Skip to content
For adults 21 and olderFree shipping on orders over $39United States · USD
Sale!

Good Smile Arts Shanghai Qset+ Detective Conan Edogawa and Ai Haibara Figures Japan

Original price was: $46.77.Current price is: $18.71.

SKU: 4580590194687 Category:

Free shipping on orders over $39

— people are viewing this right now Current activity

30-day return requests · See Shipping & Returns for conditions

Shipping & returns details →Payment service icons

Description

Description

The Good Smile Arts Shanghai Qset+ Detective Conan Edogawa and Ai Haibara Figures Japan bring to life two beloved characters from the iconic Detective Conan series. Crafted with meticulous attention to detail, these figures capture the unique personalities and appearances of Edogawa and Haibara. Perfectly suited for fans and collectors, they offer a charming addition to any display collection.
Manufactured by Good Smile Arts Shanghai, these Qset+ figures stand out with their high-quality design and finish. The figures showcase intricate sculpting and vibrant paintwork, making them not only collectible items but also appealing decorative pieces. Their compact size allows for easy display in various settings, celebrating the enduring appeal of Detective Conan.

Details

• Specifications:
Pre-painted
Assembly required

• Condition: New
• Manufacturer: Good Smile Arts Shanghai
• Recommended Age: 15+

Features

Features detailed sculpting of Edogawa and Ai Haibara characters from Detective Conan
Pre-painted figures ready for display with no additional painting required
Includes stands for stable display
Compact size ideal for collectors and fans
Requires minimal assembly

Care instructions

To maintain the quality of your figures, clean them gently with a soft, dry cloth to remove dust. Avoid using water or cleaning agents that might damage the paint or material. Keep the figures away from direct sunlight and high humidity to prevent discoloration or warping. Handle the figures carefully to avoid breaking delicate parts, especially during assembly or repositioning.