Semiconductors » Mask Aligners

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Used computer to plate systeme

  • MDHS-AL8 8" Fully automatic single-sided

    MDHS-AL8 8" Fully automatic single-sided lithography machine

      MDHS-AL8 8" Fully automatic single-sided lithography machine 1、 Technical parameters: 18. Foot cushion airbag Like recognition and automatic alignment systems, alignment workbenches, loading robots, unloading ro...

      Guangzhou, China
    • MDXN-31D2 Mask aligner

      MDXN-31D2 Mask aligner

        MDXN-31D2 Mask aligner Purpose and characteristics Mainly used for the development and production of small and medium-sized integrated circuits, semiconductor components, optoelectronic devices, surface aco...

        Guangzhou, China
      • MDXN-31D4 High precision double-sided lithography

        MDXN-31D4 High precision double-sided lithography machine

          MDXN-31D4 High precision double-sided lithography machine Purpose and characteristics This equipment is mainly used for the development and production of small and medium-sized integrated circuits, semiconductor ...

          Guangzhou, China

        Overview

        Mask aligners are precision tools used in the photolithography process for aligning and exposing patterns onto semiconductor wafers. They are crucial in the fabrication of integrated circuits, MEMS, and other microfabricated devices. Mask aligners ensure high accuracy and repeatability, making them essential in the high-tech manufacturing industry.

        FAQ

        What should I consider when buying a used mask aligner?

        Consider the aligner's alignment accuracy, exposure capabilities, condition, and any available maintenance history. Ensure it meets your specific process requirements.

        How do I safely ship a mask aligner?

        Use a specialized transport service experienced in handling precision equipment. Ensure the aligner is properly packaged to prevent damage during transit.

        What is the maintenance schedule for a mask aligner?

        Regular maintenance includes cleaning the optical components, checking alignment accuracy, and ensuring proper operation of all mechanical parts. Refer to the manufacturer's manual for detailed maintenance procedures.