Refunds, Returns & Delivery
Please note: We are not an online shop and do not sell products directly. We operate as a comparison service, helping you find the best deals by linking you to a wide range of trusted sellers. As such, we cannot intervene in or manage any transactions, deliveries, returns, or refunds made through third-party sellers. For any order-related queries, please contact the seller directly via the platform where your purchase was made. We can offer some information as follows:
Refunds
Sellers are required to offer refunds for specific items when they are faulty or not as described. This applies to things like bespoke products, perishable goods, unsealed software or media (CDs, DVDs, etc.), and print publications such as magazines or newspapers. Refunds will be issued using your original payment method—if you paid by card, the funds will return to that card, while PayPal or bank payments will be reimbursed to your PayPal account. If you paid using a mix of methods, each part will be refunded accordingly. Sellers generally initiate refunds within three working days, though PayPal may take up to 30 days to complete processing.

Designed to perfectly fit the Nintendo DSi XL and to keep it safe from scratches/debris when traveling, this hardshell case features strong magnets on its front corners, making the case very secure and locked in place when closed. The case is designed to store and protect the console and not for use when playing. ... My 3D printed products are all designed and made by myself, and are created by the sale! Production times typically range from as little as a few hours to a day, and I generally ship within 2-5 business days. The material I use for this product is Polylactic Acid (PLA). PLA is a biodegradable and bioactive thermoplastic derived from renewable resources such as corn starch or sugarcane. It belongs to the family of polyesters and is often used as a sustainable alternative to traditional petroleum-based plastics. PLA is known for its eco-friendly nature, as it has a significantly lower carbon footprint and is capable of breaking down into natural compounds under certain conditions. Its renewable origin and biodegradability make PLA a promising solution for reducing plastic waste and its environmental impact.