Synthes Oscillating Saw Attachment (USED)

The Synthes Oscillating Saw Attachment delivers precise bone cutting with consistent performance, lightweight design, and seamless compatibility with Synthes power tools.

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$1,300.00

Product Description

The Synthes Oscillating Saw Attachment (SKU: 532.021) is a precision tool designed for efficient and accurate bone cutting in orthopedic and surgical procedures. Its compact and lightweight design ensures ease of handling and maneuverability during operations.

Compatible with Synthes power tools, this attachment integrates seamlessly into surgical systems for reliable performance. Constructed with high-quality materials, it delivers long-term durability and consistent oscillating motion for optimal cutting precision. Engineered for low-maintenance operation, it features easy cleaning and secure attachment mechanisms, making it an essential tool for modern surgical environments.

 

A Synthes Oscillating Saw Attachment is a specialized tool that connects to a powered handpiece and enables surgeons to perform precise and controlled bone cutting during various orthopedic procedures. It essentially transforms the handpiece into a high-speed oscillating saw.

FeatureDescription
ModelSynthes Oscillating Saw Attachment
SKU532.021
ApplicationsDesigned for precision cutting in orthopedic and surgical procedures.
PerformanceDelivers consistent oscillating motion for accurate and efficient bone cutting.
CompatibilityIntegrates seamlessly with Synthes power tools and related systems.
DesignCompact and lightweight design for ease of handling and maneuverability.
MaterialConstructed with high-quality, durable materials for reliable, long-term use.
Ease of UseFeatures intuitive attachment for quick and secure installation.
MaintenanceEngineered for easy cleaning and low-maintenance operation.
Safety FeaturesEquipped with mechanisms to ensure controlled operation and enhanced safety.
PortabilityLightweight and portable for convenient use in various surgical settings.
PerformanceEnsures consistent and precise performance for optimal surgical outcomes.