--- title: Let us introduce HS8 and HP8 description: New model sizes for Metenova High Shear and High Power magnetic mixers image: https://www.metenova.com/hubfs/Products/HS/DSC02000_hs_retuch_deliver.jpg --- The long-anticipated size 8 is finally here. Say hi to HS8 and HP8. Our efficient and result-oriented mixer familys' High Shear and High Power has expanded! A new size and with a complete documentation to support and validate your demands.  ![DSC02000_hs_retuch_deliver](https://www.metenova.com/hs-fs/hubfs/Products/HS/DSC02000_hs_retuch_deliver.jpg?width=3936&name=DSC02000_hs_retuch_deliver.jpg) ### Bigger volumes in less time The HS8 and HP8 are for the same applications that already exisiting model sizes handle, but they are able to process bigger volumes - saving valuable time in production. ### The High Shear series: mixes whatever doesn't want to get mixed. ### ![HS8](https://www.metenova.com/hs-fs/hubfs/Products/HS/HS8.png?width=201&name=HS8.png) The High Shear mixer consists of a magnetically driven high-speed rotor in close proximity to a fixed stator. The created close-clearance gap between these two parts, in combination with high relative speed between them generates extremly high-shear forces as the material is processed though the High Shear Mixer. [Read more about the High Shear technology](https://www.metenova.com/blog/validated-decision-within-high-shear)   ### **The High Power series:** extra mixing muscles at your service.  ![HP8](https://www.metenova.com/hs-fs/hubfs/Products/HP/HP8.png?width=192&name=HP8.png) The High Power mixer is a solid and liquid mixer with the main objective to create and maintain a dispersion of solids in a liquid phase suitable for the desired process result.  [Read more about the High Power technology](https://www.metenova.com/blog/highpowermixer)   ![Author: Metenova](https://www.metenova.com/hs-fs/hubfs/logo_metenova_symbol_blue.png?width=75&name=logo_metenova_symbol_blue.png) [![icon-linkedin](https://www.metenova.com/hubfs/Assets/metenova-com/icons/icon-linkedin.svg) ](https://www.linkedin.com/company/metenova/) ##### **Metenova** With a long experience in the engineering of magnetic mixers, and comprehensive knowledge of hands-on application – we keep challenging the limits of mixing technologies. [**See all articles by this author** ](https://www.metenova.com/blog/author/metenova) ## **Topic** - [Innovation](https://www.metenova.com/blog/tag/innovation) Subscribe to blog Share article [![The Hidden Power of Plasma: From Blood to Lifesaving Therapies](https://www.metenova.com/hs-fs/hubfs/Illustrationer/proteine-1-2.png?width=600&name=proteine-1-2.png) ](https://www.metenova.com/blog/bloodplasma-fractionation) ### [**The Hidden Power of Plasma: From Blood to Lifesaving Therapies** ](https://www.metenova.com/blog/bloodplasma-fractionation) [![Author: Helen Farman](https://www.metenova.com/hs-fs/hubfs/DSC00360-1.jpg?width=32&height=32&name=DSC00360-1.jpg)Helen Farman ](https://www.metenova.com/blog/author/helen-farman) [![Shear damage to Biopharma products](https://www.metenova.com/hs-fs/hubfs/Illustrationer/proteine-1-2.png?width=600&name=proteine-1-2.png) ](https://www.metenova.com/blog/shear-damage-biopharma) ### [**Shear damage to Biopharma products** ](https://www.metenova.com/blog/shear-damage-biopharma) [![Author: Andreas Svanström](https://www.metenova.com/hs-fs/hubfs/DSC00870-1.jpg?width=32&height=32&name=DSC00870-1.jpg)Andreas Svanström ](https://www.metenova.com/blog/author/andreas-svanström) [![What are the benefits of quick vessel sketches?](https://www.metenova.com/hs-fs/hubfs/AI-Generated%20Media/Images/make%20a%20picture%20of%20drawings%20for%20stainless%20steel%20vessels%20for%20the%20pharma%20industry.jpeg?width=600&name=make%20a%20picture%20of%20drawings%20for%20stainless%20steel%20vessels%20for%20the%20pharma%20industry.jpeg) ](https://www.metenova.com/blog/vesselsketch) ### [**What are the benefits of quick vessel sketches?** ](https://www.metenova.com/blog/vesselsketch) [![Author: Peter Sandin](https://www.metenova.com/hs-fs/hubfs/Email%20resources/Lager%200.png?width=32&height=32&name=Lager%200.png)Peter Sandin ](https://www.metenova.com/blog/author/peter-sandin) [![How does viscosity affect the mixing?](https://www.metenova.com/hs-fs/hubfs/AI-Generated%20Media/Images/High%20viscosity%20liquid%20dripping%20down%20in%20a%20stainless%20steel%20tank.jpeg?width=600&name=High%20viscosity%20liquid%20dripping%20down%20in%20a%20stainless%20steel%20tank.jpeg) ](https://www.metenova.com/blog/how-does-viscosity-affect-the-mixing) ### [**How does viscosity affect the mixing?** ](https://www.metenova.com/blog/how-does-viscosity-affect-the-mixing) [![Author: Alf Löfving](https://www.metenova.com/hs-fs/hubfs/People/no-avatar2.png?width=32&height=32&name=no-avatar2.png)Alf Löfving ](https://www.metenova.com/blog/author/alf-löfving) ** ##### Share page [![icon-email](https://www.metenova.com/hubfs/Assets/metenova-com/icons/icon-email.svg) ](mailto:?subject=Let%20us%20introduce%20HS8%20and%20HP8&body=https%3A%2F%2Fwww.metenova.com%2Fblog%2Fsay-hi-to-hs8-and-hp8) Email [![icon-linkedin](https://www.metenova.com/hubfs/Assets/metenova-com/icons/icon-linkedin.svg) ](https://www.linkedin.com/shareArticle?mini=true&url=https%3A%2F%2Fwww.metenova.com%2Fblog%2Fsay-hi-to-hs8-and-hp8) LinkedIn [![icon-whatsapp](https://www.metenova.com/hubfs/Assets/metenova-com/icons/icon-whatsapp.svg) ](https://wa.me/?text=https%3A%2F%2Fwww.metenova.com%2Fblog%2Fsay-hi-to-hs8-and-hp8) Whatsapp Subscribe to the Metenova Knowledge Blog Show more **