Small Screwdriver Tree for Screwdriver Handle - Jeil Medical (113-MN-101) - Delynov

What is the Jeil Medical mini screwdriver shaft (113-MN-101)?

The mini screwdriver shaft for screwdriver handles, reference 113-MN-101, is a precision surgical instrument designed by Jeil Medical. This specific device belongs to the GBR (Guided Bone Regeneration) category and serves as an essential intermediate component for fixation procedures. Manufactured by Jeil Medical Corp., this accessory is distinguished by its compact design, suitable for restricted surgical environments. It is intended to be mounted on a compatible screwdriver handle to facilitate the manipulation of micro-fixation screws during bone reconstruction procedures in oral surgery.

What are the clinical indications for this Jeil Medical accessory?

This Jeil Medical mini screwdriver shaft is primarily indicated for oral surgery, implantology, and maxillofacial surgery. Its use is focused on Guided Bone Regeneration (GBR) protocols requiring the placement of miniature fixation systems. It allows the practitioner to ensure precise force transfer during screwing, thus guaranteeing the primary stability of bone-holding devices. Its "mini" format is particularly suited for difficult-to-access areas where the ergonomics of the instrumentation are critical for the success of the surgical intervention.

What are the technical characteristics of model 113-MN-101?

The Jeil Medical model 113-MN-101 features technical characteristics optimized for micro-surgery. As a "mini" type screwdriver shaft, it offers a specific connection interface for screwdriver handles from the same range. Its structure is designed to provide adequate mechanical resistance while maintaining a slenderness that allows for increased visibility of the operative field. Technical reference 113-MN-101 ensures exact compatibility with the corresponding screw systems from the manufacturer Jeil Medical Corp., allowing for a play-free fit for optimal handling safety during the screwing phase.

What are the contraindications for the use of this device?

The use of this Jeil Medical screwdriver shaft is contraindicated in situations where the fixation components are not compatible with reference 113-MN-101. It must not be used with screwdriver handles or screws from other systems not validated by the manufacturer, at the risk of damaging the instrument or compromising the stability of the fixation. Generally, its use is prohibited if the patient presents general contraindications to oral surgery or if sterile conditions cannot be guaranteed. It is the surgeon's responsibility to check the integrity of the instrument before each use.

What are the maintenance precautions for this non-resorbable instrument?

As a non-resorbable metallic instrument, the Jeil Medical mini screwdriver shaft requires a rigorous cleaning and sterilization protocol between each patient. It is imperative to follow the specific recommendations of Jeil Medical Corp. regarding decontamination to avoid any risk of corrosion or cross-contamination. Practitioners must regularly inspect the condition of the shaft tip (reference 113-MN-101) to detect any signs of wear that could alter the precision of the screwing. Storage in a dry and clean environment is essential to preserve the mechanical properties of this precision tool.

Who is the manufacturer and what is the regulatory information?

The mini screwdriver shaft (113-MN-101) is officially manufactured by Jeil Medical Corp., a company recognized for its expertise in surgical fixation solutions. For any information regarding the regulatory class, specific CE marking, or ISO standards met by this device, it is essential to refer to the instructions for use provided by Jeil Medical or to consult the product labeling. As a distributor, Delynov ensures the traceability of this GBR category instrument. Healthcare professionals must systematically verify the device's compliance with current local requirements before any intervention.

State of the art

Guided bone regeneration (GBR) in implantology relies on membrane fixation quality.