Conmed TRS100SB2 - Anchor Foreign Body Retrieval System, 10mm, 235mL, 5.6cm Tissue Capacity, 5/Bx
The Conmed TRS100SB2 Anchor Foreign Body Retrieval System is a specialized device designed for efficient retrieval of foreign bodies during minimally invasive procedures. With a 10mm diameter and a capacity of 235mL, this system offers excellent performance for retrieving tissue fragments, objects, or materials in surgical settings. The device's 5.6cm tissue retrieval capacity ensures versatility across a range of clinical applications, while its robust design supports precise and safe extraction.
Engineered for reliability and ease of use, the Anchor Retrieval System streamlines procedures and minimizes risks, making it a trusted tool for healthcare professionals.
Key Benefits
- Efficient Retrieval:Optimized design for the secure and effective removal of foreign bodies and tissue fragments.
- Versatile Capacity:Accommodates up to 5.6cm of tissue or materials, suitable for a variety of surgical scenarios.
- Durable Construction:Built from high-quality materials to ensure reliability during critical procedures.
- Streamlined Design:Simplifies foreign body retrieval, reducing procedural time and complexity.
- Enhanced Safety:Minimizes risks associated with foreign body retrieval, protecting both patient and surgical staff.
Compatibility and Applications
The Conmed TRS100SB2 Anchor Retrieval System is compatible with standard surgical instruments and minimally invasive setups. It is ideal for use in:
- Gastrointestinal procedures requiring foreign body or tissue removal
- Endoscopic and laparoscopic surgeries
- Surgical retrieval of objects or debris in critical areas
- Diagnostic procedures involving tissue extraction
This system is highly suitable for hospitals, outpatient surgical centers, and diagnostic labs.
Usage Guidelines
- Inspect the device to ensure it is sterile and undamaged before use.
- Attach the retrieval system securely to compatible surgical tools or endoscopes.
- Follow institutional protocols for the safe extraction and handling of retrieved tissue or foreign bodies.
- Dispose of the single-use system as per biohazard waste guidelines after the procedure.
Detailed operational instructions are available in the products user guide.
Certifications, Safety Standards, and Regulatory Approvals
The Conmed TRS100SB2 is FDA-approved and CE-certified, meeting international safety and quality standards for medical devices. These certifications validate its reliability and effectiveness in clinical use.
Comparison with Competitor Products
Compared to other retrieval systems, the Conmed Anchor Retrieval System offers superior capacity and precision, coupled with robust design and safety features. Its compatibility with various surgical tools and its ease of use make it a standout choice for foreign body retrieval procedures.
Typical User Profile and Application Scenarios
This product is designed for surgeons, gastroenterologists, and operating room teams performing minimally invasive or endoscopic procedures. Common applications include:
- Retrieval of ingested foreign objects in the GI tract
- Removal of tissue or debris during laparoscopic surgeries
- Endoscopic retrieval in diagnostic and therapeutic procedures
Best Practices for Use and Maintenance
- Store the system in a sterile, controlled environment to maintain integrity.
- Follow recommended setup and usage procedures for optimal performance.
- Dispose of the device responsibly after single use to ensure compliance with safety and hygiene standards.
Regulatory and Safety Information
The Conmed TRS100SB2 complies with FDA and CE standards, ensuring safety, reliability, and adherence to global regulatory requirements for medical devices.
How to Order
To purchase the Conmed TRS100SB2 Anchor Foreign Body Retrieval System, visit the CIA Medical website and add the product to your cart. For bulk orders or additional inquiries, contact CIA Medical customer service at (312) 275-5850 or use the contact form on the product page.
The Conmed TRS100SB2 combines efficiency, safety, and precision, making it an essential tool for successful foreign body retrieval in modern surgical and diagnostic practices.
