Meso-relle blunt-tip microcannulas with introducer needle

The microcannula is a flexible needle that does not cut: the tip is closed and rounded and the product comes out of a side port just below the end. To insert it you need a small entry point in the skin, which is opened with the sharp introducer needle: that is why each microcannula is packed together with its introducer, already in the right size, in a single sterile blister.

The manufacturer intends it for intradermal administration and specifies use under medical supervision; among the fields of use it lists aesthetic medicine, together with rheumatology, traumatology and sports medicine. The Luer Lock fitting screws onto any syringe with the same fitting.

Sizes range from 30G × 30 mm, the finest, to 17G × 90 mm. The sizes up to 70 mm with gauges from 22G to 30G are the standard series; those from 17G to 22G, 70 or 90 mm long, make up the XL series.

Features

• Flexible microcannula with closed blunt tip and side exit port
• Multi-bevel introducer needle in the same blister
• Luer Lock fitting
• AISI 304 stainless steel tube
• Latex-free and phthalate-free (DEHP)
• Sterilised with ethylene oxide, single-use

Technical data

• Standard series, microcannula + introducer needle: 22G × 50 mm + 21G × 25 mm · 22G × 70 mm + 21G × 25 mm · 25G × 40 mm + 23G × 25 mm · 25G × 50 mm + 23G × 25 mm · 27G × 40 mm + 26G × 13 mm · 30G × 30 mm + 27G × 13 mm
• XL series: 17G, 18G, 19G, 20G and 21G in 70 and 90 mm; 22G in 90 mm
• Class IIa medical device, sterile (notified body 0373)
• Biocompatibility according to UNI EN ISO 10993-1
• Shelf life 5 years from sterilisation
• Packaging: each set in a single blister of medical-grade paper and polypropylene, box of 25 sets

Warnings

• To be used under medical supervision
• Do not use if the blister is open or damaged; use immediately after opening
• Single use: do not reuse or resterilise
• Stop using it if you notice any leakage
• According to the distributor, not for patients under 16 kg
• Keep in a dry, clean place, away from light and heat