Hospitals and Dental Hospitals
The GS-10 is built for hospitals and large dental hospital departments, supplying between ten and fifteen chairs from one exceptionally capable unit. A single central suction source simplifies installation and servicing compared with many smaller pumps, while its highest-in-range air flow keeps every chair working smoothly. For major facilities that need dependable suction across a large number of chairs, the GS-10 provides a robust, centralised solution engineered to perform throughout intensive clinical sessions.
Dental Schools and Teaching Clinics
Dental schools and teaching clinics often run large numbers of chairs simultaneously, demanding reliable central suction at scale. The GS-10's most powerful 3400 watt motor and exceptional 3000 litre-per-minute air flow provide the steady, high-volume performance these busy environments require. Serving up to fifteen chairs from a dedicated plant room on a three-phase supply, it gives teaching facilities a hospital-grade suction source able to support continuous, high-throughput clinical training day after day.
Large New Facility Installations
When fitting out a large new hospital department, dental school or major clinic, a single high-capacity suction unit like the GS-10 simplifies planning. Rather than installing and maintaining many smaller pumps, the facility can run ten to fifteen chairs from one robust unit in a dedicated plant room, on a 380 volt three-phase supply. With by far the highest air flow in the range, it provides ample suction headroom, making it a practical choice for the very largest dental installations.
Demanding High-Throughput Operation
The largest facilities depend on suction that performs without fail. The GS-10 provides exceptional, steady high-volume performance for up to fifteen chairs, with by far the highest air flow in the range, while running at an impressively low 55 dB(A). Its large, robust build suits intensive continuous use. Hospitals and major clinics that need the highest-capacity central suction gain a unit engineered for reliable everyday operation across very high patient volumes.
