This advanced plasma cleaning system is designed to remove carbonaceous debris from specimens and holders immediately before insertion into the electron microscope. It not only eliminates existing contamination but also prevents further buildup during imaging and analysis, ensuring the best possible results.
With its cutting-edge cleaning technology, this system guarantees your specimens are in perfect condition, ready for high-resolution imaging and analysis.
Contamination in electron microscopy can originate from multiple sources, including accidental specimen contact, oil back-streaming from diffusion-pumped ion milling systems, column contamination, and residues from adhesives or solvents used during preparation. Even with meticulous cleaning, traditional methods often fall short of completely eliminating contaminants.
Plasma cleaning offers a highly effective solution by removing carbonaceous debris and preventing further contamination during imaging and analysis. Utilizing a low-energy, inductively coupled high-frequency plasma, it cleans specimen surfaces without altering their elemental composition or structural integrity. Even heavily contaminated samples can be restored in under two minutes.
For high-carbon-content specimens or those mounted on carbon support grids, shielded specimen holder ports optimize the cleaning process.
The Plasma Cleaner is fully compatible with side-entry specimen holders for all commercial TEMs and STEMs and can also accommodate bulk specimens for pre-cleaning before SEM or surface analysis. Each unit comes complete with:
✔ Customizable specimen holder port
✔ Pumping port assembly
✔ Blank plug assembly
High frequency (13.56 MHz) power amplifier inductively coupled to a quartz and stainless steel plasma chamber
Ion energies less than 12 eV as a function of the downstream plasma
Automatic matching network
Oil-free turbomolecular drag pump and a multistage diaphragm pump
Vacuum load lock
Ultimate vacuum of 1 x 10-6 mbar
Accepts two specimen holder ports
Chamber lid provides access for bulk objects up to 8.9 cm [3.5 in.] diameter
Viewport for chamber observation
Three gas inputs
Nominal 200 kPa [10 psi] delivery pressure
Flow rate is controlled by the embedded module
Brochures
Application Note