Description of image

PicoBlade® Core

Ultrafast Precision, Optimized for Integration

Product Overview

IR, green, and UV wavelengths in a compact, unified footprint

Picoblade Overview Image
Next-Generation Picosecond Laser Platform
Product Detail Table
  IR Green UV
Wavelength (nm) 1064 nm 532 nm 355 nm
Average Power (W) @400 KHz
High Power 150 100 50
Medium Power 80 50 30
Low Power 20 12.5 7.5
Pulse Energy (μJ) @400 KHz
High Power 400 250 125
Medium Power 200 125 75
Low Power 50 31.5 18.75
Pulse Width (ps) <12
Repetition Rate Single-shot to 8 MHz

 

Learn more about PicoBlade Core in our data sheet and brochure

Best-in-class picosecond laser

Engineered for Industrial Integration

High Power

Up to 150 W and 8 MHz; optimized for single-pulse and MegaBurst™ energy delivery.

Programmable Pulse Control

Advanced Accutrig™, FlexBurst™ and beam shaper for precise energy, beam shaping, and synchronization

Best-in-Class Weight

Ultra-light 45 kg design for easier integration and system mobility

Monolithic Design

Compact footprint with integrated x-y mm architecture for space-constrained production lines

Consistent Performance

Closed-loop power control ensures stable output and repeatable processing

Frequently Asked Questions (FAQs)

1. What is PicoBlade Core, and how does it differ from previous models?

PicoBlade Core is Lumentum’s newest picosecond laser platform, designed for scalable, high-throughput industrial micromachining. It delivers the same precision and pulse characteristics as the field-proven PicoBlade 3 but in a more compact, lighter, and integration-optimized form factor. With ~3x lower weight (45 kg), ~50% smaller volume, and a redesigned sealed optical train, it offers unmatched reliability and ease of deployment in production environments.

2. What wavelengths and power levels are available?

PicoBlade Core is available in three wavelengths—IR (1064 nm), Green (532 nm), and UV (355 nm)—across Low, Mid, and High-Power options. Each wavelength maintains the same compact footprint and delivers up to:

  • 150 W @ 400 kHz (IR)
  • 70 W @ 400 kHz (Green)
  • 50 W @ 400 kHz (UV).
3. What is the typical pulse duration, and why is it important?

PicoBlade Core delivers sub-12 ps pulses—ideal for "cold ablation" in sensitive materials. This ultra-short pulse duration minimizes thermal diffusion and eliminates heat-affected zones (HAZ), ensuring high-fidelity machining even in polymers, glass, and layered substrates.

4. Which markets and applications are best suited for PicoBlade Core?

PicoBlade Core serves high-value, precision-critical manufacturing sectors including:

  • Semiconductors: Low-k dielectric grooving, TSV/TGV drilling, wafer scribing
  • Battery and Energy: Electrode structuring, separator cutting, current collector trimming
  • Consumer Electronics and PCB: HDI microvias, ceramic and glass drilling, fine feature cutting
  • Display and Glass: Ultra-thin glass processing, edge shaping, OLED patterning
  • Medical Devices: Microfluidic devices, catheter drilling, surgical tool machining
  • Solar and Photovoltaics: Thin-film scribing, xBC patterning, selective polymer removal
5. What makes PicoBlade Core a best-in-class solution?

PicoBlade Core delivers a performance and value breakthrough in ultrafast laser technology:

  • Disruptive Price-Performance Ratio: Up to 40% lower cost than prior PB3 configurations with no compromise in beam quality
  • Compact, Lightweight Design: ~50% smaller, 45 kg unit eases integration and improves motion system responsiveness
  • Advanced Pulse Control: AccuTrig™ for pulse-on-position precision, FlexBurst™ for tunable intra-burst shaping, and MegaBurst™ for high-energy, single-pass cutting
  • Modular beam shaper: Optional DOE-ready module for top-hat, line, or multi-spot beam profiles
  • Production-Centric Design: Factory-aligned sealed head with kinematic mounts and robust thermal management ensures minimal maintenance and excellent uptime
6. Why should I switch from my current ultrafast laser system?

PicoBlade Core outperforms legacy ultrafast platforms in real-world production conditions:

  • More Power, Lower PRF: Maintains high average power and pulse energy even at 400 kHz—ideal for materials sensitive to heat or debris
  • Faster Throughput, Fewer Passes: Delivers up to 1.6 mJ burst energy with MegaBurst and programmable pulse patterns with FlexBurst
  • Smaller Footprint, Easier Integration: Integrated power and sealed optics reduce system volume by up to 5x versus traditional architectures
  • Higher Yields, Lower Downtime: Engineered for consistent optical performance, minimal drift, and plug-and-play replacement via kinematic mounts

Whether you’re upgrading from nanosecond systems or seeking to scale ultrafast precision, PicoBlade Core combines performance, integration efficiency, and cost-effectiveness unmatched in its class.

7. What is AccuTrig™, and how does it enhance performance?

AccuTrig is Lumentum’s patented pulse-on-position technology. It synchronizes laser output to scanner or motion stage feedback in real time—ensuring exact pulse placement, uniform energy distribution, and reduced defects at high scan speeds. It eliminates the need for traditional Sync Mode and works seamlessly with polygon and galvo systems.

8. How does FlexBurst™ improve micromachining flexibility?

FlexBurst enables programmable burst shaping with up to 40 pulses per burst. Each pulse can be individually tuned in amplitude and spacing—down to 12.2 ns. This allows precise energy delivery tailored for depth control, reduced taper, or selective ablation in multilayer structures.

9. What does MegaBurst™ offer for cutting and drilling applications?

MegaBurst delivers high-energy bursts—up to 1.6 mJ—at lower rep rates (e.g., <400 kHz). This is ideal for deep feature drilling, single-pass glass filamentation, or high-energy applications where throughput and quality are critical.

10. Is the system reliable in a 24/7 production environment?

Yes. PicoBlade Core is built for industrial uptime:

  • Lifetime-tested sealed optics
  • Stable beam pointing over 12+ hours (±25 μm)
  • Closed-loop power control
  • Optional regional service exchange programs
  • Proven long-term MTTF performance validated in environmental and thermal stress testing
11. What if I require integrated beam shaping or DOEs?

Lumentum offers an optional beam shaper module, allowing external beam size control and DOE compatibility (flat-top, line, beamlet). Unlike fixed internal optics, this modular approach ensures higher beam quality, stability, and easier customization for complex geometries.

12. How does Lumentum handle field service and support?

PicoBlade Core’s sealed, factory-aligned design minimizes service needs. In rare cases where service is required, Lumentum offers rapid turnaround via local service hubs and optional laser exchange programs. Our global network ensures downtime is minimized without compromising beam integrity.

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