To continue reading this article, sign up for FREE to
Membership is FREE
and provides you with
instant access
to email newsletters, digital publications, our full content catalogue & more...
Already have an account?
Dolomite Improves Control of Microfluidic Heating
Read time: Less than a minute
Dolomite has introduced the Mitos Hotplate Adapter, enabling exact temperature control of microfluidic chips in conjunction with a range of hotplates. With the ability to hold a chip in position, the Mitos Hotplate Adapter is compatible with the Mitos Micromixer chip, the Mitos T-junction chip, the Mitos Thin-layer chip and the Mitos Droplet Generator chip for advanced management of fluid heating.
With a compact footprint of 39 x 43 mm, the Hotplate Adapter provides precise control over reaction temperatures, helping the user to accurately evaluate microfluidic concepts. Furthermore, its chemical compatibility, along with quick-chip connection and release make it easy to use in heat-controlled microfluidic applications.
Dolomite’s Mitos Hotplate provides a temperature range of room temperature to 300°C, facilitating a wide range of processes. This hotplate is digitally controlled with an external Pt100 (thermocouple) temperature probe, which can be attached to the Hotplate Adapter for optimal temperature control.
With a compact footprint of 39 x 43 mm, the Hotplate Adapter provides precise control over reaction temperatures, helping the user to accurately evaluate microfluidic concepts. Furthermore, its chemical compatibility, along with quick-chip connection and release make it easy to use in heat-controlled microfluidic applications.
Dolomite’s Mitos Hotplate provides a temperature range of room temperature to 300°C, facilitating a wide range of processes. This hotplate is digitally controlled with an external Pt100 (thermocouple) temperature probe, which can be attached to the Hotplate Adapter for optimal temperature control.
