measure
to move
Sphere and Features
location-independent, fully self-sustained,
minimalized microsensors
for an accelerated and
more effective process development
measure
to move
- Efficiency gains in process preparation through wireless systems
- Easy parallelization of measurements in multiple vessels by a gateway
- Redundant measurements increase process safety
- Minimal process interference leads to reproducible results
- Measurement independent from vessel geometry and volume
- Accelerates research and development processes; whether in a shaking flask with a few milliliters or in a 200-liter wave bag reactor
wireless recharging
replenish for multiple use
bioinert
generate data without interfering with your system
online data
wireless and online transmission of process data
flow following
evenly distributes in your reaction system
highly parallelised
up to 24 Sens-o-Spheres per measurement system
compact design
temperature acquisition on the size of a cherry pit
Applications
Enables measurement
in moving systemsOnline data in the blink
of an eye through wireless
communication Validate your systems
of daily use
Universal
sensing system
for all reactor types
and sizes
Spheres
Make your measurement versatile
4 x Sens-o-Spheres for your installation-free measurements. Upgrade to the number of sensors suitable for your application.
Gateway
Control your sensors everywhere
Transceiver with user interface. Starting point for your measurement with Sens-o-Spheres. Serves up to 24 sensors simultaneously.
Charger
Keep your system recharged
4 wells to recharge your Sens-o-Spheres for multiple uses. Wireless charging enables a clean design.
Technical Data
| Runtime | At least 48 h |
| Intervals | 10 s |
| Life cycles | Up to 10 times |
| Distance to Gateway | Up to 5 m in a laboratory environment |
| Reactor requirements | Radio transmissible window Reactors up to pilot scale |
| Sanitizable |  |
| Calibratable | |
| Measurement range | 10 °C to 60 °C |
| Accuracy | ± 0.5 °C* at 35 °C |
| Resolution | 0.0625 °C |
| Response Time (τ63) | 30 s |
