🎉(Buy 1 Get 1 Free for a limited time)🎉ABCD Rotary Answer Black Neutral Pen

Introducing the ABCD Rotation Answer Black Gel Pen, a unique solution to the dilemma of difficult choices and indecisiveness. With its innovative design and functionality, this pen makes decision-making a breeze, allowing you to tackle tough questions with ease.

KEY FEATURES

DIFFICULT CHOICES, INDECISIVENESS, Solved in One Turn - Are you struggling to make a decision? Whether it's choosing between options or solving a dilemma, the ABCD Rotation Answer Black Gel Pen simplifies the process with its unique rotation mechanism. With just one turn, the pen provides a definitive answer, helping you overcome indecisiveness and move forward with confidence.

120° CLOCKWISE ROTATION TO REMOVE THE CORE - The ABCD Rotation Answer Black Gel Pen features a user-friendly rotation mechanism for effortless operation. Simply rotate the pen 120° clockwise to remove the core and access the ink for writing. To retract the core and secure the pen, rotate it counter-clockwise.

SILENT BEARING DESIGN FOR QUIET OPERATION - Experience distraction-free writing with the silent bearing design of this gel pen. Whether you're jotting down notes in a quiet environment or working in a bustling office, the pen operates quietly and noiselessly, allowing you to focus without disruptions.

SMOOTH WRITING AND COMFORTABLE HAND FEEL - Crafted with precision and attention to detail, the ABCD Rotation Answer Black Gel Pen offers the perfect balance of size, writing smoothness, and ergonomic comfort. Its sleek design fits comfortably in your hand, providing a pleasant writing experience.

SPECIFICATION

Case Color: Black, White, Blue, Orange

Quantity: 1pc, 2pcs

Shell Material: ABS

Nib Material: Stainless Steel

Length: 15cm/5.91inch

Pen Cap Length: 21mm

Diameter: 11mm

Nib Size: 0.5mm

Weight: 18g

PACKAGE INCLUDES

1×ABCD Rotation Answer Black Gel Pen

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.