Aim Tool for Acromioclavicular Joint Dislocation Reconstruction/shoulder Arthroscopy Instrument Set Orthopedic Instruments

Product Description

Shoulder Instruments

Acromioclavicular Dislocation Apparatus Shoulder Instruments Sport Medicine Orthopedic Instruments

Aim Tool for Acromioclavicular Joint is reserved for severe injuries that have major bone displacement or complete ligament tear, or injuries that aren't healing well with conservative approaches. AC joint separations are graded on what's called the Rockwood classification system, which considers the severity of the damage to the joint and surrounding muscle system.

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Specification

Name Acromioclavicular dislocation instrument set sports medicine for shoulder
Delivery Within 7 days
Logo Customized available
Quality High standard medical grade
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Payment & Delivery

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Our Advantages

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Frequently Asked Questions

Q: What is the primary use of the Aim Tool for the Acromioclavicular joint? A: It is specifically designed for the surgical treatment of severe AC joint dislocations, particularly for cases with significant bone displacement or complete ligament tears.
Q: Which injury classification system is this apparatus designed for? A: The tool is ideal for addressing AC joint separations classified under the Rockwood system, specifically those requiring surgical intervention.
Q: How soon can I expect delivery for standard orders? A: Standard instrument sets are typically processed and shipped within 7 business days.
Q: Are the instruments made to high medical standards? A: Yes, all instruments are manufactured according to high medical standards to ensure precision, durability, and safety during sports medicine and orthopedic procedures.
Q: Is logo customization available for the instrument sets? A: Yes, we provide customized logo services to meet specific professional or institutional branding requirements.
Q: What materials are used for these orthopedic instruments? A: These instruments are crafted from premium-grade materials suitable for orthopedic surgery, ensuring biocompatibility and resistance to sterilization processes.

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