…laser cut glass can typically
withstand two to three times as much force as mechanically cut glass.
Figure 1. Comparison of mechanically cut (left) and laser cut (right) glass. The mechanically cut glass shows
significant residual stress, and substantial debris from the cutting…
…of this industrial ultrafast laser family, the HYPER RAPID 100 is the first ever to offer pulse-on-demand and burst mode operation in a 100W laser system, enabling a whole range of new processes for machining brittle materials such as ceramics, sapphire and glass. Plus, with a lower cost-per-watt…
CO Laser - 5µm CO Lasers Offer Enhanced Capabilities for Industrial and Medical Applications A new generation of carbon monoxide (CO) lasers from Coherent, promise enhanced processing characteristics in applications ranging from glass, ceramic and film cutting and drilling, through medical and…
residual stress in the glass. The result is a
better quality cut, stronger glass, and a
wider cut process window.
The CO laser also enables radial (freeform) glass cutting; in contrast, CO
lasers can only produce straight line cuts
because the inherently round…
…processing strategy. Before this work, despite optimization of the laser parameters, cutting
produced an asymmetrical HAZ, some burns and some debris.
For fingerprint sensor cutting, the best results were an essentially perfect cut, which produced a
sufficiently small amount of debris…
…applications such mobile device manufacturing, glass cutting, OLED display processing, wafer cutting, and chip-level packaging, just to name a few. Contact Us About This Product Close PRICE HERE Diode-Pumped Femtosecond Industrial Laser The Monaco laser provides a 80 μJ/pulse at 750 kHz to enable…
…mechanical glass cutting can lead to microcracks and debris.
Laser glass cutting, based on CO
nanosecond solid-state lasers, has been
in use for some time in the display industry. Both of these lasers produce dramatically better results than mechanical cutting, but can…
…L = 1110.17 µm
L = 269.88 µm
Fig. 2 A 270 µm deep cut (25 %) in a 1.1 mm thick glass substrate shows virtually no stress
Fig. 3 CO laser cutting of 50 µm thick glass produces no
cracks or defects as compared with traditional mechanical
require that any cutting method deliver 24/7 reliability, with high throughput and a yield above
99.9%. Laser cutting has emerged as the only method for flexible OLED trimming that can meet
all these requirements.
To implement laser cutting, the laser beam is directed through…
…DPSS laser, easily engraves inside the glass. Related Products Monaco HYPER RAPID StarFiber 100-600 Related Product Families Laser Machines and Systems Laser Cutting for Glass Reinforced Plastic & Carbon Fiber Achieve optimal cutting speed and cut quality by using lasers to cut carbon or glass…
…and Medical Applications A new generation of carbon monoxide (CO) lasers from Coherent, promise enhanced processing characteristics in applications ranging from glass, ceramic and film cutting and drilling, through medical and aesthetics fractional skin resurfacing. Data Sheet Diamond J-3-5 CO Laser
…Materials Processing Graphic Arts Cutting Drilling Printing Scribing Flex Circuit Die Board Metal Plastic Flat Panel Display Paper Foil Wood and Derivatives --> Liquid-Cooled, RF-Excited OEM Industrial CO2 Laser - DIAMOND E-1000 Series are sealed, pulsed CO2 lasers offering maximum powers up to 1 kW…
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