System 8 surgical power tools – Stryker

Stryker System 8

The tools you trust — now safer than ever. Stryker System 8 power tools deliver more long-term reliability you can rely on. Designed for the operating room and the sterile processing department — in other words, designed for the whole hospital, so each power tool is dedicated to a stage.

Award-winning, improved design — deliberate, substantial changes give the System 8 handpieces improved ergonomics, a better hand position and a firmer grip.

Consistent power and runtime — high-capacity battery cells deliver improved performance for the toughest cases, and the large batteries last twice as long before replacement.

A keyless chuck — convenient and reliable — fast and efficient, the keyless System 8 locking chuck is designed to prevent loosening of subassemblies, with an added secondary locking mechanism.

Dedicated solutions in the System 8 family

• System 8 cordless driver — an evolution of the Stryker cordless driver, giving the confidence to drill, cut and ream in sports-medicine and ortho-trauma procedures. The exclusive PowerReam technology delivers a significant torque increase (vs standard reaming attachments) for demanding reaming.
• SABO System 8 sagittal saw — engineered to deliver optimal cutting speed, control and precision in every case.
• Stryker precision saw — an oscillating saw tip that reduces noise and vibration, improving handpiece control for a more precise surgical experience than a standard sagittal saw.
• A locking pivot built to last — technologically advanced material and coating help prevent residue build-up and provide increased grip, designed for threaded, fluted and straight pivots.

More water-resistant than ever — System 8 handpieces are built to be actively washed and can be temporarily immersed when needed during cleaning, before sterilisation.

High-capacity, heat-resistant batteries — System 8 batteries can sit on the shelf for 30 days without compromising performance; each battery’s insulation increases resistance to thermal damage during the high temperatures of sterilisation.