CUTTING EDGE PRODUCTS
Deposition System
Etch System
Mini (De) Mux Chip
4 Channel ROSA
Laser End Point Detectors
Optical Monitors
ONE-STOP SERVICES
Engineering
Design & Prototyping
Plasma Source Refurbishment
System Refurbishment
Thin Film Processing
.
INNOVATIVE R&D
Biased Target Deposition
In-situ Process Monitoring
Dynamic Process Compensation
Ion Beam Deposition
Ion Beam Etch
Direct IBD
Ion-Assisted Evaporation
 

ETCH SYSTEM

The LIBE, LISE and LIME family of ion etching systems addresses the needs of customers seeking a flexible, cost-effective, small footprint, ion-etching/processing workhorse for general-purpose research and small-scale production applications. The LIBE, LISE and LIME products are based on a common vacuum platform with a choice of two different ion sources.

4W-LIBE, 4W-LISE, 4W-LIME

The LIBE, LISE and LIME family of ion etching systems addresses the needs of customers seeking a flexible, cost-effective, small -footprint, ion-etching/ion-processing workhorse for general-purpose research and small-scale production applications. The LIBE, LISE and LIME products are based on a common vacuum platform with a choice of 2 different ion sources.

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Ion Beam Deposition and Ion Milling System

Applications:

  • Ion Milling
  • Ion Cleaning
  • Plasma Ashing
  • Plasma Oxidation / Nitridization
  • Surface Modification
  • Reactive Etching
  • Ion Beam / Plasma CVD
Features:
  • 20cm, 12cm or 8cm Kaufman Ion Source
  • High output, low-energy plasma source
  • 150 mm diameter process surface
  • <5% non-uniformity
  • Water cooled, tilting, rotating, pulsed DC biased stage
  • Simple operation, small footprint
Low Energy Etch Ion Beam
What is Ion Beam Etching, Ion Soft Etching and Ion Multi-Etching?

What is Ion Beam Etching, Ion Soft Etching and Ion Multi-Etching? Ion Beam Etching (IBE) uses an energetic (300-1000 eV), broad-beam, collimated and highly directional ion source to physically mill material from a substrate mounted on a rotating fixture with adjustable tilt angle. The highly collimated, directional ion flux allows for anisotropic etching of any material. The ability to modify the angle of the substrate allows tailored sidewall profiles with minimal sputtered redeposition on overlying masks. Ion Soft Etching (ISE) uses a low energy (5 - 100 eV), dispersed plasma source to create inert or reactive ions to clean, modify, or react with the process surface. If the substrate is biased negatively, then additional energy is imparted to the ions in a direction normal to the substrate surface (analogous to ICP-RIE). Ion Multi-Etching (IME) allows the simultaneous application of IBE and ISE, enabling entirely new processes with a flexible choice of physical etching, reactive etching, ion direction and ion energy.

The LIBE (Laboratory Ion Beam Etch) employs a Kaufman style gridded ion source providing neutralized, collimated, high-energy, ion flux with a grounded substrate for use in traditional ion milling applications.

Ion Beam Milling Stage

The LISE (Laboratory Ion Soft Etch) employs a low-energy plasma source providing neutralized, low-energy, diverging ion flux with biased substrate table for use in soft etch applications, plasma cleaning, plasma oxidation/nitridization, as well as traditional reactive ion etching applications. Additionally, the LISE can be employed to deposit diamond-like carbon (DLC).

The LIME (Laboratory Ion Multi-Etch) employs both a Kaufman style gridded ion source and a low-energy plasma source, enabling all the applications of the LIBE and LISE, plus unique processes employing both sources simultaneously.

Please contact us for more information on the LIBE, LISE and LIME products. We are happy to discuss with you the configuration that best suits your application.

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