Femtosecond Laser Processing Service
YMJ provides advanced femtosecond laser processing services for ultra-precision applications where conventional machining methods fail.
Femtosecond laser technology utilizes ultra-short pulse durations (10⁻¹⁵ seconds), enabling “cold processing” with virtually no thermal damage, making it ideal for brittle, transparent, and high-value materials.
This technology ensures exceptional accuracy, clean edges, and superior surface quality, even for complex microstructures.
Key Advantages of Femtosecond Laser
- Zero heat-affected zone (HAZ)
- No micro-cracks or chipping
- Ultra-high precision up to ±1–5 μm
- Minimal or no post-processing required
- Capable of complex microstructures and fine features
- Suitable for ultra-thin and fragile materials
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High repeatability and process stability
Technical Capabilities
| Parameter | Capability |
|---|---|
| Precision | ±1–5 μm |
| Pulse Duration | Femtosecond (10⁻¹⁵ s) |
| Min Feature Size | ≥1 μm |
| Materials | Glass, Sapphire, Ceramics, Silicon, Polymers, Metals |
| Processing Types | Cutting, Drilling, Structuring, Marking |
| Heat Impact | Near zero |
Processing Capabilities
Ultra-Precision Cutting
- Smooth edges with no chipping
- Ideal for ultra-thin glass and brittle materials
- Complex contour cutting
Micro Drilling
- Hole diameter down to micron level
- High aspect ratio holes
- Zero taper achievable
Surface Structuring
- Micro-patterning and texturing
- Functional surface creation
- Optical and microfluidic applications
Laser Marking
- High-resolution, permanent marking
- No material deformation
- Suitable for sensitive components
Materials We Process
Our femtosecond laser technology supports a wide range of advanced materials:
- Glass (ultra-thin, optical glass)
- Sapphire & Ruby
- Ceramics
- Silicon (semiconductors)
- Metals (precision components)
- Polymers (PET, COC, films)
- Optical fibers
Applications
Our femtosecond laser solutions are widely used in high-end industries:
- Consumer electronics (cover glass, sensors)
- Semiconductor & IC manufacturing
- Medical devices (microfluidics, implants)
- Optical & photonics components
- Aerospace and precision engineering
- Advanced materials research
Why Choose YMJ
- Specialized in ultra-precision laser processing
- Advanced femtosecond laser systems
- Strong experience in brittle and difficult-to-machine materials
- Support for rapid prototyping and mass production
- Flexible cooperation: OEM / ODM / customer-supplied materials
- Continuous equipment optimization in collaboration with professional laser equipment partners
FAQ
What is femtosecond laser processing?
It is an ultra-fast laser technology using extremely short pulses to achieve high-precision material processing with minimal thermal effects.
Why is femtosecond laser better than traditional laser?
Because it produces no heat-affected zone, no cracks, and much higher precision, especially for fragile materials.
What materials are best suited for femtosecond laser?
Glass, sapphire, ceramics, silicon, and other materials that are difficult to process using conventional methods.
Can you support custom projects?
Yes, YMJ supports custom designs, OEM/ODM services, and rapid prototyping based on your drawings.
Get a Quote
Looking for a reliable femtosecond laser processing supplier?
Send us your drawings or requirements today.
YMJ will provide a fast quotation and optimized processing solution.
Contact us now to start your project
