Heating device HPC-G
The Heated Perfusion Cube G (HPC-G) is a high-throughput in-line heating module designed to heat a fluid stream to a precise temperature before it is introduced into a cell chamber.
It allows flow rates of up to 10 mL/min while heating the liquid from room temperature to physiological conditions.
Heating is provided by resistors with surfaces made of inert materials. A built-in sensor in direct contact with the fluid ensures precise control and protection against overheating or dry running.
The design can be disassembled for maintenance and cleaning.
Features of the HPC-G heating device
- Heating only (no cooling)
- High flow rates supported (up to 10 mL/min)
- Integrated temperature sensor in direct contact with the fluid
- All surfaces in contact with the fluid are made of inert materials
- Removable design for on-site maintenance and cleaning
- Low dead volume and compact design
Technical specifications of the Heating device HPC-G
| Caractéristique | Valeur |
|---|---|
| Type | High-speed in-line heating module |
| Function | Heats a fluid stream before entering the cell chamber |
| Maximum flow | 10 mL/min |
| Temperature range | From room temperature to ≥ 40 °C and above |
| Integrated sensor | Sensor in contact with the flow for precise measurement and safety |
| Fluid contact materials | Inert, non-reactive surfaces |
| Maintenance | Module can be dismantled and cleaned on site |
Applications
- In-line heating of perfusion solutions before cell chamber
- Thermal control in electrophysiology
- Imaging cells or tissues requiring thermal control
- Experiments with high throughput and rapid thermal stabilisation
Documentation
Manual
PDF file – 291.8 ko