ShakeSphere Tumbler - Black - 700ml


The ShakeSphere Tumbler is an innovative 700ml drink container designed for fitness enthusiasts and busy professionals who want a leak-proof, clump-free solution for protein shakes and smoothies without the need for noisy electric blenders. Its patented capsule design utilizes centrifugal force to blend ingredients thoroughly; however, it is specifically optimized for powders and soft fruits, meaning it will not handle ice or hard produce like a heavy-duty kitchen blender.
| Colour | Black |
|---|---|
| Container Volume | 700ml |
| Model Part Number | 5060436240994 |
| Brand | ShakeSphere |
No, the ShakeSphere is not designed to blend ice. Adding ice may damage the integrity of the container or cause the lid to loosen.
While the materials are durable, we recommend hand washing to maintain the internal finish and lid seal integrity.
No, the patented capsule design utilizes centrifugal force to mix ingredients, eliminating the need for mixing balls or meshes.
This variant holds 700ml, making it perfect for standard protein shakes and hydration.
Yes, the interior is specifically engineered to be smell-resistant, preventing odors from lingering even after repeated use.
Ensure the lid is threaded squarely onto the bottle and tightened firmly; check the silicone seal for any debris.
Add the liquid first before adding powder, and use a circular shaking motion rather than an up-and-down motion to maximize centrifugal force.
Before the first use, wash the tumbler thoroughly with warm soapy water. Because the bottle features a smooth, rounded base, it is recommended to store it upright, though the lid is designed to prevent leaks during transit. To maintain the smell-resistant finish, avoid using abrasive scouring pads or harsh chemicals, as a simple soft sponge and rinse are sufficient to keep the interior clean. When filling, ensure the lid is threaded correctly before shaking to maintain the integrity of the seal. This bottle is designed for hand washing to preserve the material quality over the long term.