ONE EXPERIMENT — ONE CELL

Membrane Diamond Anvil Cell [MDAC]

Name: BETSA® Membrane Diamond Anvil Cell
Brand: BETSA®

All our diamond anvil cells are designed and manufactured by BETSA® itself.

High-pressure measurement, step by step (video)

0:58 · 1.9 MBVideo · How it worksHigh-pressure measurement, step by stepThe five steps of the BETSA® procedure: indentation, drilling, loading, cryogenic gas loading and measurement.Watch the video →

Find your cell

Tell us the conditions of your experiment. The catalog below narrows down to the cells that meet them.

Pressure to reachWorking temperatureMinimum angular aperture

No cell matches your conditions? Every experiment is different. Go to the bottom of this page and fill in our questionnaire: we design and build custom cells for the configurations our standard range does not cover.

Ultra high-pressure 200 to >400 GPa

M-DAC-UHP-CS

300-400 GPaUltra high-pressure (clamp screw optional)RT – 450KFull angle apertures 76°/76°

DAC-XC3-CS

300GPaUltra High Pressure laser shock clamp screwRT – 450K

M-DAC-UHP-THT-AMA-CS

200-300 GPaUltra High Pressure High temperature non-magnetic clamp screwRT – 1000K

M-DAC-UHP-LOW-AMA-CS

200-300 GPaUltra High Pressure Low temperature non-magnetic clamp screw4K – RT

Very high-pressure up to 150 GPa

M-DAC-XCV

150 GPaVery high-pressure (clamp screw optional)RT – 450KFull angle apertures 76°/76°

M-DAC-XDR-CS

150 GPaVery high-pressure Radial Diffraction (clamp screw optional)4K – 1000KFull angle apertures 76°/76° — Lateral angle 4× 20°/70°

M-DAC-XCV-CS-RV

150 GPaVery high-pressure clamp screw REVERSE4K – 450K

M-DAC-XCV-THT-IHS

100 GPaVery high-pressure – Very high temperature – ext/int heater4K – 1000K/1700KFull angle apertures 57°/57°

M-DAC-XCV-THT

100 GPaVery high-pressure high temperature (clamp screw optional)4K – 1000KFull angle apertures 76°/76°

M-DAC-XCV-LOW

100 GPaVery high-pressure low temperature (clamp screw optional)4K – 450KFull angle apertures 76°/76°

M-DAC-XBC-(LOW)

100 GPaVery high-pressure Brillouin Spectroscopy4K – 1000KFull angle apertures 76°/76°

M-DAC-LOW-AMA

100 GPaHigh pressure – low temperature – Non-magneticRT – 450KFull angle apertures 60°/60°

Medium pressure 5 to 50 GPa

DAC-XCV-CS-(LOW)

50 GPaMedium pressure clamp screw NO membrane4K – 1000KFull angle apertures 100°/100°

M-DAC-BHP

50 GPaMedium pressure (clamp screw optional)4K – 1000KFull angle apertures 100°/100°

M-DAC-BHP-LOW

50 GPaMedium pressure (clamp screw optional)4K – RTFull angle apertures 100°/100°

M-DAC-XDR-BHP-CS

50 GPaVery high-pressure Radial Diffraction (clamp screw optional)4K – 1000KFull angle apertures 100°/100° — Lateral angle 4x 20°/4×45°

M-DAC-XDR-CS-PA

50 GPaMedium pressure clamp screw Perforated Anvil4K – 1000KFull angle apertures 15°/15°

M-DAC-LT-LOW-CS

30 GPaMedium pressure clamp screw4K – 450KFull angle apertures 0°-40°/40° — Ø35mm

M-DAC-XF-LOW-CS

40 GPaMedium pressure clamp screw low temperature4K – 450KFull angle apertures 92°/63°

M-DAC-BHP-CS-110

20-30 GPaMedium pressure clamp screw 110°4K – 450K

Low pressure 0.02 to 15 GPa

M-DAC-BHP-SP

10–15 GPaLow pressure4K – 450KFull angle apertures 104°/80°

M-DAC-XW-CS

10 GPaLow pressure clamp screw4K – 450KFull angle apertures 44°/84°

M-DAC-XCV-PROXIMA

10 GPaLow pressureRT – 450KFull angle apertures 90°/106° — with special optics Mitutoyo Magnification X100.

P-DAC

0.02-4 GPa-20°C to 230°CFull angle apertures 100°/100°

For another configuration, please answer this questionnaire

None of the cells above matches your experiment? Describe it below and our team will study it with you.