Water Jet Guided Laser Technology: The Next-Generation Solution for Precision Manufacturing

No Contamination, No Spatter
The water jet continuously removes molten particles and debris, keeping the work surface clean and free of redeposited material.

High Precision and Efficiency
The micron-scale water jet precisely guides the laser beam, ensuring ultra-fine cutting and drilling. Direct transmission through water reduces scattering losses, improving processing speed and accuracy.

Minimal Heat-Affected Zone
The rapid cooling provided by the water jet minimizes thermal damage — an essential advantage for glass, ceramics, and other heat-sensitive materials. This performance is further enhanced by stable temperature management from an industrial chiller.

Compatibility with Reflective Materials
Unlike traditional air-based lasers, WJGL effectively processes reflective metals such as copper and aluminum, minimizing energy loss and reflection risks.

Semiconductors and Electronics
WJGL enables stress-free wafer dicing, micro-hole drilling, and chip packaging, reducing micro-cracks and improving yield. Reliable cooling with precision chillers ensures consistent jet temperature, which is essential for micrometer-level processing.

Medical Devices and Bioengineering
The technology is ideal for fabricating stents, catheters, and surgical instruments, where material integrity and biocompatibility are crucial. Its oxidation-free and low-heat process ensures the best product quality for life-critical components.

Aerospace and Automotive
For turbine blades, battery electrodes, and composite materials, WJGL delivers low-damage machining and minimal burr formation. Integrating a TEYU industrial chiller helps maintain the water jet's temperature stability, ensuring continuous high-performance cutting.

Optics and Display Manufacturing
In handling ultra-thin or sapphire glass, WJGL prevents micro-cracks and edge chipping while meeting stringent optical quality standards. Its ability to micro-structure optical components paves the way for higher-performance displays and lenses.

Higher Power & Smaller Jet Diameters
The integration of ultrafast lasers such as femtosecond lasers will enable sub-micron accuracy for advanced micro- and nano-scale machining.

Smart & Automated Integration
The future lies in combining WJGL systems with vision sensors, AI-based monitoring, and adaptive temperature control, where chillers play a key role in maintaining system stability during dynamic operation.

Expansion into New Materials and Sectors
The technology is extending into composite materials, semiconductors, and even biological tissues, driving new opportunities in medical, aerospace, and precision engineering fields.

Water Jet Guided Laser technology represents a transformative step forward in precision manufacturing. With its ability to deliver high precision, low thermal impact, and versatile material compatibility, it is rapidly becoming a preferred tool for industries pursuing greener and more accurate fabrication.

As this technology advances, temperature control will remain a crucial factor for consistent performance. TEYU S&A, with its reliable CW and CWFL series industrial chillers, ensures precise cooling solutions tailored for next-generation laser systems like WJGL.

To learn more about precision laser cooling solutions, visit TEYU Cooling Solutions and explore how TEYU industrial chillers can support your innovation in water jet guided laser applications.