One instrument.
All techniques.
The CSX-64 is a highly parallelized multichannel potentiostat designed for bioanalytical applications, scalable assays, and automated test environments. It replaces complex laboratory racks with a compact, modular platform.
- 8 true, galvanically isolated parallel channels
- Integrated multiplexing to 64 flexible ports
- Supports multipotentiostat & polypotentiostat setups
8 Channels / 64 Ports
Measurement Architecture
10 µHz – 1 MHz
Frequency Range
up to 100 mA
Current Range
EIS · CV · EIT · LCR
Integrated Methods
A compact architecture for parallel measurements and multiplexed routing
The CSX-64 combines parallel electrochemical measurement channels with flexible signal routing and adapter-ready front-end integration. This makes it suitable for biosensor arrays, multi-electrode fixtures, multi-well formats and scalable test setups.
Hybrid topologies
PARALLEL + SEQUENTIAL
Scalable routing without changing system architecture
Whether the setup requires parallel electrochemical channels, sequential routing through a 64-port network, or a combination of both, the CSX-64 provides a flexible architecture for complex biosensor and multi-electrode measurement setups.
Modular front-end
SC98-READY
Adapter-ready integration for chips, plates and fixtures
The SC98 interface allows the CSX-64 to connect to custom microfluidic chips, standard multi-well plates, sensor adapters, and automated component-test environments without changing the underlying measurement platform.
Unified methods
EIS, CV, EIT, LCR
One software environment for different measurement workflows
Electrochemical and impedance-based methods can be operated through one coherent hardware and software architecture, reducing setup complexity across experimental, development, and test workflows.
Technical Specifications
Detailed electrical parameters and supported measurement protocols for the CSX-64 base setup.
Parameter
Specification
Notes
GENERAL & CHANNELS
Parallel Channels
8
true galvanic isolation
Multiplexing Ports
64
Integrated Any-to-Any Switch Network
Connection Interface
SC98 Front-End
Plug-and-play for cell culture plates/chips
IMPEDANCE (EIS) MODULE
Frequency Range
100 mHz – 10 MHz
–
Maximum Current
± 100 mA
per channel
Maximum Voltage
± 10 V
–
MEASUREMENT MODES & ARCHITECTURE
Applications that grow with you
Each application is different — and the CSX-64 is built to support the journey from early-stage research to integrated product development. Its flexible channel architecture, routing options, and method support make it suitable for a wide range of electrical measurement workflows.
Sensor development
Compare electrode layouts, materials, sensor geometries, and readout conditions with flexible routing and parallel measurement channels. The CSX-64 helps sensor developers iterate quickly while keeping a path toward scalable test setups.
Bioanalytics & cell-based assays
Monitor cell behavior, barrier models, or analyte interactions across wells, chips, or channels. The CSX-64 supports impedance-based readouts, CV measurements, and related electrical methods for characterizing cell cultures, biochemical responses, and functional assay formats.
Electrochemistry
Explore materials, redox systems, compounds, and electrocatalytic behavior with flexible electrochemical measurement modes. The platform adapts from fundamental studies to applied workflows where channel count, routing, and reproducibility matter.
Diagnostics & PoC development
Build and validate complex biosensor configurations for diagnostic and point-of-care applications. The CSX-64 supports microfluidic interfaces, miniaturized sensor arrays, and hybrid measurement techniques on a path toward scalable product concepts.
Configure your CSX-64
Build your ideal setup. Select channel count, cable sets, and required accessories.
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Complete your setup
The CSX-64 ecosystem offers certified accessories to minimize error sources during contacting.
From Prototype to Product —
A Platform that Scales
The CSX-64 doesn’t just power research — it lays the foundation for real-world innovation. Whether you start with a single electrode in a petri dish or a basic benchtop assay, the CSX-64 gives you the infrastructure to grow and keep growing.
Add more channels, swap sensors, move between electrode configurations, or split the system between experimental setups. With its SC98 modular front-end and open architecture, transitioning between use cases is precise and fully supported.
And when it’s time to move from prototype to product, we help migrate your CSX-64 setup into a custom OEM solution. Dedicated electronics, tailored firmware, and application-specific front-ends: the foundation stays the same, the product becomes your own.
- 01
Lab Protocol & Proof of Concept
Start with standard CSX-64 benchtop setups to validate your assay.
- 02
Multichannel Expansion
Scale seamlessly using the SC98 interface for high-throughput.
- 03
Embedded OEM Integration
Migrate the core architecture into your custom commercial product.
Platform Evaluation Setup
CSX-64 mapped to flexible thin-film sensor array
From flexible sensor concept to scalable measurement platform
XOrigin develops flexible microsensor technology for bioelectronic and diagnostic applications. The collaboration shows how the CSX-64 can support sensor development from early laboratory validation toward scalable, multi-sensor platform concepts.
Challenge
Flexible microsensor systems require precise, scalable electrical readout while the sensor concept, contacting, and platform format are still evolving.
SCIOSPEC ROLE
The CSX-64 provides a modular impedance and electrophysiological measurement architecture with flexible channel routing, adapter-ready integration, and software-controlled workflows.
RESULT
The system gives XOrigin a development path from proof-of-concept measurements toward a scalable, OEM-ready diagnostic platform.
USER VOICE
- "We're thrilled to partner with Sciospec. This will allow us to create transformative diagnostic tools that will have a profound impact on healthcare."
Dr. Xin Liang
CEO, XOrigin
XOrigin develops flexible microsensor technology for next-generation bioelectronic and diagnostic applications.
Individual FAQ
Short technical answers to the questions we hear most often about the CSX-64.
Which electrode configurations does the CSX-64 support?
The CSX-64 supports 2-, 3- and 4-electrode configurations on every channel. You can run classic multipotentiostat setups, sequential multiplexing, and true polypotentiostat configurations with a shared reference — without rewiring the front end.
How does the SC98 interface change my workflow?
The SC98 interface gives you plug-and-play modularity: swap sensor adapters in seconds, decouple sensors from the device (e.g. inside an incubator), attach custom front-ends, or migrate setups between CSX, ISX-3 and other Sciospec systems.
Can I scale beyond 8 parallel measurements?
Yes. The 8 parallel channels can be routed through smart internal multiplexing across 64 configurable ports — letting you scan sensor arrays, batch assays or expanded experiment matrices without external relay hardware.
Which measurement techniques are supported out of the box?
How would you like to continue?
Choose the next step that fits where you are in your project — from first conversation to OEM integration.
Tell us about your idea
Share your project, and we’ll help scope the right CSX-64 setup.
Configure your system
Build a configuration that matches your channel, cable and accessory needs.
Talk to us about OEM integration
Discuss embedded electronics, tailored firmware and custom front-ends.
Get in touch with us
Phone
Headquarters
Sciospec Scientific Instruments GmbH
Leipziger Str. 43b
04828 Bennewitz, Germany
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