Hanks HM2 Hydra™, Multiple Emitter, Multiple Crucible, Static e-Gun™

Evaporation Source
Series: Hanks

The Hydra™ Static series provides complex co-deposition process and co-evaporation of four or more different materials by efficient utilization of space. The unique modular magnetic design produces a more efficient electron beam. The Hyper-Unimelt 200 Hz sweep eliminates tunneling and source material eruptions. Plug-in emitter assemblies and sweep coil assemblies make the sources easier to service.

The Hydra™ Static series provides complex co-deposition process and co-evaporation of four or more different materials by efficient utilization of space. The unique modular magnetic design produces a more efficient electron beam. The Hyper-Unimelt 200 Hz sweep eliminates tunneling and source material eruptions. Plug-in emitter assemblies and sweep coil assemblies make the sources easier to service.

Easy filament alignment, more efficient electron collimation, minimal filament distortion and elimination of electron trials. Perfect for co-evaporation!

Patents: 4,835,789; 4,891,291; 4,947,404

· Operate six (6) different materials simultaneously (additional crucible designs available upon request)

· All metal-sealed, fully UHV compatible, measured base pressure: 2×10-11 Torr.

· Hydra™ eliminates adjacent source interaction

· Patented magnetic design allows close source proximity for uniform coating and material interaction

· Each crucible source is independently water cooled to prevent steam buildup

· Each source crucible has separate sweep coils, insuring the independent operation integrity of each source, eliminating cross talk inference from adjacent sources

· Removable crucible chimney design for easy cleaning of deposition buildup

· H2O cooled emitter baseplate and crucible

· Available in 10kW or 15kW

· Crucible volume sizes: 10cc, 15cc, 40cc, (custom sizes available by request)

· 270° beam deflection, filament enclosure isolates any particulate exposure

· Dynamic crucible design available

· Easy emitter assembly removal design

· Thermionics’ Hyper-Unimelt Sweep design (optimum control on low or high rates)

· Horizontal and vertical source flange mount designs available

Elimination of beam curl

UHV rated sweep coils included with source (200 Hz)

Elimination of pole pieces

Easy filament alignment

More efficient electron collimation

Minimal filament distortion

Elimination of electron tails

Fully enclosed emitter assembly prevents particulate

buildup

Each source is independent water cooled

Designed to eliminate cross talk interference