Zebra Pen P-MA141 Tect 2-Way 0.5mm Drafting Mechanical Pencil

The Zebra Pen P-MA141 Tect 2-Way RO Series writing instrument delivers an exact and steady performance, perfect for both technical drawing and general daily tasks. Its textured knurled grip ensures a firm and comfortable hold, effectively minimizing slippage for more productive and effortless extended writing sessions.

This advanced mechanical pencil incorporates an ingenious flushing system, allowing lead to be dispensed with a simple shake. Furthermore, it boasts a locking capability to avert unintended lead protrusion, thereby offering enhanced control and user-friendliness. Constructed from resilient components and equipped with a delicate 0.5mm tip, this implement is ideal for both seasoned professionals and academic learners.

• Product Material: Acrylic, Brass

• Manufacturer: Zebra Pen

• Made in: Japan

• Textured grip provides comfortable handling and prevents slippage
• Tip and lower barrel are integrated for unwavering writing stability
• Shake-activated flushing mechanism for simple lead dispensing
• Central ring rotation engages a lock to stop inadvertent lead extension
• A slender 0.5mm tip pipe allows for broad visibility and creation of accurate lines
• Sturdy build with an acrylic upper section and a brass lower section

Grasp the writing tool comfortably, making use of the knurled grip for enhanced steadiness. To advance the lead, just give the pencil a shake once the flushing system is activated by twisting the central ring rightward. To hinder accidental lead protrusion, turn the central ring leftward to engage the locking feature. Utilize the delicate 0.5mm tip for intricate and accurate writing or blueprinting.

Keep the pencil in a dry location to safeguard its components. Prevent dropping or applying undue pressure to preserve the tip's and mechanism's soundness. Clean the outside softly with a mild cloth to remove any grime or residue. Exchange the lead as required, and ensure that only leads of 0.5mm or smaller are used for optimal performance.