Sakuu Launches Multimaterial, Multi-Process 3D Printer for EV Batteries
Multimaterial, multi-process additive manufacturing platform solves issues of performance and cost, using 50% fewer materials to deliver up to twice the energy capacity in the same space or the same energy in half the space.
Sakuu’s new 3D printing process for solid-state batteries may unlock the mainstream adoption of EV and e-mobility vehicles by solving the previous issues of cost, performance, sustainability and range.
Sakuu Corp. (previously KeraCel Inc.), a provider of automated multi-process additive manufacturing (AM), has developed an industrial-grade 3D printer for e-mobility batteries. The company says the technology has the capability to unlock the mainstream adoption of EV and e-mobility vehicles by solving the previous issues of cost, performance, sustainability and range.
The company says the Sakuu AM Platform is the world’s first and only multimaterial, multi-process 3D printer. The multiple-AM technology blends powder bed and jetted material deposition and uses completely different multimaterials in a single-layer capability. The process combines ceramic and metal, as well as Sakuu’s PoraLyte support material, which removes part overhang limitations and enables the easier and faster creation of devices with internal channels and cavities.
The result is a solution that eliminates the shortfalls inherent with existing alternatives — typically low-energy density SSBs that are unsuitable for high-volume production and characterized by thick, brittle ceramic layers and poor interface. Instead, Sakuu’s AM platform is designed to deliver higher energy density SSBs with thin monolithic layers and seamless interface.
The Sakuu AM platform is said to offer an industrial-scale, ‘local’ battery production capability. This multimaterial, multi-process AM platform solves issues of performance and cost, using 50% fewer materials to deliver up to twice the energy capacity in the same space or the same energy in half the space. It also enables high-volume production of complex functional devices for a host of other applications, the company says.
The platform is also said to enable fast and high-volume production of 3D printed solid-state batteries (SSBs) that, compared to lithium-ion batteries, have the same capacity yet are half the size and almost a third lighter.
According to the company, its KeraCel-branded SSBs use around 30-50% fewer materials — which can be sourced locally — to achieve the same energy levels as lithium-ion options, thereby significantly reducing production costs. Additionally, Sakuu’s SSBs are said to offer improved safety and sustainability benefits.
Related Content
-
3D Printed Spares, Electrification and Cool Parts: Top 10 Stories of 2022: AM Radio #31
Our top articles and videos from 2022 reflect increasing use of additive manufacturing for replacement parts; growing applications for electric motors; and a maturing user base. Read through the top 10 list or listen to the AM Radio podcast episode all about these stories.
-
8 Transformations 3D Printing Is Making Possible
Additive manufacturing changes every space it touches; progress can be tracked by looking for moments of transformation. Here are 8 places where 3D printing is enabling transformative change.
-
What Does Additive Manufacturing Readiness Look Like?
The promise of distributed manufacturing is alluring, but to get there AM first needs to master scale production. GKN Additive’s Michigan facility illustrates what the journey might look like.
