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    • PVA TePla America, LLC
    • 251 Corporate Terrace
      Corona, Ca 92879.

    IoN 100WB-40 Plasma System

    The IoN 100WB-40 plasma system is a barrel plasma reactor designed for R&D and production applications. The technology is based on the proven reactor designs developed over the course of 50+ years by International Plasma Corporation, Branson ICP, Dionex, Gasonics, Metroline, TePla and finally PVA TePla. The IoN 100WB-40 is derived from the IoN 100-40, on a smaller chassis that has all the same plasma qualities as that of IoN 100-40, except the pump power connection. The IoN 100WB-40 plasma system requires a facilities power outlet for powering the vacuum pump.

    Features Include:

    • Plug and play self installation
    • Flexible electrode configurations to accommodate small size to large size 3-D parts processing to maximize throughput
    • Industrial computer with LCD touch panel and keyboard. Windows based operating system.
    • Graphical User Interface (GUI) software complies with CFR Title 21 Part 11 and Semi E95-1101
    • Multi-level user access operator, engineering and maintenance
    • Software
      • Recipe editor for fast and versatile step controls
      • Onboard diagnostic features and alarm logging
      • Remote process monitoring via Ethernet
      • Online web based simulation, training, and support

    Typical Applications:

    • Surface cleaning
    • Surface activation
    • Surface functionalization
    • Deposition of siloxane and organic thin films

    IoN 100WB-40 Plasma System Technical Data

    Process Chamber

    Chamber Material: Aluminum
    Dimension/Volume: 330mm x 483mm x 229mm
    (WxDxH)/36.43 liters
    (13”x19”x9”) (WxDxH)/1.29ft3
    Electrodes: Removable 5 Shelf
    Number of standard MFCs: 1
    Process Gas: 1
    Process Pressure: 0.16-2.66mbar (120-2000mTorr)
    Base Pressure/Time: 0.07mbar (50mTorr)/1min
    Loading: Manual

    Plasma Generator

    Frequency/power: 13.56MHz/300W with automatic
    matching network (air cooled)

    Performance Data

    Uptime: 95%; MTBF: >500hr; MTTR: <2hr

    Safety Certification Standards

    • CE certified
    • EN 60204
    • EN 61326

    Options

    • Automated robotic loading/unloading
    • Stainless steel chamber
    • Electrodes:
      • Shelf electrodes 3/5
      • Multishelf with 3/5 or 7 shelve
      • Removable 3 shelve
      • Vertical or side wall or ceiling
      • Water cooled—horizontal 3 shelve
      • Power cage
    • Secondary plasma
      • Faraday cage
      • Etch tunnel
    • Plasma generators
      • 13.56MHz/600W with automatic matching network (air cooled)
      • 20-100kHz/300W or 600W with manual matching network (air cooled)
    • Two (2) additional MFCs.
    • Corrosive gas MFC’s
    • Alternate gas flow selector up to five additional gasses
    • (controls two unique gases utilizing one MFC)
    • Liquid monomer delivery kits
      • High vapor pressure monomers
      • Low vapor pressure monomers
    • Downstream pressure control, 1% pressure monitor
    • Selectable venting mode (fast or slow)
    • Light tower
    • Vacuum pumps (rotary vane, dry, scroll and blower
    • package)
    • Onboard gas (H2, N2, O2) generation package
    • Wall mount flange package for through-wall mounting with full rear maintenance option
    • SECS/GEM interface

    Chassis

    • Small roll around chassis with leveling feet
    • Self contained footprint featuring all gas connections and all power connections except the vacuum pump power

    Facilities Requirements

    Electricity: 208-240VAC, 1 phase, 50/60Hz,
    3-wire, 4.8kW
    Process Gas Input pressure: 2bar (30psi)
    Purge Gas Input pressure: 2bar (30psi)
    Compressed Air Input pressure: 6bar (88psi)

    Machine Dimension and Weight

    737mm x 1067mm x 1524mm (29”x42”x60”) (WxDxH)
    239kg (527lb) (varies with options)