Multi-target magnetron sputtering coating system
Multi-Target Magnetron Sputtering Coating System
Operating
Model: M600
Function: Capable of depositing high-quality thin films with precisely controllable thickness, including elemental metals, oxide semiconductors and compound materials, at both room temperature and elevated temperature.
Engineer: Mr. Fu / +86-21- 34206126-6010 / xuecheng.f@1
Location: Thin Film Zone Ⅳ, East Area
Equipment ID: EFM3MMS01
  • Basic Equipment Information
  • Operating Principle
  • Typical Application Case
Main Application

Deposits high‑quality thin films with precisely tunable thickness, covering elemental metals, oxide semiconductors, and compound materials.Available materials include elemental metals, oxides and nitrides such as Cr, Cu, Ni, Al, Ge, Ti, Pt, Ta, SiO2, Mo, W, ITO, and TiNx.

 

Process/Testing Capability

  1. Supports processing of samples smaller than 8 inches with a maximum thickness of 1 cm.
  2. Enables reactive sputtering deposition of various oxide and nitride thin films.
  3. Equipped with strong magnetic targets for sputtering magnetic materials.
  4. Capable of in-situ substrate cleaning, deposition of multi-layer composite films, and co-sputtering composite films with multiple targets.
  5. The sample stage supports heating up to 500 °C, suitable for in-situ heated fabrication of semiconductor thin film materials.

 

Technical Specifications

  1. Non-uniformity: ±5% on 8-inch substrates
  2. Sputtering metal gap-fill capability with an aspect ratio of approximately 5:1
  3. Supports sample processing for sizes below 8 inches; maximum sample thickness: 2 mm

 

Argon gas is introduced into a high-vacuum environment. After a high-voltage electric field is applied, electrons are accelerated and collide with argon atoms, generating Ar+ ions and additional electrons to form plasma.

Driven by the electric field, Ar+ ions bombard the target surface at high speed, dislodging target atoms and enabling sputtering.

Schematic of electroplating results after seed layer deposition inside silicon vias with an aspect ratio of 6:1 via multi-target confocal sputtering.
For variable-valence compounds, custom target preparation by users is recommended.
The list below shows FAQs (click a question to view the answer). If your question is not listed, you can leave a message using the link.
FAQs
  • 01
    设备和西区磁控溅射有无区别

    这个设备具备2个直流、2个射频电源、在使用射频溅射光学薄膜时,可以辅助偏压。例如制备TIO2薄膜的折射率更高

  • 02
    溅射金属能否做剥离工艺

    深宽比不高于1:1时,理论上是可以的

  • 03
    溅射金属脱落问题

    造成金属薄膜脱落的主要原因往往是有机污染或者不规则结构引起的应力过大

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