Welcome to our new site, if you can’t find what you’re looking for please get in touch via our contact us page.
Alumina coated evaporation source type A4, 1.9cm3 – 429W
Alumina coated evaporation source type A4, 1.9cm3 – 429W (each)
£234.00
Related products
-
Alumina coated evaporation source type A1, 0.02cm3 – 63W
Alumina coated evaporation source type A1, 0.02cm3 – 63W (each)
SKU: 72-AO2010£66.05 Add to basketAdd to QuoteWithin your QuoteAdd to QuoteAlumina coated evaporation source type A1, 0.02cm3 – 63W
Alumina coated evaporation source type A1, 0.02cm3 – 63W (each)
£66.05 -
Alumina coated evaporation source type A2, 0.2cm3- 248W
Alumina coated evaporation source type A2, 0.2cm3- 248W (each)
SKU: 72-AO4020£95.94 Add to basketAdd to QuoteWithin your QuoteAdd to QuoteAlumina coated evaporation source type A2, 0.2cm3- 248W
Alumina coated evaporation source type A2, 0.2cm3- 248W (each)
£95.94 -
Alumina coated evaporation source type A5- 0.8cm3 – 350W
Alumina coated evaporation source type A5- 0.8cm3 – 350W (each)
SKU: 72-AO5050£119.09 Add to basketAdd to QuoteWithin your QuoteAdd to QuoteAlumina coated evaporation source type A5- 0.8cm3 – 350W
Alumina coated evaporation source type A5- 0.8cm3 – 350W (each)
£119.09 -
PS-006 planetary gear table
Consisting of base plate for connection to the tilt and height adjustable specimen table of the CCU-010 base unit. Specimen holders for six large (Ø 25.4mm) or six small (Ø12.7mm) SEM pin stubs. DC micro-motor for rotation and planetary movement, quartz sensor (centre), speed control: 0-100%, rotation: 0-20rpm approximately, planets: 0-65rpm approximately
SKU: 1000130Price On Request £0.00 Add to basketAdd to QuoteWithin your QuoteAdd to QuotePS-006 planetary gear table
Consisting of base plate for connection to the tilt and height adjustable specimen table of the CCU-010 base unit. Specimen holders for six large (Ø 25.4mm) or six small (Ø12.7mm) SEM pin stubs. DC micro-motor for rotation and planetary movement, quartz sensor (centre), speed control: 0-100%, rotation: 0-20rpm approximately, planets: 0-65rpm approximately
£0.00Price On Request