Micro-Scissors Onyx - Helmut Zepf (46.319.17TISC) - Delynov

What are the Onyx micro-scissors - Helmut Zepf?

The Onyx micro-scissors, bearing reference 46.319.17TISC, are high-precision surgical instruments manufactured by Helmut Zepf Medizintechnik GmbH. Designed in high-quality medical stainless steel, these scissors are distinguished by their specific Onyx finish. This device is specifically developed to meet the requirements of micro-surgery, where the fineness of the working end is crucial for handling delicate tissues. As a Class I instrument, it meets the rigorous manufacturing standards of the German medical industry, guaranteeing a reliable structure for daily oral surgery procedures.

What are the clinical indications for these onyx surgery scissors?

The intended use for these onyx surgery scissors primarily concerns the separation and cutting of living tissues during surgical interventions. They are also indicated for sectioning surgical aids such as suture threads and drainage tubes. In clinical practice, these dental surgery micro scissors are particularly suitable for periodontology, implant surgery, and endodontic micro-surgery interventions. Their design allows for a precise approach in restricted access areas, facilitating clean excision of soft tissues without excessive compression, which is essential for promoting optimal post-operative healing.

What are the technical characteristics of this instrument?

These Helmut Zepf micro-scissors (code 46.319.17TISC) are manufactured from a medical stainless steel selected for its strength and its ability to maintain a durable sharp edge. The instrument benefits from an Onyx finish that improves surface properties. This device is delivered non-sterile and requires a complete preparation protocol before any use. The design of the instrument, including the choice of materials and assembly, allows for multiple processing cycles (cleaning, disinfection, and sterilization), although a maximum limit of cycles cannot be defined due to the variability of reprocessing methods.

What are the contraindications for the use of this device?

The main medical contraindication lies in the patient's known hypersensitivity or intolerance to metals, particularly to the components of medical stainless steel. If a hypersensitivity reaction is triggered upon contact with the instrument, the procedure must be immediately stopped and necessary medical measures must be taken. Furthermore, the use of the instrument is strictly contraindicated if it shows visible damage or wear, such as cracks, breaks, or defects on the cutting edges, as this could compromise patient safety and the effectiveness of the surgical gesture.

What are the maintenance and sterilization precautions?

All Helmut Zepf instruments must imperatively be cleaned, disinfected, and sterilized before the first use, as well as after each subsequent use. It is crucial to thoroughly inspect each product before use to detect any signs of wear or damage. Never use damaged products. The reprocessing process depends on the product design and the materials used. Since they are delivered non-sterile, compliance with current sterilization protocols is mandatory. Compatibility with other products used simultaneously must also be verified beforehand by the practitioner.

Who is the manufacturer and what standards are respected?

The official manufacturer of this device is the company Helmut Zepf Medizintechnik GmbH, located in Seitingen-Oberflacht, Germany. This product is classified as a Class I medical instrument according to current regulations. The manufacturer requires that the use of these dental onyx scissors be exclusively reserved for qualified healthcare professionals. Compliance with the safety and maintenance instructions specified by Helmut Zepf is indispensable to guarantee the conformity of the device throughout its operational lifespan. The manufacturer's commitment is based on recognized expertise in the production of precision surgical instruments.

State of the art

Specialized surgical instrumentation is evolving towards ergonomic designs.