Compact Low Balance ISO Class 4 Ionizing Blower
Simco-Ion's Compact Low Balance ISO Class 4 Ionizing Blower Model 5822i with Sensor Control is designed to meet small-footprint ionizer requirements in automated process tools, offering exceptional performance in hard disk drive manufacturing and back-end semiconductor environments. The ionizer maintains a ±3V or better balance standard and exceptional ±1V with the optional external feedback system.
ISO Class 5 Self-cleaning TargetBlower
Simco-Ion's Low Balance ISO Class 5 Self-cleaning Ionizing TargetBlower Model 6202e is designed to control static charge in near critical environments. With ±5V or better balance, it meets the requirements for manufacturing Class 0 (Charged Device Model) devices. The TargetBlower’s space-saving design is perfect for point-of-use applications found in semiconductor final manufacturing and in other automated process tools.
Self-balancing Self-cleaning Ionizing Blower
Simco-Ion's Self-balancing Self-cleaning Ionizing Blower Model 6422e is the most efficient small blower of its kind for controlling static discharge in hard-to-reach areas. In the tight confines of process tools, ionization must be easy and cost-effective, but carry the same level of sophistication found in larger ionizers. The Model 6422e meets the challenge of cost and features that your process demands by delivering worry-free ionization.
Steady-state DC ISO Class 5 Benchtop Blower
Simco-Ion’s Steady-state DC ISO Class 5 Benchtop Blower Model 6432e with FMS Interface controls static discharge in assembly, inspection, and packaging areas. The Model 6432e can also be used in-tool to control static build-up problems such as product contamination, material mis-handling or microprocessor lock-up.
Local Area Self-balancing Compact Ionizing Blower
Simco-Ion’s Local Area In-tool Self-balancing Compact Ionizing Blower minION2 is designed to control electrostatic charges in semiconductor and electronics manufacturing equipment and for benchtop applications requiring high performance in a compact package.