Identifying the problem

It takes 3 things to build the best batteries: chemistry, cell design and manufacturing. Today, manufacturing is often disconnected from cell design and chemistry and gets pushed to the end of the development cycle.

Finding the solution

As we electrify everything, demands for better batteries are shifting from GWh to TWh scale. To meet these demands all 3 domains need to come together, right from the start.

 

Manufacturing is key to enable battery technologies to reach their full potential.

Why choose us?

8inks enables battery technologies to reach their full potential with a new electrode coating solution that unlocks NextGen cell designs and materials at scale.

 

Manufacturing: Increase throughput and decrease cost, all the way to Tera-scale with 10X coating speeds.

 

Cell Design: Unlock new levels of performance by utilizing multi-layer architectures with a wide range of thicknesses, including ultra-thin layers.

 

Chemistry: Material flexibility to be your platform partner, tailored to meet the specific needs of your application.

 

 

MANUFACTURING
CHEMISTRY
CELL DESIGN

Pioneering multi-layer curtain coating

FOR ENERGY STORAGE
We are reimagining electrode manufacturing by introducing multi-layer curtain coating for batteries, leaving current production limits behind.
8inks
1-step manufacturing solution
Multiple layers
1 to >8
Wide thickness range
<1 to >200 μm
Ultra high speed
<30 to >600 m/min
Material flexibility
<10 mPa·s to >30 Pa·s
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ENERGY DENSITY
POWER DENSITY
SUSTAINABILITY
THROUGHPUT
CYCLE LIFE
SAFETY
WITH LESS
capex
opex
energy
complexity
process steps
area footprint

Boost cell performance

WITH 8INKS
Energy density
Safety
Cycle life
Power density
Sustainability
Energy density
High loadings, thick electrodes & optimized interfaces for Li metal
Safety
Use of non-flammable SSE & blocking layers of dendrites
Cycle life
Improved adhesion & novel electrode architectures
Power density
Thin electrodes & optimized micro-structure
Sustainability
Use of non-toxic solvents & reduced energy consumption during drying

Ramp up & save cost

WITH 8INKS

Multi-layer curtain coating enables 30% lower CAPEX & OPEX at production scale.

Increase production output by >4X
  • >2x wider coatings
  • >2x faster throughput with the same drying length
  • >75% less factory floor space
Reduce energy consumption
  • Optimize electrode layup without cracking or defects during drying
  • Reduce post-processing steps
  • Tailor electrode properties for handling
Use cases include
  • SILICON ANODES
  • LFP CATHODES
  • SOLID ELECTROLYTES
  • CUSTOM DESIGNS

8inks simplifies battery production and unlocks NextGen designs and materials.

 

We implement layered battery architectures in a single coating line, providing the opportunity to optimise for performance AND cost while ensuring compatibility with existing infrastructure.

Applications

As we electrify everything, 8inks is your battery manufacturing platform for all types of applications.

How to collaborate with us?

Start
Pilot projects to demonstrate our process impact for your electrode & battery targets. We provide end-to-end validation, from cell design to slurry & electrode engineering to pouch cells.
Continue
Electrode contract manufacturing with multi-layer curtain coating for your batteries and designs.
Scale
Customized production system implementation at your facility, both for new and existing coating lines.

We contribute to and embrace the UN sustainability goals

Affordable and clean energy
No emission during operation and excellent well-to-wheel efficiencies make lithium-ion batteries an ideal solution.
Responsible consumption and production
We envision a novel cell design that is recyclable at the largest possible scale and made from abundant resources.
Industry, innovation, and infrastructure
8inks is shaping new industry standards and processes for the next generation of battery technology.
Climate action
We accelerate the transition towards EVs by rethinking the manufacturing process of lithium-ion batteries.
Company

Based on years of research at ETH Zurich, we are bringing process innovation for energy solutions from Switzerland to the world.

 

Our goal is to accelerate a sustainable future for everyone by enabling batteries to reach their full potential at scale.

Dr Paul Baade
CEO
Leon Baade
CBO
Dr Christina Sauter
CTO
Dr Karl-Philipp Schlichting
COO
Dr Nils Wenzler
Head of Engineering
Stephen Lawes
Head of Cell Design
Riccardo Rodighiero
Battery Engineer
Dr Eveline van der Maas
Program Manager
Dr Mercè Martin
Chemist
Contact us

Reach out to us!