Tailor-made climatic chamber for conditioning of prefilled syringes for Neutron Imaging

Climatic
+ Temperatures
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- Temperatures
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Project duration
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Days
Year of manufacture
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Control
Syringe temperature
Branche
Medical technology

Functional highlights

  • Temperature measurement directly on the syringe glass body
  • Temperature operating range from -20°C to + 80°C
  • Temperature control accuracy of 0.5°C
  • Freely programmable temperature curves / temperature cycles

Infrastructure process from conception to operation

•  Climatic chamber for 2 syringes

•  Conditioning of the climatic chamber by using a liquid cooler

•  Temperature sensor, on the syringe glass body, for measuring and controlling the syringe temperature

•  High heat transfer from climatic chamber to syringes

•  Prevent air humidity condensation

Konzeption_Klimakammer
Figure 1: Concept of the climate chamber

•  3D printed aluminum climate chamber for high thermal conductivity

•  Material used only in functionally necessary positions

•  Optimized design for a high coolant fraction

•  New: View the climate chamber as a 3D model

Konstruktion_Klimakammer
Figure 2: Design of the climate chamber

•  Manufacturing of the climate chamber using 3D printing

•  Installation and commissioning of the hardware and software

•  Controller tuning and acceptance tests in the laboratory

Klimakammer_3D_Druck
Figure 3: Climate chamber out of the 3D printer

•  Installation of the climatic chamber at the beam line

•  Set up software interface communication

•  Carrying out the customer-specific experiments

Klimakammer_Strahllinie
Figure 4: Climate chamber at the beamline in operation
Climatic
+ Temperatures
0
Degree
- Temperatures
0
Degree
Project duration
0
Days
Year of manufacture
0
Control
Syringe temperature
Branche
Medical technology

Investigation of prefilled syringes for neutron imaging

Any question? Feel free to contact us