Stryker

14 products

Showing 1 - 14 of 14 products

Stryker Cast Saws, Blades, and Medical Equipment

Stryker is a globally recognized leader in medical technology, trusted by healthcare professionals worldwide for over 75 years. Our comprehensive selection of Stryker products includes:

Cast Saws: Refurbished Stryker 940, 840, and 810 models for reliable cast removal
Replacement Blades: Ion nitrided (940-23), stainless steel (940-25), titanium nitride, and (940-35) options
Accessories: Cast spreaders, vacuum systems, and replacement parts
Professional Repair Services: Expert rebuild and restoration for all Stryker cast saw models

All Stryker equipment features precision engineering, patient safety features, and durability built for heavy clinical use. Shop genuine Stryker products with fast shipping and expert support.

Stryker Update:

Stryker recently shut down all their cast saw support here in the USA, leaving everyone to scramble for accessories and support. We contacted Stryker to find out if we could still get cast saw blades for our customers. Since Stryker products are sold globally, they provided us with 2 sources that still produce blades for Stryker and got them to ship to the USA.

Types of coatings often seen on cast saw blades. In order of strength. # 1 is the strongest blade coating.

#1 Dichronite blade (coated)
Another very effective blade coating is Tungsten Disulfide, or “Dichronite”. It is dry film lubrication applied to stainless steel blades under high air pressure. The steel blade “accepts” the coating as it bonds exceedingly well, causing a very lubricious surface when the treatment is complete. Other extremely hard compounds and elements, such as boron, have also been used in this manner with much success. These types of coatings afford users lower-cost performance attributes such as extended blade life and cooler cutting temperatures.

#2 Ion Nitriding (coated)
Currently, the most effective process available for maximizing cast saw blade life is Ion Nitriding. This “high-tech” process, also known as “plasma coating”, uses electron bombardment of nitrogen ions to form an incredibly strong, yet smooth surface to a base steel cutter blade. The process takes place in a vacuum vessel under a very high-voltage charged environment. The effect on the blade surface is a hardness factor nearly that of diamonds, and a very smooth surface that has a very low drag coefficient.

#3 Titanium Nitrided blade (coated)
Titanium nitride is a gold “ceramic” coating that is applied to a stainless steel base blade. Once applied, the blade surface becomes exponentially harder, and the drag coefficient is dramatically lessened. This results in much cooler surface temperatures during actual cutting, and longer saw tooth sharpness. Titanium coating adds a thin layer that protects the teeth, maintaining their effectiveness for a longer timeframe.

#4 PTFE (Teflon-coated)
Teflon is a very lubricious, slippery coating that is applied to the stainless-steel blade. The process is much like spray painting and takes place at room temperature. When dry and cured, the Teflon provides a non-stick, low drag coefficient surface that slides smoothly through casting materials. The drawbacks are that Teflon tends to wear off not long after first use. So, despite the lolow-frictionurface, the material often fails to stay permanently bonded, so some degradation is seen. Despite this small downside, PTFE-coated blades remain quite popular.

#5 Stainless Steel (not coated)
Stainless Steel blades are not coated. They are, however, made of high-carbon stainless alloy, which is “tempered” using a high-temperature hardening process that makes the steel much harder; therefore makes its teeth last longer during the cutting process. As the blade is used, the teeth gradually lose their sharpness over time. This results in a longer cutting time, and heat due to increased friction will be the result. A dull blade will produce so much heat that it may be felt by the patient even through the cast padding. A normal general orthopedic practice that removes 10 casts per week can expect a single stainless steel blade to last a month or two before needing to be changed.