Core plasma chamber technology is inherited from historically accepted semiconductor plasma Asher & Descum platforms widely used in fabs, universities, and research institutes
Production-proven chamber behavior helps customers develop, transfer, or sustain processes with lower technical and process risk compared with completely new unproven designs
Stable and accepted process platform supports wafer-to-wafer, lot-to-lot, and long-term process consistency over daily production operation and long-term equipment usage
Modernized Allwin21 Hardware Architecture
Modernized wafer handling and subsystem architecture help reduce wafer breakage risk, operator handling variation, and daily production inconsistency
Modern RF generator, RF matching, gas control, pressure control, and electronics architecture help improve control stability compared with older analog systems
Modern electronics, modules, PCBs, Baratron, throttle valve control, and industrial PC architecture help reduce obsolete hardware dependency while improving equipment reliability, long-term serviceability, and maintenance efficiency
Process-Oriented Allwin21 Software Control
Embedded industrial computer architecture helps reduce external PC-related instability compared with many older legacy control configurations
Unlike generic software developed only by software programmers, Allwin21 software is developed with real semiconductor equipment and process engineering experience
The software exposes practical equipment and process-related information through integrated monitoring and control architecture, helping equipment engineers and process engineers perform troubleshooting, maintenance, process development, optimization, and equipment status review more efficiently
Decades of Installed Base & Customer Applications
Production-proven plasma chamber technology inherited from historically accepted semiconductor platforms, together with modernized Allwin21 systems, has been widely used in semiconductor fabs, universities, and research institutes for decades
Customers benefit from lower adoption risk because the process platform and chamber behavior are already widely accepted and understood in real semiconductor applications
The accepted process platform helps customers move faster from installation and acceptance into real process development, optimization, and production operation
Not Sure Which Plasma Asher Fits Your Application?
Send wafer size, material, resist type, process target, uniformity requirement,
throughput target, and RF sensitivity for recommendation.
AW-105R Plasma Stripper Asher . Wafer Size: 3-6.25 inch. 1-4 gas lines with MFCs. 60-200C Temperature with CLTC control . Anodized Chuck with Element heating and chiller cooling. Stand Alone. Integrated solid robotic wafer transfer. Single Wafer Process. Suitable for high uniformity, repeatability processes.
AW-1008 Plasma Stripper Asher . Wafer Size: 3-6 inch. 1-4 gas lines with MFCs. 100-200C Temperature without control and 200-350C with CLTC. IR Lamp Heating. Stand Alone. Integrated solid robotic wafer transfer. Single Wafer Process. Suitable for high temperature, quick stripper processes.
AW-B3000 Plasma Asher Descum Clean. Small Samples to 8 inch. 1-4 gas lines with MFCs. 100-200C Temperature without control. Desktop or Stand Alone. Manual Load, Batch Process. Low cost. Suitable for no uniformity requirement processes.