SoftFil® Precision Micro-cannulas
Elevate the injection experience with SoftFil microcannulas
SoftFil®’s premium line of uniquely designed cannulas perfectly harmonizes safety, precision and comfort, delivering an intelligent choice for the future of injections.
The SoftFil® Precision microcannula is internationally recognized for its assets created for the comfort and safety of both physicians and patients. Its design allows an easy cannula insertion, a precise product placement and an optimal comfort for the patient.
13 sizes from 14G to 27G.
Our available sizes
(14G x 3.5”)
(16G x 3.5”)
(18G x 3.5”)
(22G x 1.5”)
(22G x 2”)
(22G x 2.75”)
(22G x 3.5”)
(23G x 2”)
(25G x 1.5”)
(25G x 2”)
(25G x 2.30”)
(27G x 1.5”)
(27G x 2”)
A round tip for greater safety
The round tip of the SoftFil® micro-cannula minimizes the risk of embolization and vascular complications. Atraumatic, it prevents superficial blood effusion*.
* CER/SIK Report
A clear side port indicator for greater control
The red dot on the base indicates the position of the product outlet to control the dispensing of the product with the greatest precision*.
*USE-CEG Report
A Luer Lock base for greater resistance
The base of the SoftFil® microcannula is specially designed for a reinforced connection with the microcannula to facilitate the daily gesture of the aesthetic doctor*.
*Part 8 “Design verification” of the TD-SIK.
A graduated design for greater precision
The graduations are a unique way of accurately identifying the location of the tip of the microcannula for safer and more precise injection*.
*USE-CEG Report.
The proper balance between rigidity and flexibility
The extra thin wall of the SoftFil® microcannula facilitates a proper injection speed and ensures a precise product placement.
*Part 8 “Design verification” of the TD-SIK.
Siliconized stainless steel tubes for greater comfort
A surface treatment is carried out on the tubes of the SoftFil® micro-cannulas in order to ensure a gliding action adapted to the skin tissue, to reduce patient discomfort and to improve the handling of the microcannula*.
