Quality and authenticity for Science and creativity
Innovating Under Pressure.
We deliver top-notch high-pressure hardware and bespoke engineering to turn your scientific vision into reality.
BETSA® offers an unparalleled range of
products and technologies
for the very high-pressure experiments.
While many of our products are available as standard off-the-shelf models from our catalog site,
you may need a specialized solution.
Our engineers and applications specialists will work with you to collaboratively design the apparatus in high-pressure experiments optical component and assembly you require.
Membrane Diamond
Anvil Cell
These Membrane Diamond Anvil Cell are aimed at performing high pressure experiments at a large range of temperatures.
Pressure range :
0 to 4 Mbar
(depending on the culet size of the diamonds)
Temperature range :
- 10 K to 450 K. Standard version
- 10 K to 1000 K. High temperature version
...
A micro-valve attached to the membrane allows to disconnect the cell from its pressure controller while maintaining the pressure in the membrane
Electric Discharge Machine
Fast drilling, high hole shape quality,
High accuracy in centering and very easy operation make the [MH20M]
the best tool to prepare the gaskets used in high pressure physics.
Pressure Ruby Luminescence - Optical Transfer
The [PRL] spectrometer (Pressure by Ruby Luminescence) has been designed for measuring pressures using the luminescence of a reference material (Ruby or SrB407 : Sm 2+).
Its small size and weight make "on site" measurements possible. When equipped with an internal mini laser it functions as a "stand alone" instrument.
Measurements are very easy and fast with custom high pressure calculation software.
Its small size and weight make "on site" measurements possible.
BETSA® Optical Transfer Raman [BROT] V2.0
Our NEW Optical Transfer Raman technology takes to the next level.
With easy optimization for multiple laser excitation wavelengths, ultra-fine filter adjustments from the outside, and a design that's easy to handle and transport, it's perfect for synchrotron beamlines.
A collaboration between
BETSA® and the UCBL
A NEW "NANO"
Membrane Diamond Anvil Cell is available,
to achieve a new objective, a minimal working distance, a lightness and a maximized angular opening.
This NANO MDAC has been developed by the UCBL and now available in partnership sign with BETSA® Company.
