Advanced Packaging Wafer Plating Equipment

Advanced Packaging Wafer Plating Equipment

This Advanced Packaging Wafer Plating equipment is all about flexibility and speed—it handles 6-inch to 12-inch wafers, and you can pick between 2D or 3D setups (that’s BDS 2D and BDS 3D, respectively). It’s built to fit right into advanced packaging and wafer-level processes, no matter your line’s needs.
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Description

Product overview

 

This Advanced Packaging Wafer Plating equipment is all about flexibility and speed-it handles 6-inch to 12-inch wafers, and you can pick between 2D or 3D setups (that's BDS 2D and BDS 3D, respectively). It's built to fit right into advanced packaging and wafer-level processes, no matter your line's needs.

Inside, it's packed with components to keep throughput high: up to 3 load ports, 24 plating chambers (they work with Cu, Ni, Sn, Ag, Au-name the metal), 4 pre-wet chambers, and 4 SRD chambers. Everything you need for a smooth, uninterrupted workflow is right there.

What makes it reliable? Smart core designs-fountain-type plating cells keep contamination super low, and the module PM structure means less downtime for maintenance. Plus, specialized tech like tight seal control and cathode/anolyte separation? They lock in process stability, so every batch comes out consistent.

Advantages

Wide Wafer & Material Compatibility

Supports 6–12-inch wafers; plates multiple metals (Cu/Ni/Sn/Ag/Au) to cover diverse process needs.

High Scalability & Throughput

Configurable up to 24 plating chambers + 3 load ports, matching high-volume production demands.

Low Operational Cost & High Stability

Ultra-low chemical consumption + long-life seal technology (20000+ cycles) reduce running costs.

Fountain-type cells (no cross-contamination) and cathode/anolyte separation ensure plating solution stability.

High Uptime

Module PM design minimizes maintenance downtime, suitable for continuous mass production.

 

Advantages

 

01/

Core Fields: Semiconductor advanced packaging, wafer-level packaging (WLP).

02/

Key Processes: Pillar (pillar bump), Bump (solder bump), RDL (redistribution layer), TSV (through-silicon via) electroplating processes.

 

Parameters

 

Specification

Details

Wafer Size

6-12 inch

Configurations

VMAX 2D, VMAX 3D

Load Ports

Maximum of 3 load ports

Process Chambers

-Up to 24 plating chambers(Cu, Ni, Sn/Ag, Au)
- Up to 4 pre-wet chambers
-4 SRD chambers

Key Design Features

-Fountain-type plating cell(no cross-contamination)
- Module PM design
-Seal control technology(≥20000 cycles life)
- Catholyte/anolyte separation technology

Operational Advantages

Ultra-low chemical consumption; high solution stability

Target Applications

Pillar,Bump,RDL,TSV(advanced/wafer-level packaging)

 

FAQ

 

What wafer sizes does the BDS series support?

It's compatible with 6–12-inch wafers, covering both small and large formats for packaging processes.

What's the difference between BDS 2D and 3D?

They share core functions (plating for Pillar/Bump/TSV, etc.)-the 3D configuration is optimized for higher-throughput or more complex 3D packaging processes (e.g., advanced TSV).

Which metals can it plate?

It supports electroplating of Cu, Ni, Sn/Ag, and Au, matching diverse advanced packaging material needs.

How does it avoid cross-contamination?

It uses a fountain-type plating cell design, which prevents cross-contamination between different processes.

What's the service life of its seal components?

The specialized seal control technology ensures a seal life of over 20,000 cycles, reducing maintenance costs.

Can it handle high-volume production?

Yes-with up to 24 plating chambers and 3 load ports, it's designed for high-throughput continuous manufacturing.

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