Stainless Steel Fine Blade Handle - 10.2 cm (MFINE23) Swann-Morton (6062) - Delynov

What is the Swann-Morton fine scalpel handle (MFINE23)?

The stainless steel fine handle - 10.2 cm (MFINE23) is a high-precision surgical instrument manufactured by Swann-Morton Ltd. Specifically designed for dental and oral surgery, this fine scalpel handle is distinguished by its medical-grade stainless steel structure, ensuring optimal corrosion resistance. Its total length of 10.2 cm makes it a compact tool, ideal for practitioners seeking a micro scalpel handle adapted to the restricted spaces of the oral cavity. This device is a fundamental component for mounting compatible scalpel blades, allowing for rigorous manipulation during the initial incision phases.

What are the clinical indications for this scalpel handle?

In accordance with the specifications from the manufacturer Swann-Morton Limited, this device is indicated for dental surgery, specifically for soft tissue incision. In clinical practice, it is used by dental surgeons and implantologists during the creation of flaps, gingivectomies, or any other intervention requiring a clean section of the mucosa. This steel scalpel handle allows for precise incision outlines, essential for promoting optimal healing after the operative act. Its use is strictly reserved for healthcare professionals trained in oral surgical techniques.

What are the technical characteristics of the MFINE23 handle?

The Swann-Morton MFINE23 handle features specific technical characteristics to meet the requirements of micro-surgery. Manufactured in stainless steel, it measures exactly 10.2 cm in length, which classifies it among fine instruments. This micro scalpel handle is designed to provide a stable grip while maintaining great lightness. As a Class I medical device, it meets the strict European manufacturing standards identified by the CE2797 marking. Its design allows for sterilization in compliance with standard hospital protocols, thus ensuring the microbiological safety necessary in a surgical environment.

What are the contraindications for the use of this instrument?

The manufacturer Swann-Morton Limited does not specify particular medical contraindications in the provided technical documentation. However, as with any stainless steel instrument, use should be avoided in patients with a known hypersensitivity to the metals composing the alloy, although this is rare for this type of surgical steel. It is imperative not to use the instrument if it shows signs of degradation or corrosion. Use is limited to soft tissue incision; any diverted use on hard tissues or non-biological materials could damage the device or compromise the safety of the procedure.

What are the precautions for use and storage?

To guarantee the longevity of the Swann-Morton steel scalpel handle, it must be stored in a clean and dry environment, at a temperature between 0 and +40°C. It is crucial not to expose the instrument near a direct heat source. After each intervention, the device must be cleaned and sterilized according to current protocols. When removing used blades, extreme caution is required to avoid blood exposure accidents. Finally, the product must be disposed of, if applicable, in a container suitable for sharps or by incineration in accordance with local regulations on healthcare activity waste.

Who is the manufacturer and what standards are met by this product?

This scalpel handle is manufactured by Swann-Morton Limited, headquartered at Owlerton Green, Sheffield, United Kingdom. It is a manufacturer recognized for its expertise in surgical cutting instruments. The product is classified as a Class I medical device and bears the CE2797 marking, attesting to its compliance with the safety and performance requirements of the European Union. Healthcare professionals are invited to carefully read the attached instructions for use to comply with all manufacturer recommendations regarding the intended use and maintenance of this precision surgical instrument.

State of the art

Specialized surgical instrumentation is evolving towards ergonomic designs.