BT-Lab® Suite Software.
For BCS-series Battery Cyclers.
Power every step of your battery journey with BioLogic. From early development to high-throughput testing, our cyclers are built to accelerate innovation.
At the heart of it all, the BT-Lab® Suite empowers your team with intuitive on-site and remote access, smart batch data analysis, and effortless reporting.
Add climate chamber control and automation, and you get a fully integrated testing solution—streamlined, powerful, and ready for the future.
A seamless lifecycle—from generation, to management, to analysis—ensures that each test produces reliable, traceable, and usable insights.
Why data is strategic for users:
- Ensures high-quality, consistent data across all our battery cyclers
- Accelerates development cycles and improves decision-making
- Enables predictive capabilities and early detection of failure modes
- Creates a unified framework that supports scaling, automation, and digital twins
- A strong data lifecycle transforms raw measurements into actionable intelligence, driving innovation and performance across the entire battery value chain.
BT-Lab® Software Suite, optimized for data lifecycle .
Uncompromising Reliability
Embedded BT-Test™ continuously monitors experiments, ensuring consistent and accurate results.
Powerful Data Analysis
BT-Analysis™ software streamlines the process, allowing for rapid and insightful interpretation of complex data sets based on user defined setting.
Built for Batteries
The software includes essential features like native EIS, providing researchers and engineers with comprehensive tools to gain a deeper understanding of battery behavior and performance
BT-Test™
BT-Test™ acts as the central hub for designing, running, and monitoring battery testing experiments. It provides a user-friendly interface to configure various testing protocols.
BT-Analysis™ .
BT-Analysis™ simplifies the process of analyzing large datasheets from battery cycling experiments. It can import data from multiple tests simultaneously and apply the same analysis to each dataset using the Recipes tool for consistend and efficient evalution. These Recipes automate common analytical tasks, saving time and ensuring consistent results.
BT-Export™
BT-Export™ acts as the batch and bulk automatic data export that support multiple file types, enabling both data and metadata export with real-time processing and automatic tag-based screening. It provides direct access to BCS-900 systems and remains compatible with BCS-800 .mpr files.
BT-Cal™
BT-Cal™, the software automating the BCS-CAL tool, features a flexible interface allowing optimized efficiency when verifying and calibrating BCS instruments. Generate personalized calibration and verification reports.
BCS Integration Solutions
BT-Lab® Suite delivers precise control over the battery testing lifecycle. BCS Integration Solutions take it further by embedding BT-Lab® directly into automation lines, connecting cyclers and infrastructure for high-throughput, complex testing.
Essential Battery Cyclers
The Essential range, featuring the BCS-1012 Series, delivers reliable, high-throughput testing for large-scale aging studies and routine cycling. With built-in climate chamber control and modular capabilities, it offers a cost-effective solution for production environments and testing labs seeking scalable, efficient performance without compromising on quality.
ESSENTIAL
BCS-1012
Channels: 32 in 8U
Current: 6A / 600mA / 60mA
Voltage: 0 to 5 V
BT-Lab® Suite based
Premium Battery Cyclers
The Premium range, including the BCS-900 Series, offers cutting-edge technology designed for high-precision testing across R&D, pilot production, quality control, and certification. With advanced features like native EIS, climate chamber control, and seamless integration with BT-Lab® Suite, these systems provide unmatched performance for the most demanding applications.
PREMIUM
BCS-900
Channels: 8 per module
Current: Up to 5 per module
Native EIS: Up to 10kHz
Voltage: from -7.5 V to 10 V
BT-Lab® Suite based
PREMIUM RESEARCH
MPG-200
Channels: 8 per module
Current: Up to 5 per module
Native EIS: 10 μHz to 100 kHz
Voltage: from -10 V to 10 V
EC-Lab® based
