Marker SMARTMAX Graphic Marker fineliner black 0.3 on blister — fine-tip black ink, 0.3 mm

SMARTMAX Graphic Marker fineliner black 0.3 is a fine-tip marker designed to deliver precise, consistent black lines for technical drawing, sketching and everyday writing. The 0.3 mm metal-clad tip produces controlled strokes with uniform ink flow, making it suitable for detailed work in office, school or design environments. The pen is supplied on a blister pack for individual retail presentation and easy storage.

Advantages

The fine 0.3 mm tip provides high line accuracy and clear, sharp results without excessive bleed on most papers. Black permanent ink dries quickly and resists smudging under normal handling, ensuring legible notes and crisp drawings. The compact fineliner body offers comfortable handling for extended use and controlled penmanship.

Suitable for

• Technical drawings and architectural sketches
• Detailed illustrations and inked artwork
• Handwriting, note-taking and annotating documents
• Office forms, planners and labeling
• School projects and study materials

Key specifications

• Tip size: 0.3 mm fine point
• Ink colour: black
• Tip type: fineliner (metal-clad tip for durability)
• Ink properties: permanent, quick-drying
• Packaging: single pen on blister card
• Barrel: lightweight, slim body for precise control

How to use

Remove the cap before use and hold the fineliner at a comfortable angle to the paper to achieve consistent line width. Apply light, steady pressure when drawing or writing; heavier pressure may slightly widen the stroke. Replace the cap securely after use to prevent the tip from drying out. The marker works on standard paper and most office surfaces; test on specialty papers before extended use to confirm compatibility.

Usage recommendations

For best results, store the fineliner horizontally and recap after each use. When creating technical drawings or layered illustrations, allow ink to dry between passes to avoid smearing. Avoid use on very absorbent or glossy surfaces where performance may vary.