Industrial High Power Femtosecond Laser — with IR, Green, and UV Options

The JCZ industrial femtosecond laser series is designed for OEM machine builders, automation integrators, advanced manufacturing companies, and research-to-production teams that require high-precision ultrafast laser processing.

Available in separate 1030nm IR, 515nm Green, and 343nm UV configurations, this industrial femtosecond laser platform supports micromachining projects involving glass, sapphire, OLED materials, thin films, ceramics, metals, polymers, semiconductors, electronic components, and other high-value materials.

The correct model should be selected according to material, feature size, process speed, pulse-energy requirement, repetition rate, automation requirement, and final surface-quality target.

Key Features and Specifications:

• Pulse Energy: >2 mJ
• Power: >300 W @ IR, >80 W @ Green, >30 W @ UV
• Pulse Duration: <600 fs @ IR, <500 fs @ Green, <500 fs @ UV
• Beam Quality: M²≤1.3; Beam Circularity: 90% (both near and far fields)

Product Range:

• 10-300 W IR Femtosecond Laser
• 15-80 W Green Femtosecond Laser
• 30 W UV Femtosecond Laser

This IR/Green/UV Femtosecond Laser system is engineered for industrial use, integrating optical, mechanical, and electrical modules into a compact and efficient design. The laser systems are controlled via a PC-based software, designed to meet industrial standards with a user-friendly interface that supports 24/7 operation and has been rigorously tested for reliability in field conditions.

Real-World Applications in Industrial Micromachining

An industrial femtosecond laser is selected when standard nanosecond or longer-pulse laser processing cannot provide the required feature quality, edge quality, material response, or process control.

Femtosecond pulses can help reduce heat transfer into the surrounding material during ablation compared with longer-pulse laser processes. Actual heat-affected zone, debris level, cut quality, and processing efficiency depend on the material, wavelength, pulse energy, repetition rate, optics, scanning strategy, and motion platform.

• OLED and display manufacturing: Ultra-precise cutting of flexible films and repair without damaging organic layers.
• Glass and sapphire processing: Clean dicing and internal structuring for consumer electronics and medical devices.
• Semiconductor and automotive: High-speed ablation, thin-film patterning, and micro-drilling on heat-sensitive components.
• Advanced materials: Cold ablation on polymers, ceramics, and composites for next-gen EV batteries and medical implants.

Why Choose JCZ Femtosecond Lasers?

As a leader in laser control solutions, JCZ engineers these industrial femtosecond laser IR green UV systems for real-world 24/7 production. They combine unmatched power, sub-600 fs pulses, and superior beam quality to outperform many competitors in stability and customization. Whether you need high-volume OLED film cutting or precision sapphire scribing, JCZ provides turnkey performance with global support and competitive OEM pricing.

• High Power: Achieve precision with powerful IR, Green, and UV femtosecond laser outputs.
• Customization: Available with custom specifications tailored to your needs.
• Industrial Standards: Fully compliant with industry requirements for performance and safety.
• Global Availability: Manufactured in China, wholesale pricing and OEM solutions available for distributors and businesses worldwide.

Frequently Asked Questions (FAQ):

1. What industries benefit from femtosecond laser technology?

Our femtosecond lasers are widely used in industries such as electronics, automotive, aerospace, and solar energy. Whether you’re cutting flexible materials, drilling metal, or scribing photovoltaic panels, our lasers offer unmatched precision and efficiency.

2. Do you offer OEM services?

Yes, we offer OEM services for our femtosecond laser systems, providing customized solutions that align with your specific industrial requirements.

3. Can I get a sample or trial unit?

We offer free samples for eligible customers, allowing you to test the performance of our lasers in your production environment before making a large purchase.

Industrial Integration and Control Options

The JCZ industrial femtosecond laser platform is designed for project-based integration into laser-processing equipment.

Published control options include:

• PSO trigger
• POD trigger
• Gate mode
• TTL trigger
• External 0–5V power control
• Water cooling
• Industrial operating conditions
• PC-based control architecture

Before integration, confirm:

• Required laser wavelength
• Required output power
• Required pulse energy
• Required repetition rate
• Trigger and synchronization method
• Galvo scanner or motion-stage configuration
• Required marking or cutting field
• Beam-delivery requirement
• Cooling capacity
• Electrical requirements
• PLC, encoder, vision, or automation requirement
• Required operating environment
• Safety enclosure and interlock requirement

The complete machine architecture may also require galvo scanners, beam-delivery optics, F-theta or telecentric lenses, motion stages, camera systems, extraction equipment, safety enclosures, and project-specific software.

Application Selection by Process Requirement

OLED and Flexible Material Processing

Use an industrial femtosecond laser when the process requires controlled cutting, drilling, or patterning of flexible films, OLED-related materials, thin layers, and heat-sensitive substrates.

Glass and Sapphire Processing

Evaluate the IR, Green, or UV configuration based on glass type, thickness, feature size, cut geometry, and required edge quality.

Typical processes may include:

• Glass cutting
• Glass marking
• Internal modification
• Sapphire cutting
• Micro-drilling
• Precision scribing

Semiconductor and Electronics Processing

For semiconductors, PCBs, electronic components, thin films, and microelectronic applications, the laser selection should consider material stack, feature size, process depth, throughput, debris tolerance, and inspection requirements.

Metal and Ceramic Micromachining

For precision drilling, texturing, engraving, scribing, and micro-feature generation, evaluate IR or Green configurations according to material, required throughput, and feature geometry.

Medical and High-Value Components

For medical components, precision tools, specialty alloys, and high-value parts, process validation should confirm edge quality, burr formation, debris, micro-cracks, heat-affected zones, and repeatability before production deployment.

FAQ

Q:Is this an industrial femtosecond laser source or a complete machine?

A:The product is designed as an industrial laser platform for project-based integration. Final supply scope should be confirmed because a complete micromachining system may also require scanners, optics, motion stages, cooling, safety enclosure, automation hardware, and process-specific software.

Q:Does the 2mJ pulse energy apply to every model?

A:No. The published 2mJ pulse energy applies to the 1030nm / 300W IR model. Green and UV configurations have different model-specific pulse-energy specifications.

Q:Can one laser output IR, Green, and UV at the same time?

A:The product line offers separate IR, Green, and UV configurations. Confirm your required wavelength and whether your project needs one output wavelength or a customized multi-wavelength solution.

Q:Which wavelength is best for my material?

A:The correct wavelength depends on material composition, thickness, coating, feature size, required processing result, throughput, and optical setup. Send a sample for process evaluation before final selection.

Q:Is femtosecond processing completely heat-free?

A:No. Femtosecond processing can reduce heat transfer and heat-affected zones compared with longer-pulse processes, but actual thermal effects depend on material, pulse settings, wavelength, scanning strategy, and production conditions.

Q:Can this industrial femtosecond laser integrate with a galvo scanner or motion stage?

A:Yes, the published control options include PSO, POD, Gate, TTL trigger, and external power control. Final compatibility with scanners, motion systems, PLCs, encoders, and vision systems must be confirmed for the project.

Q:Is water cooling required?

A:The current published specifications list water cooling for the IR, Green, and UV configurations. Confirm chiller requirements, cooling capacity, tubing, and installation conditions before ordering.

How to Choose the Right Wavelength for Your Application

Selecting the perfect femtosecond laser 1030nm 515nm 343nm option depends on your material and process:

• IR (1030nm): Deep penetration for metals, ceramics, and thick substrates – perfect for high-volume ablation.
• Green (515nm): Superior absorption in polymers, copper, and semiconductors – ideal for fine patterning.
• UV (343nm): Highest precision on transparent materials like glass, sapphire, and OLED films – enables true cold ablation with zero thermal damage.

All models support burst mode (1–5 pulses), high repetition rates (up to 2 MHz), and external triggering for seamless integration into automated lines.

Maximize Your Production Efficiency with Our Industrial Femtosecond Lasers

Take advantage of high-performance femtosecond lasers for your cutting and marking needs. Contact us today for a quote, wholesale pricing, or to discuss customized solutions. Our factory in China offers direct sales, ensuring competitive pricing and fast delivery.