Autdor PEPAX Lance Tattoo Needles Cartridge 1214RSL – 20Pcs #12 Standard & 14 Round Shader, 0.35mm, 3.5mm Taper, Safety Membrane

Overview

Discover the Autdor PEPAX Lance Tattoo Needles Cartridge 1214RSL, a 20-piece set designed for versatility and consistent results. Built for professionals and enthusiasts alike, these cartridges pair a 0.35 mm diameter with a 3.5 mm long taper and a safety membrane. The kit includes standard #12 and 14-round shader configurations, crafted to support a range of tattoo styles from crisp lines to smooth shading.

Key specifications and benefits

• Varied sizing options: available with diameters 0.18, 0.20, 0.25, 0.30, and 0.35 mm to suit lining, shading, and stippling needs.
• Long taper of 3.5 mm helps pigment travel smoothly toward the tip for more controlled delivery.
• Safety membrane design keeps ink from traveling back toward the machine and helps maintain a cleaner workflow.
• High compatibility with most tattoo machines thanks to standard construction and reliable components.

Design and performance

• Internal stabilizer in the Round Liner improves stability during lining for more even lines.
• The Magnum back groove enhances ink storage while keeping the tip open for easy cleaning and maintenance.
• The unique non-slip strips on both sides aid quick, secure needle changes and better control during sessions.
• The concave back of the shell provides a comfortable grip, helping fatigue-free handling during longer work.

Real-world use and considerations

Whether you focus on precise outlines, bold shading, or transitional gradients, this Autdor set is designed to support a range of techniques. The combination of a rugged Japanese stainless steel core and a durable PC shell aims to deliver reliable performance across repeated sessions while maintaining a clean, organized work path. Use as part of a professional toolkit or for skilled hobbyists looking to expand their cartridge options without compromising safety or comfort.

Note: Benefits described are design intentions and real-world results may vary with technique, machine compatibility, and user experience. This overview highlights potential advantages rather than guarantees.