Laser Cutting
Laser cutting is a precise, noncontact process widely used in advanced wafer-semiconductor manufacturing. A focused high-energy beam locally melts or vaporizes material through photothermal effects. Wavelength, power and pulse width are adjusted to material properties for optimal cuts. 晶沐光电 has its own laser-processing line with UV/ultrafast lasers, wafer infrared stealth-dicing and cleaving machines, infrared fiber cutting machines and other equipment for varied wafer-cutting needs.
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Overview
Laser cutting is a precise, noncontact process widely used in advanced wafer-semiconductor manufacturing. A focused high-energy beam locally melts or vaporizes material through photothermal effects. Wavelength, power and pulse width are adjusted to material properties for optimal cuts. 晶沐光电 has its own laser-processing line with UV/ultrafast lasers, wafer infrared stealth-dicing and cleaving machines, infrared fiber cutting machines and other equipment for varied wafer-cutting needs.
Applications
Fully Automated Intelligent Precision-Laser System Uses Multipulse Control for Blind,Through and Tapered Holes;One-Stop Wafer Cutting,Drilling,Grooving;Cut Wafers Successfully Used in TGV Glass-Via/TSV Silicon-Via Packaging,5G,Power Devices,MEMS,IGBT,CIS and Mini/Micro-LED Chips
Key Features
Tiny Focus for Micrometer Cutting;Noncontact Avoids Stress,Damage/Contamination;500*500mm Platform,Fast Batch Production;Complex Shapes/Various Semiconductors;Fast Small-Batch Prototypes;Custom Process/Optimization/Technical Support;Stable Delivery,Consistent R&D Quality;Wafers:SiC,Sapphire,Silicon,Alumina,Quartz Glass,GaAs,InP,GaN,AlN,Germanium,Poly-/Single-Crystal Diamond,etc.
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Supplier Information
Jiangyin Jingmu Optoelectronic New Materials Co., Ltd. is a technology-oriented enterprise dedicated to semiconductor wafer material processing and epitaxial technology. With a decade of focus on semiconductor substrates, including SiC, sapphire, silicon, and third/fourth-generation materials like diamond, GaN, Ga2O3, AlN, it also provides optical wafers and carrier products. Equipped with advanced processing technologies such as cutting, grinding, polishing, laser processing, epitaxial coating, and wafer bonding, it collaborates with universities for R&D, offering customized solutions. Products are widely used in LED, power devices, RF, and optical communication.
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