Lýsing vöru
"Leaf" Shape Brush (10/5 mm) for Gel and Polygel Modeling with Cap – Premium Synthetic Hair
This professional brush, featuring a precision-cut leaf-shaped tip (pointed-oval), is the absolute essential tool for the high-precision modeling of dense construction gels and polygel (acrygel). Crafted from premium quality synthetic hair with a fiber length of 10 mm and a width of 5 mm, this brush offers exceptional structural control and smoothing power.
The wide "belly" perfectly levels the material, while the sharp tip flawlessly reaches the side folds and cuticle area. This model includes a protective cap, ensuring the longevity of the bristles and total protection against accidental UV exposure.
Technical Solutions for Common Issues Gel/Polygel
Touching the Cuticle: Straight or square brushes are rigid and often push too much material onto the skin. The leaf shape of this brush mimics the natural curvature of the cuticle (eponychium area), allowing the technician to blend the material to the millimeter without touching the skin, effectively preventing lifting.
Lýsing vöru
"Leaf" Shape Brush (10/5 mm) for Gel and Polygel Modeling with Cap – Premium Synthetic Hair
This professional brush, featuring a precision-cut leaf-shaped tip (pointed-oval), is the absolute essential tool for the high-precision modeling of dense construction gels and polygel (acrygel). Crafted from premium quality synthetic hair with a fiber length of 10 mm and a width of 5 mm, this brush offers exceptional structural control and smoothing power.
The wide "belly" perfectly levels the material, while the sharp tip flawlessly reaches the side folds and cuticle area. This model includes a protective cap, ensuring the longevity of the bristles and total protection against accidental UV exposure.
Technical Solutions for Common Issues Gel/Polygel
Touching the Cuticle: Straight or square brushes are rigid and often push too much material onto the skin. The leaf shape of this brush mimics the natural curvature of the cuticle (eponychium area), allowing the technician to blend the material to the millimeter without touching the skin, effectively preventing lifting.