THE LEVER PROCESS
The LEVER Process is our proven collaboration method, which utilizes your technology and Nexceris’ expertise, to allow our partners move to faster to commercialization. Using LEVER, Nexceris has the ability to prove product concepts on lab scale equipment before moving to larger quantities. We keep volume manufacturing in mind to develop scalable processes for our partners.
Whether you are sourcing materials from us or utilizing our products for the advancement of energy and environmental projects, the LEVER process is our proven method for collaboration to help you reach your goals.
WHAT VALUE NEXCERIS BRINGS TO EACH CUSTOMER PROJECT THROUGH LEVER:
- Less investment of equipment and technology
- Use the skills of our design, engineering, materials science teams to complement your existing team
- Screen a large variety of ideas to identify the best
- Delegate tasks to Nexceris to save time
- Focus more on R&D and commercialization and less on creating the processes
- 25 years of experience with advanced energy
- Ability to identify critical customer requirement
- 56,000 sq. ft small and pilot manufacturing capabilities
WHO WE USE LEVER WITH:
Startups
Demonstrate their technology concept
Benefits
- Less investment of equipment and technology
- Accelerate development and validation
- Get to market faster
Fortune 500 Companies
Expand capabilities of their internal groups
Benefits
- Empowers individuals to think outside of organizational limitations
- Expedites process from years to months
- Workforce is better utilized
- More efficient processes are established
National Labs and Universities
Accelerate results faster to secure next round of government funding
Benefits
- Utilize a vertically integrated product developer
- Gain extensive in-house testing validation
- Move more quickly from R&D to commercialization
NEXCERIS’ PROVEN METHOD TO SAVE TIME AND RESOURCES
LEARN – Nexceris works with your team to learn your needs and requirements.
ESTIMATE – Nexceris estimates the product value, using production scale models of the envisioned process to increase production.
VALIDATE – Nexceris validates the recommended process through lab-scale tests and delivery of material for testing.
ENHANCE – Nexceris enhances the value of the work by confirming process reproducibility and identifying process control limits.
RESULTS – Nexceris reports the revised cost model and the best remaining opportunities for process improvement.
LEARN MORE ABOUT LEVER BY READING OUR CASE STUDIES
Protective Coating Technology Transfer Case Study
Metal Air Battery Materials Scale-Up Case Study
Advanced LIB Material Development Case Study
Nexceris Updates
What are the Benefits and Best Applications of Cathode Powders? A Closer Look at LSM20-HP, LSC, and PCO
Cathode powders are materials that can be used in various electrochemical applications, such as solid oxide fuel cells (SOFCs), solid oxide electrolysis cells (SOECs), gas sensors, and more. Due to their unique properties and performance characteristics, Lanthanum Strontium Manganite (LSM20-HP), Lanthanum Strontium Cobaltite (LSC), and Praseodymium Cerium Oxide (PCO) are beneficial materials.
Nexceris and FCM attending H2 + FC EUROPE 2024
Nexceris and Fuel Cell Materials (FCM) are excited to participate in Hydrogen + Fuel Cells (H2 + FC) EUROPE, Europe’s largest trade fair for hydrogen and fuel cells. H2 + FC EUROPE offers a unique combination of exhibitions, two forum areas, and networking events to promote synergy and cross-industry cooperation between different technologies dedicated to solving global energy challenges.
National Lab Testing Demonstrates Value in Early Detection
Sandia National Laboratory recently conducted third-party testing to determine the state of stability of lithium-ion (Li-ion) batteries. Li-ion Tamer (Gen2 system) was included in the testing and demonstrated good results for its ability to improve Li-ion battery safety through off-gas detection.