co., Ltd.) showcased its self-developed femtosecond laser precision processing solutions for medical industry at Booth 2X408, Hall 2.
Femtosecond Laser Reshapes Medical Manufacturing Precision
China’s medical device market expands steadily—2024 manufacturers’ revenue is expected to hit RMB 1.35 trillion, with innovative medical devices approving at 24%+ annual growth (IVD, imaging, surgical instruments as key drivers). However, high-end medical core components face long-standing issues: insufficient precision, poor material adaptability, severe thermal damage—traditional machining/conventional lasers fall short.
MONO’s femtosecond laser "ultra-short pulse cold processing" solves this, with no thermal damage, high precision, broad material compatibility, meeting medical demands for biocompatibility, structural precision and material performance.
MONO’s Femtosecond Laser Medical Processing Cases
1. Minimally Invasive Devices: ±1μm precision, compatible with stainless steel/PET; used in guide wires, blood glucose needles to improve surgical accuracy & patient comfort.
2. Implantable Devices: Non-thermal damage cutting for smooth edges; suitable for precision cutting of medical surgical tools.
3. High-End Imaging Components: Micron-level precision, Ra 0.2μm surface roughness; upgrades CT tube bearings by solving traditional processing deviations.
4. Diagnostic Chips: Ultra-micro hole arrays (several-tens of microns) on glass/polymers; boosts detection sensitivity & reaction efficiency.
MONO’s Femtosecond Laser Equipment Series
MONO’s self-developed lines support medical component processing (drilling, etching, cutting):
• ML-VOTEX
• ML-ETCH
• ML-NEBULA
• ML-TRACK
From prototype to mass production, it enhances medical device performance.
