Approximator Clamp frame 1.0 2.25mm

The Approximator Clamp frame 1.0 2.25mm is a specialized microvascular surgical instrument designed to assist with accurate positioning, alignment, and approximation of small blood vessels during delicate microsurgical procedures. Its frame-style configuration provides controlled support for appropriately sized vascular structures, making it a useful addition to specialized microsurgery, vascular surgery, and reconstructive surgical instrument sets. The specified 1.0–2.25mm working range is an important selection characteristic of this approximator clamp frame. Small blood vessels vary in diameter according to anatomical location and surgical application, so selecting an instrument that corresponds appropriately with the target vessel is essential. The operating surgeon should determine suitability based on vessel anatomy, tissue characteristics, surgical technique, and the requirements of the individual procedure. An approximator frame is intended to assist with maintaining the relative position of vessel segments during selected vascular repair and anastomotic procedures. By supporting controlled approximation, the instrument can provide a stable working arrangement while the surgeon performs delicate microsurgical steps. This can be especially useful when precise alignment of small-caliber vessels is required. The frame design provides a structured working configuration for controlled vessel positioning. During microsurgery, maintaining stable alignment can be important because small movements may affect the operative field. A dedicated approximator frame can help support consistent positioning while leaving the surgeon free to perform other aspects of the procedure using appropriate microsurgical instruments. The 1.0–2.25mm range places this model within a specialized small-vessel instrumentation category. It may be used as part of a comprehensive microsurgical system alongside microvascular artery clamps, fine dissecting forceps, microsurgical needle holders, vessel dilators, and specialized scissors. The exact combination of instruments depends on the procedure and the surgeon’s preferred technique. Professional microvascular instruments are commonly manufactured from surgical-grade stainless steel or other appropriate precision surgical materials. Stainless steel is widely used for reusable surgical instruments because it offers strength, durability, corrosion resistance, and compatibility with established cleaning and sterilization procedures. Exact material composition should be confirmed according to the manufacturer’s specifications for the specific instrument. Precision mechanical performance is essential when working with small vascular structures. The approximator frame should maintain proper alignment and allow controlled movement of its working components. Regular inspection is important to identify deformation, corrosion, loose components, or other damage that could affect instrument performance. The Approximator Clamp Frame 1.0–2.25mm can be incorporated into specialized microsurgery instrument sets, vascular surgery trays, reconstructive surgery collections, and small-vessel anastomosis systems. Its defined working range provides surgical teams with a dedicated option for appropriately sized vessels where controlled approximation and positioning are required. After use, the instrument should be cleaned promptly according to the manufacturer’s validated instructions. Fine working components should be carefully cleaned to prevent retained biological material or residue. Abrasive cleaning methods should be avoided where they may damage precision surfaces or affect the alignment of the frame. Following cleaning, the approximator should be thoroughly rinsed and dried before inspection. The instrument should be checked for correct alignment, smooth operation, structural integrity, corrosion, and signs of deformation. Any instrument that does not function correctly should be removed from clinical service and evaluated by qualified personnel. Sterilization should be performed according to the manufacturer’s validated instructions and the healthcare facility’s approved sterilization protocol. Proper cleaning before sterilization is essential for effective instrument processing. After sterilization, the frame should be stored carefully to protect its fine working components from impact, bending, contamination, and moisture. The Approximator Clamp Frame 1.0–2.25mm provides a specialized solution for professional surgical teams performing delicate vascular procedures. Its defined small-vessel range, frame configuration, and precision-oriented design make it a valuable component of microvascular and reconstructive surgical instrument collections. Key Features Specialized approximator clamp frame configuration Designed for vessels in the 1.0–2.25mm range Supports controlled small-vessel approximation Assists with accurate vessel alignment and positioning Suitable for selected microsurgical procedures Useful for small-vessel vascular repair and anastomotic techniques Compact design for restricted operative fields Designed for controlled handling of delicate vascular structures Suitable for professional microvascular instrument sets Precision-oriented surgical instrument construction Requires careful handling and storage Suitable for appropriate cleaning and sterilization procedures Product Specifications Specification Details Product Name Approximator Clamp Frame Instrument Type Microvascular Approximator Design Clamp Frame Working Range 1.0–2.25mm Primary Function Vessel approximation and alignment Surgical Specialty Microsurgery, Vascular Surgery Application Small-vessel positioning and approximation Instrument Category Microvascular Surgical Instrument Construction Precision surgical instrument material Reusable Subject to manufacturer specifications Sterilization According to validated sterilization protocols Intended Use Professional surgical applications FAQs 1. What is the Approximator Clamp Frame 1.0–2.25mm used for? It is designed to assist with controlled positioning, alignment, and approximation of small blood vessels during selected microsurgical and vascular procedures. 2. What vessel size is this approximator frame designed for? This model has a specified working range of 1.0–2.25mm and is intended for selected small-caliber vascular structures within that range. 3. What does a microvascular approximator clamp do? A microvascular approximator helps maintain controlled alignment between vessel segments during selected vascular repair and anastomotic procedures. 4. Is this approximator frame suitable for microsurgery? Yes. Its 1.0–2.25mm working range and specialized frame configuration are intended for selected microvascular and microsurgical applications. 5. What is the benefit of a frame-style approximator? The frame configuration can provide structured support for maintaining the relative position of small vessels during appropriate microsurgical techniques. 6. What material is used to manufacture this instrument? Microvascular instruments are commonly manufactured from surgical-grade stainless steel or other suitable precision surgical materials. Exact material specifications should be confirmed with the manufacturer.