BIOTEK - Hybrid Long Lasting Brow Pigment Kit
+ VAT
Professional set of eyebrow pigments Biotek developed with Hybrid Long Lasting technology, designed to offer high color stability, easy implantation, and intense results from the very first session. The formulation combines organic and inorganic pigments with a special co-polymer additive, designed to improve color payoff and promote uniform, balanced healing.
The Hybrid Long Lasting pigments are ideal for PMU professionals who want warm, natural, high-performing shades for eyebrow techniques. The formula with a low percentage of carbon black allows for softer, more harmonious results, maintaining intensity and depth without excessive cool saturation.
The kit includes five warm shades designed for different color depths and phototypes:
- Spritz – Warm Blonde
- Piña Colada – Warm Light Brown
- Margarita – Warm Brown
- Mojito – Warm Dark Brown
- Bellini – Warm Extra Dark Brown
Thanks to their versatility, the colors can be used pure or mixed together to create custom shades and modulate the intensity, warmth, and depth of the final result. The fluid texture facilitates pigment implantation and allows for even application in hairstroke, shading, and powder brows techniques.
The Biotek Hybrid Long Lasting pigments are 100% Made in Italy and compliant with REACH and FDA regulations, ensuring high quality standards and formulation safety.
Technical features
- Professional eyebrow pigments Biotek
- Hybrid Long Lasting technology
- Blend of organic and inorganic pigments
- With special co-polymer additive
- Visible results from the first session
- Uniform and stable healing
- Easy to implant
- Low percentage of carbon black
- Ideal for hairstroke and shading techniques
- 100% Made in Italy
- Compliant with REACH and FDA
- Kit of 5 bottles of 15 ml
Recommended use
Recommended for PMU professionals who want to work with warm, natural shades with high color payoff. Ideal for eyebrow hairstroke, powder brows, and shading techniques, as well as for creating custom blends based on phototype and the desired result.