Advanced Wet Process Systems
Automated Systems
Semi-automated Systems
Manual Wet Stations
Intelligent Process Station
Solar Wet Process Systems
Solar Cell Photovoltaic
Single Crystal Texturing
Multi Crystal Texturing
PSG Glass Removal
Post Saw Slurry Removal and Cleaning
Proprietary Mix Blend Systems
Advanced Drying Technology
Surface Tension Gradient Dryer
Chemical Delivery Systems
Chemical Dispense
Mix Blend Systems
Waste Collection
Chemical Carts
Advanced Processing Support
Tube Wash: vertical & horizontal
Bottle Wash
Quick Dump Rinser (QDR)
Recirculating Baths
Concentration Monitoring
Chiller
Utility Sink
Automation
Orca-PSS - Post-Saw Slurry Removal
Si Wafer Cleaning - Post-Saw
- Surfactant/soap 1 and 2 with sonic agitation
- Acid bath if HF
- Acid bath if KOH or other alkaline
- DI rinse bath
Key Features
- High throughput with multiple robots, 1500 to 3000 wafers per hour
- Automated staging with 6 cassette input and output
- Low cost of ownership; extended bath life, reuse of rinsing water
- Input and output scales for wafer thickness metrics plus supporting software
- Minimal wafer breakage (>1 in 500)
- Minimal downtime for bath replacement, (<1 hour bath change)
- Monitoring bath metrics such as pH and temperature, plus concentration as an option
- Process support provided, optimized texturing and PSG removal process
- Safety is designed and built in; HF monitors, fire suppression, and SEMI safety compliant
- Software is SECS /GEM compliant
- System is SEMI S2 compliant
Process Control
- Access control
- Multiple levels of functional security.
- Data logging
- Detail data is logged in individual daily logs for operator tool interactions, all events, alarms, and warnings.
- Lot tracking log files
- Custom trace files.
- Recipe control
- Recipe maintenance
- SECS-II GEM-compliant host interface.
- Integrates in-factory network without the need for special software or hardware.
- Communication has been an essential part of the product line since inception.
- SECS protocol was implemented and used internally within the process control network.

Fig. 1. Sample Layout Drawing of 600 load 4 cassette batch system
