These Custom Reversible Octopus Plush Toys are a great promotional gift that are sure to be used. Each of these stuffed animals is well made, featuring PP cotton and crystal super soft fabric material, ensuring children won't be able to put them down. Double-sided design service is available for this octopus plush toy that can be easily flipped into different designs and expressions. Equipped with a hook and an elastic cord, it can be hung up or buckled onto a bag. A Perfect choice for your next event or gift.
Product Branding Information
Price includes sewn-in label, metal hook, elastic cord.
Custom embroidery face available.
Prices shown are based on the pp cotton and crystal super soft fabric, similar to those shown in sample images.
For more complex designs please contact us. Due to the highly customised nature of this product, it is highly recommended that a pre production sample is done before commencing production. For cost and time needed for this, please contact us prior to place your order.
We reserve the right to explain pricing based on the brief provided by the client.
10cm x 10cm
PP cotton and crystal super soft fabric
G/N Weight: 17/16kg
Meas: 69 x 51 x 52 cm
Lead time is from confirmation of artwork approval. Lead time refers to dispatch, final delivery time will depend on location and type of courier used.
Order fulfillment is dependent on stock availability, and delivery timeframe, of the factories which we work with. Please confirm availability with us before placing your order.
Upon request, we can provide certification documents for the factories that we source our products from. If you have a certain requirement, please mention at the time of quoting, so we can ensure to source from the appropriate factory before commencing the order. If we are required to switch a factory that we source from, to meet a certain requirement, there may be variations in price applicable.
Print Size Area
Due to differences between production batches, product sizes may vary
slightly. The above Colours and measurements are approximate, and for