Yamazaki Lunch Bag with Smartphone W25 x D19 x Tower brand insulated lunch bag with mesh pocket and smartphone storage pocket Item number Holder,

✅ AUTHENTIC PRODUCTS FROM JAPAN & SECURE PACKAGING - All products are genuine items sourced from trusted Japanese suppliers. - Product packaging, labels, manuals, or tags may be in Japanese. - We pack items carefully for safe international delivery.

✅ IMPORTANT NOTICE - Please check the product images, size, specifications, and compatibility before purchase. - For electronic items, Japan uses 100V and Type A plugs. A voltage transformer may be required. - Games, DVDs, Blu-rays, and media items may have region codes or Japanese-only language settings. ------------------------------ To ensure you purchase genuine products with confidence, please be sure to check the "seller" before making a purchase. Product dimensions: Main body: W25 x D19 x H19.5cm (excluding handle) Cable hole: W2 x H1.9cm Product weight: 235g Internal dimensions: Storage area: W23 x D19 x H18.7cm Mesh pocket: W16.5 x H11.5cm Toothpick pocket: W2.5 x H5.8cm Outer pocket: W23.2 x H13.3cm (opening: W22cm) Smartphone holder: W18.5 x H9.3cm Quality labeling: Outer fabric/Lining: Polyester; Handle: Polypropylene; Smartphone holder/Toothpick pocket: Poly Load capacity: 5kg (static load) *The outer pocket does not have insulation or cooling function. This lunch bag comes with a smartphone holder, allowing you to enjoy videos without placing your phone on a table. The phone is positioned upright, allowing for hands-free video viewing and social media checking. The hook-and-loop fastener makes opening easy – simply pull the handle. The wide base (23cm wide x 19cm deep) ensures your lunch stays stable and doesn't tip over easily. It features insulation to keep food warm or cold, and includes an internal mesh pocket for ice packs. An external pocket provides storage for your mobile device and cables. A cable hole allows you to charge your phone while it's in the holder, enabling comfortable video viewing and operation while charging.