Product overview
This magnetron sputtering system is built for metal thin film deposition in semiconductor manufacturing. It's widely used in integrated circuits, power devices, and advanced packaging. The system supports 6 inch and 8 inch wafers and delivers stable, repeatable thin film growth for both R&D and volume production.
Advantages
1. Cluster style and modular design makes it easy to configure and expand for different process needs.
2. Fully automated wafer handling with complete auxiliary functions keeps operation stable and reduces manual intervention.
3. Single chamber single target layout supports parallel and synchronous processes, improving overall efficiency.
4. High vacuum performance down to ~6E 6 Pa and sheet resistance uniformity ≤3% help ensure consistent film quality across wafers.
Applications
1. Integrated circuits: used for depositing metal interconnects, electrodes, and barrier layers in front end and back end processes.
2. Power devices: supports metal film formation for electrodes, metallization, and passivation in high voltage and high power components.
3. Advanced packaging: provides reliable metallization for redistribution layers (RDL), bumping, and other packaging interconnect structures.
FAQ
Q: What's this magnetron sputtering system actually used for?
A: It's a thin-film deposition tool-primarily for laying down metal films in semiconductor manufacturing. Think integrated circuits, power devices, and advanced packaging processes-those are its main use cases.
Q: What wafer sizes can it handle?
A: Right now, it works with 6-inch and 8-inch wafers. Perfect for both lab R&D work and full-scale volume production lines.
Q: How low can the vacuum level get?
A: We're talking down to around 6E-6 Pa for the process vacuum. That's critical for getting high-quality, consistent thin films.
Q: How consistent is the film uniformity?
A: Sheet resistance uniformity sits at ≤3%-so you won't see big variations across the wafers, which is key for reliable device performance.
Q: What makes this system stand out for daily use?
A: It's the little things that add up: cluster-style modular design (super flexible for custom setups), fully automated wafer handling (cuts down on manual work), and single-chamber single-target layout (lets processes run in parallel, boosting efficiency).
Q: Is it suitable for advanced packaging applications?
A: Absolutely. It's widely used for metallization in advanced packaging-things like RDL (redistribution layers), bumping, and other interconnect structures that need reliable metal films.
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