Micro-Nano Processing: Femtosecond Laser vs. Picosecond Laser – How to Choose Tool?

In high-precision fields such as microelectronic manufacturing, medical device R&D, and optical component processing, "non-contact processing" has...

MONO | 2025-11-12

Why Femtosecond Lasers Are the Inevitable Choice for Ultra-Precision Polymer Processing

Polymers are increasingly used in fields like medical devices and consumer electronics due to their light weight, corrosion resistance, and insulating propertie...

MONO | 2025-11-07

Medical Micro-Tubing Manufacturing: Precision Cutting with Femtosecond Lasers

As medical devices continue to miniaturize, the ability to achieve high-quality cuts and intricate features on micro-tubing has become more critical than ever. ...

MONO | 2025-11-03

How Does Femtosecond Laser Solve the Manufacturing Challenges of Pressure Relief Discs? MONO Micro Solution Achieves ≤0.5μm Fixed-Depth Etching Precision

As mentioned earlier, the precision machining of grooves is the "lifeline" for pressure relief disc manufacturing. However, traditional groove machini...

MONO | 2025-10-29

Pressure Relief Discs/burst disc : How Does Groove Design Prevent Random Rupture?

In process industries such as petroleum, chemicals, and electric power, as well as in the aerospace field, uncontrolled pressure in high-temperature and high-pr...

MONO | 2025-10-29

Struggling with Micro-Nano Machining of High-Melting-Point Molybdenum? Femtosecond Lasers Break Through 4 Core Challenges

As a "high-temperature resistant material star" with a melting point of 2623°C, molybdenum (Mo) is widely used in high-end fields such as aerospace no...

MONO | 2025-10-23

High-End Application Scenarios of Femtosecond Laser Processing for Molybdenum: From Aerospace to Medical Equipment

As the demand for "high-precision molybdenum components" surges in the aerospace, semiconductor, and medical fields, femtosecond laser processing tech...

MONO | 2025-10-23

Zero-Taper Microholes: Precision Drilling for High-End Components by MONO

As femtosecond lasers gain popularity in precision manufacturing, their "cold processing" characteristics—no heat-affected zone (HAZ)and sub-micron le...

MONO | 2025-10-11

Femtosecond Laser Grid Precision Cutting: Application Breakthroughs in TEM Grids, TWT Grids & Ion Source Grids

High-performance grids are critical components in numerous cutting-edge applications, covering fields such as Transmission Electron Microscopes (TEM), Traveling...

MONO | 2025-09-28

MONO at Medtec China 2025: Femtosecond Laser Solves Medical Precision Challenges

MONO at Medtec China 2025: Femtosecond Laser Solves Medical Precision ChallengesSept 24-26, 2025 Medtec China 2025 International Medical Device Design & Man...

MONO | 2025-09-28