(Membrane) Diamond Anvil Cell

[M-DAC]

These (Membrane) Diamond Anvil Cells are designed for high-pressure experiments over a large range of temperatures.

All these M-DACs are Designed, manufactured and Produced by BETSA® Company

Pressure Ruby Luminescence

[PRL]

The BETSA® Pressure by Ruby Luminescence System has been designed for measuring pressures using the luminescence of a reference material

Measurements are very easy and fast with custom high-pressure calculation software.

Electric Discharge Machine

[MH20M]

Fast drilling, high hole shape quality, high accuracy in centering and very easy operation

The best tool to prepare the gaskets

External Heating System

[EHS]

The EHS is used to work at high temperature.

The EHS allows you to control and measure the temperature with two sensors

-Maximum temperature: 650-700 °C

NEW PRODUCT

BETSA® Optical Transfer Raman 02

[BROT 02]

This Raman optical transfer system optimizes laser alignment and data collection for Diamond Anvil Cells. Portable and precise, it streamlines complex spectroscopic measurements, specifically designed for high-performance research at synchrotron beamlines.

Pneumatic Drive System

[PDS]

The Pneumatic Drive System [PDS] is used to control the force applied to the MDAC anvil by varying the pressure in its membrane.

The small size, weight, and portability of the [PDS] allow its use in a variety of environments.

NEW PRODUCT

Vacuum Chamber

[EAV001]

The BETSA® vacuum chamber was designed for heated DACs!

This vacuum chamber houses Diamond Anvil Cells for high-temperature research, providing a controlled environment to protect hardware and ensure precise X-ray diffraction results up to 1350°C.

Under Construction

Piezo System

[PZ 170 100]

This equipment has been developed to make measurements under vibratory pressure with Piezo compression in BETSA® type diamond anvil cells, also opening the possibility of being coupled with a heating system connected externally with diffraction type DACs radial M-DAC-XDR-CS

External Cooler System

[ECS]

The ECS makes it possible to lower and maintain an MDAC at room temperature during an experiment under laser heating.

When laser heating up to 4000K, focused on the sample,

Gear Box

[GB –]

This can be by manual screwing but also screwing using a Gear Box

The Gearboxes are made to allow users, having chosen a Diamond Anvil Cell with CLAMP SCREW OPTION , to build up pressure mechanically.

Cryogenic Gas Loading System

[CHCR]

This equipment makes it easy to load cryogenic gases for all of your experiments in quasi-hydrostatic conditions.

It can handle any gas except H2, He and Ne. It suits any type of DAC. It includes a safety valve to secure the loading.

Internal Heating System

[IHS 01]

we have developed an electrically and thermally insulated internal system with a heating ring

This heating element can easily be integrated into a very high temperature cell

it can reach 1450 degree continuous

BETSA® Software

One environment for the whole bench: pressure calculated from the ruby fluorescence, automatic control of the pneumatic drive system and motorized optical transfer control, under Windows.