Pentel Orenz Mechanical Pencil 0.2mm Black Barrel Made in Japan

The Pentel Orenz Mechanical Pencil 0.2mm Black Barrel delivers precise writing and detailed control, making it an excellent choice for notes, sketches, and illustrations. Its distinctive Orenz system helps guard the lead by allowing the tip pipe to slide downward as the lead becomes shorter, supporting smooth writing with fewer breaks. The moisture-resistant storage guidance also helps maintain the pencil when not in use.

As an entry-level model in the Pentel Orenz Mechanical line, this pencil is ideal for anyone seeking ultra-fine strokes and dependable performance. One-click operation and a 0.2 mm lead diameter make it well suited to reference notes, technical tasks, and detailed work requiring accuracy.

• Product Material: Brass, Recycled PC, Iron, Stainless Steel

• Manufacturer: Pentel

• Made in: Japan

• Ultra-fine 0.2 mm lead supports accurate writing, sketching, and illustration
• Pentel Orenz system minimizes lead breakage as the sliding tip pipe follows the wearing lead
• One-click entry model offers straightforward and convenient operation
• Comfortable grip and lightweight body make handling easy
• Strong construction includes a brass tip, recycled PC shaft, iron clip, and stainless steel knock
• Compact form fits conveniently inside a pencil case or everyday bag
• Designed for fine line work, detailed drawings, and reference writing

Press the pencil once to extend the lead, then write with light, even pressure for optimal performance. Since the lead is exceptionally fine, avoid pushing down forcefully to reduce the chance of breakage. Use it for precise notes, technical drawings, or intricate illustrations, and replace the lead with compatible 0.2 mm refills as required.

When the pencil is not being used, keep it inside a case or pencil pouch to safeguard the delicate tip. Protect it from drops, excessive pressure, extreme heat, and moisture. If necessary, gently clean the barrel and tip with a dry cloth, avoiding strong cleaners and contact between moisture and the internal mechanism.