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Innovation in Transparent Material Processing: Femtosecond Laser Breaks Precision Machining Barriers for Ruby & Sapphire

Innovation in Transparent Material Processing: Femtosecond Laser Breaks Precision Machining Barriers for Ruby & Sapphire

Ruby and sapphire are widely used in optical components and micromechanical devices, thanks to their exceptional mechanical, optical, and electrical properties....
MONO | 2025-09-16
BCEIA 2025 | Monochromatic Technology Presents Femtosecond Laser Micro-Nano Machining Solutions to Empower Analytical Science Instruments

BCEIA 2025 | Monochromatic Technology Presents Femtosecond Laser Micro-Nano Machining Solutions to Empower Analytical Science Instruments

The 21st Beijing Conference and Exhibition on Instrumental Analysis (BCEIA 2025) – a top event for global analytical science – grandly kicked off at the China I...
MONO | 2025-09-12
Femtosecond Laser vs. WEDM (Wire Electrical Discharge Machining): Which Is Ideal for Your Micro-Nano Precision Machining Needs?

Femtosecond Laser vs. WEDM (Wire Electrical Discharge Machining): Which Is Ideal for Your Micro-Nano Precision Machining Needs?

In the field of micro-nano precision machining, selecting the right precision processing technology directly influences product precision, efficiency, and cost-...
MONO | 2025-09-11
Mono Team Successfully Completes 10km Hiking Challenge

Mono Team Successfully Completes 10km Hiking Challenge

On September 6th, under a clear blue sky, Mono Team gathered at Luotian Forest Park in Shenzhen for a 10km hiking challenge. This event not only celebrated our ...
MONO | 2025-09-09
Femtosecond Laser Drilling: Ceramic Inverted Taper Hole Machining

Femtosecond Laser Drilling: Ceramic Inverted Taper Hole Machining

In consumer electronics, biomedicine, and aerospace, structural ceramics like silicon carbide (SiC) are core-component staples for their high strength, heat/cor...
MONO | 2025-09-02
Tungsten That Even Bullets Can’t Penetrate! How Does Femtosecond Laser Overcome Precision Machining Challenges?

Tungsten That Even Bullets Can’t Penetrate! How Does Femtosecond Laser Overcome Precision Machining Challenges?

Tungsten (W) is an extremely hard, silvery-gray rare metal. As the metal with the highest melting point in nature (3422°C), it maintains structural stability in...
MONO | 2025-08-30
Femtosecond Laser Micro-Dimple Machining:How It Optimizes Friction Performance & Enhances Oocyte Aspiration Needle Imaging?

Femtosecond Laser Micro-Dimple Machining:How It Optimizes Friction Performance & Enhances Oocyte Aspiration Needle Imaging?

At the microscale, etching dimple structures on device surfaces endows products with new properties, such as reduced friction. Traditional micro-milling and Mic...
MONO | 2025-08-30
Femtosecond Laser Medical Lancet Cutting: Microstructural Forming of Beveled Minimally Invasive Tips

Femtosecond Laser Medical Lancet Cutting: Microstructural Forming of Beveled Minimally Invasive Tips

How are the sharp tips of blood lancets processed?Medical puncture needles, as indispensable key instruments in the field of modern minimally invasive medicine,...
MONO | 2025-08-18
What is micro and nano processing? How does femtosecond laser define a new standard of precision manufacturing?

What is micro and nano processing? How does femtosecond laser define a new standard of precision manufacturing?

In today's rapidly evolving field of technology, the demand for precision in material processing is becoming increasingly stringent, and traditional manufac...
MONO | 2025-08-15
MONO Unveils New Logo and Relocates Shenzhen Headquarters for Next Growth Phase

MONO Unveils New Logo and Relocates Shenzhen Headquarters for Next Growth Phase

As MONOcelebrates its 5th anniversary since founding in March 2020, we announce two major milestones: the launch of a refreshed brand identity and the relocatio...
MONO | 2025-08-11
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