Mikrotužka Faber-Castell Grip 1347 modrá 0,7 mm

The Faber-Castell Grip 1347 Blue 0.7 mm mechanical pencil offers a compact design with a textured ergonomic grip for comfortable, controlled writing and drawing. Built for everyday use, the pencil uses 0.7 mm lead for precise, consistent lines and a balanced feel. Its blue barrel provides a recognizable, professional look while remaining lightweight and easy to carry in pencil cases or pockets.

Advantages

The Grip 1347 combines an ergonomic triangular barrel with soft grip zones that reduce hand fatigue during extended writing sessions. The 0.7 mm lead diameter delivers good line visibility and durability for note-taking, sketching, and technical work. The pencil’s compact mechanism provides reliable lead feed and a stable writing experience, while the clip and slim profile make it convenient to attach to notebooks or pockets.

Suitable for

• Students taking notes and doing homework
• Office work and everyday writing tasks
• Sketching, drafting and technical drawing
• Precision annotation and marking

Key specifications

• Lead thickness: 0.7 mm
• Barrel colour: blue
• Grip type: ergonomic textured grip zones
• Body shape: triangular/slim profile for comfortable hold
• Clip: integrated metal/plastic clip for attachment
• Mechanism: push-button lead advance

How to use

Advance the lead by pressing the push-button mechanism at the end of the pencil until the desired length of 0.7 mm lead is exposed. Hold the pencil using the textured grip zones to ensure stable control and consistent pressure while writing or drawing. When the lead becomes too short, refill with compatible 0.7 mm mechanical pencil leads according to standard refilling procedure. Store the pencil capped or clipped in a case to protect the tip and prevent accidental damage.

Recommendations

Use HB or B-grade 0.7 mm leads for general writing and sketching; choose harder grades (H) for finer technical lines and softer grades (2B–4B) for darker shading. Avoid dropping the pencil on hard surfaces to minimize damage to the mechanism and tip alignment.