PhiAcademy - PMU Cartridges 0.18 1R (EN17) 3.5mm Taper - 20 pcs
+ VAT
This professional Round Liner (RL) cartridge for tattoos and permanent makeup is designed to deliver extreme precision, optimal ink control, and maximum reliability during treatments. Thanks to the ultra-thin 0.18 mm diameter and 1R configuration, it is especially suited for PMU artists and professionals who need meticulous details, very fine lines, and delicate shading. The advanced tip structure and membrane system ensure even pigment distribution, minimizing spillover, vibrations, and backflow.
Technical features:
- Transparent tip: allows direct visibility of the ink flow, facilitating immediate adjustments and improving control during the treatment.
- Safety membrane: helps maintain a cleaner and more hygienic working environment, preventing contamination and backflow.
- Extended tip profile: improves visibility of the treated area and limits ink leakage thanks to the integrated suction system.
- Siphon channel: designed to ensure even and consistent delivery even with denser pigments.
- Silicone membrane system: the quick-response membrane reduces vibration and noise, offering greater stability and operating comfort.
- 1RL configuration (Round Liner): ideal for precise lines, complex details, and light shading.
- Needle diameter 0.18 mm: perfect for extremely fine strokes and highly precise work.
- 1R tip: indicated for hair stroke, realistic details, and defined eyeliner in PMU treatments.
- Short 3.5 mm taper: promotes more intense color saturation and bolder lines.
- Medical-grade materials: durable 304 stainless steel needle, with a safe and non-reactive medical plastic structure.
- E.O. sterilization: each cartridge is sterilized with ethylene oxide and individually packaged to preserve sterility until use.
Recommended use:
Ideal for extremely precise work in tattooing and permanent makeup. Perfect for detailed eyeliner, hair-stroke eyebrows, realistic micro details, ultra-fine lines and light shading that require absolute control and even pigment distribution.