The SEMES BLUEICE PRIME wafer cleaner is an advanced 300mm single wafer cleaning system designed for next-generation semiconductor manufacturing processes including advanced logic and memory chip production.
Developed by SEMES, a major semiconductor equipment manufacturer from South Korea, BLUEICE PRIME is part of the company's semiconductor cleaning equipment portfolio. The system focuses on improving wafer cleanliness, reducing contamination defects, and supporting high-yield production for advanced semiconductor processes.
As semiconductor technology continues moving toward smaller process nodes, wafer cleaning has become increasingly important. Even extremely small particles or residues can affect device performance, electrical characteristics, and manufacturing yield.
What is SEMES BLUEICE PRIME Wafer Cleaner?
SEMES BLUEICE PRIME is a fully automated 300mm single wafer cleaning system used in front-end semiconductor fabrication.
Unlike packaging cleaning equipment used after chip assembly, BLUEICE PRIME is designed for wafer manufacturing processes before semiconductor devices are completed.
The system targets advanced logic and memory semiconductor production where precise contamination control and stable cleaning performance are required.
SEMES identifies semiconductor cleaning as a critical front-end process for removing particles, metals, organic contamination, and natural oxides from wafer surfaces.
Why Advanced Wafer Cleaning is Critical
Modern semiconductor devices contain extremely small structures. During fabrication, wafers are repeatedly exposed to different processes including:
Lithography
Etching
Deposition
Ion implantation
Metal layer formation
These processes may introduce contamination such as:
Particles
Metal impurities
Organic residues
Photoresist residues
Chemical by-products
Effective cleaning helps prevent:
Pattern defects
Electrical failures
Yield reduction
Device reliability problems
SEMES BLUEICE PRIME Key Technologies
300mm Single Wafer Cleaning Platform
BLUEICE PRIME uses a single wafer cleaning architecture designed for advanced semiconductor production.
Single wafer processing allows manufacturers to achieve better process control, cleaning uniformity, and contamination management compared with traditional batch cleaning methods.
High Temperature Phosphoric Acid Cleaning
One of the key technologies of BLUEICE PRIME is its high-temperature phosphoric acid cleaning capability.
This process is used for selective etching and removal of certain wafer surface materials, supporting advanced semiconductor pattern processing.
High-temperature phosphoric acid technology is particularly important for advanced logic semiconductor applications requiring precise pattern control.
Advanced Contamination Control Technology
Particle Removal Performance
Advanced semiconductor manufacturing requires extremely effective particle control.
BLUEICE PRIME is designed to remove microscopic contamination while minimizing damage to sensitive wafer structures.
Non-Interaction Clean Chamber
The system uses advanced chamber design concepts to reduce cross contamination between wafers and improve process stability.
Intelligent Equipment Monitoring
Modern semiconductor cleaning equipment requires real-time process monitoring and equipment condition analysis.
BLUEICE PRIME integrates intelligent control functions to support stable production operation.
SEMES BLUEICE PRIME Applications
Advanced Logic Semiconductor Manufacturing
Advanced logic chips require extremely low contamination levels. BLUEICE PRIME supports cleaning processes used in leading-edge semiconductor fabrication.
Memory Semiconductor Production
Memory devices such as DRAM and advanced memory structures require stable cleaning performance to maintain manufacturing yield.
Advanced Node Semiconductor Processes
The system is designed for advanced semiconductor technologies where traditional cleaning methods may not provide sufficient process control.
SEMES BLUEICE PRIME Technical Specifications
| Parameter | Description |
|---|---|
| Equipment Type | Single wafer cleaning system |
| Manufacturer | SEMES |
| Model | BLUEICE PRIME |
| Wafer Size | 300mm |
| Process Type | Wet wafer cleaning |
| Main Application | Logic and memory semiconductor manufacturing |
| Cleaning Technology | High temperature phosphoric acid cleaning |
| Target | Particles, residues, surface contamination |
SEMES BLUEICE PRIME Cleaning Process Flow
Wafer loading
Chemical cleaning process
High temperature process treatment
Particle and residue removal
DI water rinse
Drying process
Wafer inspection
Process Flow:
Wafer Loading → Chemical Cleaning → Surface Treatment → Rinse → Drying → Inspection
SEMES BLUEICE PRIME Advantages
Designed for advanced semiconductor manufacturing
300mm single wafer processing
Advanced contamination control
Supports logic and memory applications
High precision cleaning performance
Suitable for advanced process nodes
SEMES BLUEICE PRIME vs TEL CELLESTA-i MD vs SCREEN SU-3200
| Equipment | Main Strength |
|---|---|
| SEMES BLUEICE PRIME | Advanced logic and memory cleaning with high temperature process capability |
| TEL CELLESTA-i MD | Precision single wafer cleaning and pattern protection |
| SCREEN SU-3200 | High throughput production wafer cleaning |
These systems target similar semiconductor cleaning markets but focus on different manufacturing priorities. SEMES BLUEICE PRIME emphasizes advanced process capability, TEL focuses on precision cleaning control, and SCREEN focuses on high-volume production efficiency.
Maintenance Considerations
Maintaining stable cleaning performance is essential for semiconductor yield.
Chemical supply inspection
Cleaning chamber maintenance
Nozzle inspection
Particle monitoring
Process recipe verification
Equipment condition analysis
Summary
The SEMES BLUEICE PRIME wafer cleaner is an advanced 300mm single wafer cleaning system designed for next-generation semiconductor manufacturing.
With advanced cleaning technology, contamination control capability, and support for logic and memory applications, BLUEICE PRIME provides semiconductor manufacturers with a solution for improving wafer cleanliness and production yield in advanced processes.