SenseItAll Potentiostat Specifications Explained: A Platform for Biosensor Commercialisation
When evaluating a potentiostat, it is easy to focus purely on technical specifications such as current range, voltage window, or scan rates. However, for many biosensor developers, the more important question is: can this instrument help bridge the gap between research and commercialisation?
The SenseItAll (SIA) was designed with exactly that challenge in mind. While it delivers the electrochemical performance required for research and development, it also provides the connectivity and flexibility needed to support the creation of a minimally viable product (MVP) for real-world biosensing applications.
Watch the Video
👉 View the SenseItAll (SIA):
https://shop.zimmerpeacock.com/en-gb/products/senseitall-sia-generation-4-device-only
👉 Download the SenseItAll Datasheet:
https://shop.zimmerpeacock.com/cdn/shop/files/TDS_SenseitAll.pdf?v=9314367279565058049
More Than a Traditional Potentiostat
Many potentiostats are designed solely as laboratory instruments. While they offer excellent performance for electrochemical experiments, they are often difficult to integrate into portable systems or commercial products.
The SenseItAll takes a different approach.
Researchers can use the device as a conventional potentiostat connected to a laptop via cable, but they can also operate it wirelessly using built-in Bluetooth connectivity. This means the same platform can be used for laboratory development, field testing, customer demonstrations, and early-stage commercial deployments.
Key Advantages
✅ USB connectivity for PC-based operation
✅ Native Bluetooth connectivity
✅ Smartphone compatibility
✅ Rapid app development opportunities
✅ Suitable foundation for MVP development
For startups, universities, and R&D teams developing biosensors, these capabilities can dramatically shorten development times.
Power Capabilities and Available Headroom
The SenseItAll is powered from a 5 V, 2 A supply, providing substantial electrical headroom for biosensor applications.
It is important to note that the device is not designed as a power potentiostat for applications such as batteries, supercapacitors, or fuel cells. Instead, it has been optimised for analytical electrochemistry and biosensor measurements.
Nevertheless, the available power capacity provides significant operational flexibility while maintaining a compact and portable form factor.
Amperometry Specifications
For many biosensors, amperometry remains one of the most important electrochemical measurement techniques.
The SenseItAll supports:
| Specification | Value |
|---|---|
| Current Range | Approximately 5 nA to 1 mA |
| Current Resolution | Approximately 1 nA |
| Voltage Range | -1 V to +1 V |
The ability to measure currents down to the nanoamp level makes the platform suitable for many enzymatic, affinity-based, and electrochemical sensing applications.
Chronoamperometry Performance
Chronoamperometry is widely used in biosensing because of its simplicity and sensitivity.
The SenseItAll provides:
- Current range: approximately 5 nA to 1 mA
- Voltage window: -1 V to +1 V
- Experiment duration: approximately 30 s to 600 s
These specifications support a wide range of biosensor test protocols and assay formats.
Cyclic Voltammetry Specifications
Cyclic voltammetry (CV) is often one of the first techniques used to characterise new electrodes and sensors.
The SenseItAll supports:
Current Performance
- Approximately 5 nA to 1 mA
- Approximately 1 nA current resolution
Voltage Range
- -1 V to +1 V
Scan Rates
- 10 mV/s to 1000 mV/s
This allows users to investigate both slower electrochemical processes and more rapid electrochemical responses.
Square Wave Voltammetry Specifications
Square wave voltammetry (SWV) is frequently used when maximum analytical sensitivity is required.
The SenseItAll supports:
| Specification | Value |
|---|---|
| Current Range | Approximately 5 nA to 1 mA |
| Current Resolution | Approximately 1 nA |
| Voltage Range | -1 V to +1 V |
| Frequency Range | 1 Hz to 200 Hz |
| Amplitude Range | 1 mV to 250 mV |
This flexible operating range allows researchers to optimise measurements for a broad range of sensing applications.
Designed for Biosensor Developers
What makes the SenseItAll particularly compelling is its balance between performance and practicality.
Many companies developing biosensors eventually need to answer questions such as:
- How can we demonstrate this technology outside the laboratory?
- Can customers use it with a smartphone?
- Can we rapidly prototype a deployable product?
- What instrument can support both R&D and early commercialisation?
The SenseItAll provides a practical answer to those challenges by combining electrochemical measurement capabilities with modern wireless connectivity.
Learn More
🔗 SenseItAll (SIA)
https://shop.zimmerpeacock.com/en-gb/products/senseitall-sia-generation-4-device-only
📄 SenseItAll Datasheet
https://shop.zimmerpeacock.com/cdn/shop/files/TDS_SenseitAll.pdf?v=9314367279565058049
🧪 Biosensors
https://shop.zimmerpeacock.com/en-gb/pages/sensors
⚗️ Reagents and Solutions for Biosensor Development
https://shop.zimmerpeacock.com/en-gb/collections/chemical-and-solutions
📞 Contact Zimmer & Peacock
https://www.zimmerpeacock.com/contact
Final Thoughts
The SenseItAll (SIA) is more than a laboratory potentiostat. With nanoamp-level current measurement, support for key electrochemical techniques, Bluetooth connectivity, smartphone compatibility, and a design philosophy centred around commercialisation, it provides an attractive pathway from biosensor research to product development.
For teams looking to turn promising electrochemical sensors into real-world solutions, the SenseItAll offers a powerful and practical starting point.
Useful Resources
- SenseItAll Product Page: https://shop.zimmerpeacock.com/en-gb/products/senseitall-sia-generation-4-device-only
- Technical Datasheet: https://shop.zimmerpeacock.com/cdn/shop/files/TDS_SenseitAll.pdf?v=9314367279565058049
