iONE Microdispensing Instrument
From picolitre to microlitre, contact and non-contact dispensing technology combined in one instrument. The iONE series is M2-Automation's ultra-fast, high-precision systems for scalable, high-throughput production.

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The instrumentONE series contains a variety of ultra-fast, high-precision, non-contact, liquid-handling systems. It provides a flexible platform for your individual applications. Based on several years of M2 experience, it provides flexibility in pattern design and high-speed printing through the use of our unique microdispensing technology, online degassing and online quality control. Fully compatible with our Quattro-Dispensing Technology, array production is now much more intuitive as a result of the simplified liquid path handling.
If your applications require an individual, non-standard target layout, this poses no problem for the iONE. Each setup can be customised to your individual needs, while offering flexibility as well as reproducibility in one solution.
A classic microarray-spotter layout can be combined with extra source wells and even a large variety of volume tubes.
The current generation of the iONE series is available in two different sizes (iONE-600 and iONE-1200). Both can process a variety of target capacities, which make them ideal for many applications in pL, nL, μL and low-mL volume ranges.
On its maximum layout, our iONE-1200 can supports a total of 24 MTP's or 150 glass slides, which means a lot of space for your innovative applications.
The iONE features:
- Hermetically sealed housing
- Built-in PC
- Built-in pressure and vacuum control
- Intuitive M2-Automation InDot software
- Humidity control
- Online QC
- Source and target-temperature control
- Ultrasonic bath
- Inflight 3D-Droplet control
- High precision analytic balance
- Additional pin-wash station
- Dispenser drying station
- Deionizer
- And many more...
Usual Applications:
- Lab-on-a-Chip / dipsticks
- Compound library screening
- DNA microarrays
- Biosensors
- Drug discovery / immunoassays
- Microfluidic chips and channels
- Lateral-flow applications

















