The ALSI LASER1205 is a high-precision laser system designed for full-cut dicing and grooving of semiconductor wafers. Developed by ASMPT ALSI, this system integrates advanced laser technology with high-throughput capabilities, offering a reliable solution for demanding manufacturing environments.
The LASER1205 is designed for a wide range of semiconductor processes:
Our LASER1205 laser machines are leading in quality and lower your Cost of Ownership. Our portfolio is addressed to the specific challenges of the markets, both for OSAT and #1 IDM companies. See below our four different machine configurations:
LASER1205 Dicing IR Machine For non-Si materials like GaAs, Ge and SiaAI, the IR (infrared) multi-beam dicing machine is the laser tool to meet dicing specifications in an industrial production environment.
LASER1205 Dicing UV Plus Machine The Ultraviolet (UV) Dicing plus machine is for dicing thin wafers. This laser tool is mostly used in markets with high die-strength requirements like the Power, IC or Memory industry.
LASER1205 Grooving UV Machine An efficient tool to remove top-layers to clear the street prior to the Saw blade dicing or Plasma dicing step.
LASER1205 Grooving UV-USP Machine
With multi-beam matrix laser spot patterns, the Ultraviolet Ultrashort pulse machine is used for grooving, before blade or plasma dicing IC-Logir or Memory wafers.
ASMPT is globally present in more than 30 countries worldwide.
Combining accuracy with high speed- making great thermal impact
Market lead in wafer processing for Advanced Packaging, RFIC, VSCEL, DDI, Thin Si & SiC Applications
The inventor of Multi-beam Laser Dicing & Grooving offering 20+ years of experience in Advanced laser technology.
For more information or to get in touch >
ASMPT ALSI B.V. alsi-sales@asmpt.com Platinawerf 20 6641 TL Beuningen, The Netherlands
Are you looking for the perfect platform for developing new process solutions for Advanced Packaging or Power Automotive applications? ASMPT ALSI’s LASER1206 platform includes advanced laser technology that brings you to the next step of your chip manufacturing process.