Case Study

How a Battery Technology Startup Accelerated R&D Development 10x with Scispot alt-LIMS

June 19, 2025

Share on XShare by emailCopy link
Exploded coin cell battery components floating in a stack, representing faster battery R&D

Hurdles

Manual Electrochemical Testing Coordination

Limited API Integration for High-Volume Data Management

Complex Multi-Stage Battery Materials Workflow Management

10x

Faster Development Cycles

80%

Reduction in Manual Sample Tracking

100%

Sample Accountability

Challenges

The startup encountered several operational obstacles:

  • Complex Multi-Stage Workflow Management: Battery materials research demands precise timing and tracking across synthesis, electrode fabrication, XRD analysis, and electrochemical testing sequences.
  • Manual Processes: High-throughput screening required managing hundreds of samples manually across various testing procedures without automated queuing systems.
  • Scattered Data: Critical research data was fragmented across multiple instrument platforms, lacking programmatic access for real-time analysis or pipeline integration.

The Scispot Solution

Scispot implemented a unified platform to address these challenges:

  • Integrated Electrochemical Data Management: The platform utilized Labsheets to structure datasets and LabSQL for advanced querying of electrochemical performance metrics, supported by API connectivity.
  • Automated Workflow Orchestration: The team connected multi-stage development processes using alt-LIMS, which provided intelligent sample queuing and automated status tracking from synthesis through testing.
  • Unified Platform: The solution consolidated chemical precursor inventory management with experimental workflows, enabling real-time tracking of components like active materials, binders, and electrolytes.

Results

  • 10x Accelerated Discovery: By streamlining electrochemical characterization and enabling parallel processing, the startup dramatically reduced the time-to-insight for new cathode and anode materials.
  • 80% Reduction in Manual Tracking: Automated data capture and integrated Labsheets eliminated manual spreadsheet processes for electrochemical testing and materials characterization.
  • 100% Sample Accountability: The system provided complete audit trail tracking throughout the entire lifecycle—from materials synthesis to performance validation.
  • Enhanced Analytics: Advanced LabSQL querying and developer API capabilities allowed for real-time correlation analysis between materials properties and electrochemical performance.

Testimonial

"Battery materials research involves complex multi-stage workflows where timing and sample tracking are critical. Scispot alt-LIMS provided the developer-friendly platform we needed... The ability to programmatically manage workflows and query our database in real-time has transformed our materials discovery approach with full accountability."— Head of Materials Research

‍

Share this case study

Share on XShare by emailCopy link

Check our blog

Insights, trends, and product updates from our team.

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.