EKSPRINT 12-Color Neon Dry Erase Markers for LED Note Boards | Bright, Erasable, Multi-Surface

Vivid Neon Colors for LED Note Boards

EKSPRINT’s 12-color neon marker set brings high-saturation fluorescent ink to light-up drawing boards and LED message surfaces. The translucent glow adds life to notes, diagrams, and quick sketches, helping ideas pop in real time. Each hue is chosen to work in harmony with the others, so you can create clear headers, vibrant highlights, and cohesive color schemes that are easy to read under LED illumination.

• 12 neon colors deliver a broad palette for emphasis, diagrams, and colorful journaling on lit surfaces.
• Fluorescent, water-based ink offers a bright look with a smooth, consistent finish.
• Thoughtful design includes a comfortable, balanced barrel for extended use without fatigue.

Designed for Comfort and Cleanliness

The markers feature a premium ink formula and a thoughtfully shaped barrel that fits naturally in the hand, promoting steady writing and minimal strain during longer sessions. The quick-drying ink helps reduce smudging, so your notes stay legible as ideas evolve.

• Easy erase capability keeps LED boards looking fresh with no stubborn ghosting.
• Water-based ink wipes away cleanly, enabling repeated use without residue buildup.

Versatile Surfaces and Creative Possibilities

With a practical 3mm tip, these markers perform well on a range of surfaces beyond LED boards. Use them on acrylic sheets, paper, and even textured materials such as wood or stone to highlight key points, sketch simple diagrams, or add accent colors to your projects.

Great Gift for Creative Minds

Kids, teens, and DIY enthusiasts will enjoy the vibrant visuals and the tactile experience of writing and drawing with EKSPRINT markers. They pair well with light-up drawing boards for thoughtful back-to-school, birthday, or holiday gifts that invite experimentation and self-expression.

Note: Benefits described reflect features designed into the markers and typical usage on compatible surfaces; results may vary depending on surface and lighting conditions.