French electrochemistry specialist Origalys ElectroChem has launched OrigaBatt, a next-generation battery cycler designed and manufactured entirely in Lyon, France.
As the demand for efficient, reliable and sustainable battery technologies grows, tools like OrigaBatt will play a crucial role in supporting innovation. Whether in academic labs or industrial R&D centres, Origalys’ latest offering provides the precision, flexibility and intelligence that modern researchers need.
Compact, high-performance and eco-designed, OrigaBatt is tailored for R&D labs and quality control teams working on lithium-ion, supercapacitor and emerging battery chemistries. Presented at the Batteries Event in Lyon, OrigaBatt marks a strategic leap for Origalys as it positions itself at the forefront of European battery instrumentation.
A new benchmark in testing
OrigaBatt is engineered to meet the increasingly complex demands of battery research, where precision, speed and sustainability are paramount. At its core is a 24-bit resolution system – 250 times more precise than many commercial cyclers, which typically operate at 16–20 bits. This level of granularity enables researchers to detect subtle degradation phenomena, including dendrite formation in solid-state batteries, long before they manifest as performance failures.
The system also supports simultaneous electrochemical impedance spectroscopy (EIS) across 10 channels, ranging from 10μHz to 100kHz, without interrupting charge/discharge cycles. This capability is rare in its class and allows for continuous monitoring of cell behaviour under dynamic conditions. OrigaBatt operates across a voltage range of –2V to +11V, with a standard current of +250mA, expandable to 2.5A via channel parallelisation. It also features a five-electrode configuration, enabling precise separation of positive, negative and reference electrode contributions – a functionality often absent or limited in rival systems.
Each channel is equipped with an internal memory buffer capable of storing 14 million data points, supporting high-speed acquisition and long-duration experiments without data loss.
Software designed for researchers
Origalys has reimagined the user experience with a fully redesigned software interface. The system retains its signature flowchart-based programming model, allowing researchers to build and visualise experimental sequences through intuitive block diagrams. This approach simplifies method development and reduces the learning curve for new users.
The software introduces dual access modes – beginner and expert – and allows users to customise key performance indicators (KPIs) such as state of charge (SoC), state of health (SoH), coulombic efficiency, and direct current internal resistance (DCIR)/alternating current internal resistance (ACIR). Each channel features a digital ‘identity card’ that displays only the parameters relevant to the user’s specific research needs, reducing clutter and enhancing clarity.
Adding a layer of interactivity, OrigaBatt includes a real-time energy-saving feedback tool. Similar to eco-meters found in vehicles and smartphones, this feature displays the amount of energy conserved during operation, reinforcing the system’s efficiency and encouraging sustainable lab practices.
4G connectivity and cloud integration
One of OrigaBatt’s standout features is its native 4G connectivity. This enables seamless software updates, remote diagnostics, and real-time support – a major advantage for research environments where uptime and precision are critical. Users can receive immediate troubleshooting assistance, optimise parameters, and refine methods without waiting for on-site intervention.
The 4G connection also opens the door to secure cloud-based data storage. Recognising that many start-ups and smaller labs may lack robust IT infrastructure, Origalys plans to offer cloud services that allow users to store, access and share experimental data with ease. This reduces the burden of local data management and enhances collaboration across teams and institutions.
Sustainability and safety
The instrument also includes a smart standby mode that reduces energy consumption by 20–30% compared to conventional systems. Built entirely in Lyon using recyclable, unmixed materials, OrigaBatt aligns with the EU Battery Regulation 2023 and prioritises reparability over planned obsolescence.
Safety features are equally robust. The system supports predictive monitoring with real-time alerts on KPIs and auxiliary inputs for temperature and voltage tracking. It complies with IEC 61960 standards for EV battery durability and allows users to set thresholds and receive instant alerts when limits are breached, ensuring full control over experimental conditions.
Broad hardware compatibility
OrigaBatt is engineered for versatility. It supports a wide range of battery formats, including push cells, coin cells, cylindrical cells and supercapacitors. The system accommodates thermocouples for precise thermal monitoring and offers flexible connection options such as alligator clamps, making it adaptable to diverse experimental setups.
This level of compatibility ensures that OrigaBatt can be seamlessly integrated into existing lab environments without the need for additional equipment or modifications.
Origalys has clearly defined its target market for OrigaBatt: battery research centres and quality control laboratories. These institutions play a critical role in the development and validation of new battery technologies and require tools that are both precise and adaptable.
The cycler is particularly well-suited for off-line testing, where cells are removed from production lines and analysed under controlled laboratory conditions. By focusing on lab-based verification rather than in-line production testing, Origalys is addressing a niche that demands high accuracy, flexibility and user control.
Developed in collaboration with French and international labs during alpha and beta phases, OrigaBatt reflects direct user feedback in its design. It is positioned as a premium R&D tool, with future plans to expand into a full cycler range.
Innovation and education
Founded in 2010 by Frédéric Dussaut, Philippe Bosdure, Serge Cobos and Jean-Marie Girard – all former R&D engineers from Tacussel and Radiometer Analytical – Origalys has roots in electrochemical instrumentation. Headquartered in Rillieux-la-Pape, near Lyon, the company designs and manufactures its products locally, ensuring high standards of quality and craftsmanship.
Origalys is known for its commitment to accessibility and education. Its product lines, including the OrigaStat mini-potentiostats, are designed to make electrochemistry more approachable for students and researchers alike. The company invests heavily in youth and work-study programmes, with many permanent staff having started as apprentices. This approach fosters a collaborative and inclusive work environment and ensures the transmission of scientific know-how to the next generation.
Sustainability is another cornerstone of the company’s philosophy. Origalys emphasises eco-design and product reparability, aiming to create instruments that are durable, maintainable, and environmentally responsible. This ethos is reflected in the design of OrigaBatt, which combines technological sophistication with a clear commitment to reducing environmental impact.
