Model ME3

The ME3 is an in-line high speed container closure integrity testing unit that utilizes ATC's Mass Extraction Technology (Vacuum). Built for high-speed production lines capable of detecting a fraction of a micron defect size, or high speed production of up to 120 ppm with multiple stations.

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Product Usage

  • Easily Integrate Multiple Instruments for High Speed Production
  • Testing of Smaller Components
  • Slip and Viscous Flow Regime (2 psia to barometric pressure)
  • Hard Vacuum - Molecular Flow (Less Than 0.1 psia)
  • Mass Extraction Tests at Lower Instrument Cost Compared to Off-Line Tests
  • Cleanroom or Industrial Applications
  • Ethernet Interface for LAN Integration
  • Container Closure Integrity Testing (CCIT) for Package Leak Testing

Features

  • Designed to be Part of a Rotary or Linear Continuous Operation System
  • Micro-Flow Sensor - The Intelligent Gas Leak Sensor (IGLS); or
  • Molecular Flow Sensor - The Intelligent Molecular Leak Sensor (IMFS)
  • Automated Vacuum Test Circuit, Uniquely Designed for Ultra-Tight Leak Testing
  • High Speed Evacuation Circuit, for In-Line Process Testing, Where Short Test Times are Required
  • Large and Fine Leak Testing Capabilities
  • Stainless Steel Enclosure with Measurement Circuit - Can be Part of a Moving Station (e.g. Dial Table, Up and Down Movements)
  • Real Time Pressure/Flow Data Display
  • Remote Control Box Can Support Up to Five Units
  • Slave to a Remote PLC/PC

All Products Ship Fully Calibrated. NO Daily Calibration Required.

  • 6 3/4"W x 11 1/8"L x 22 1/4"H

Applicable Micro-Flow Sensors:

  • Vacuum: Sensor IL2-M
    • Calibrated from 2 psia (Slip and Viscous Flow Regimes)
  • Hard Vacuum: Sesnor IMFS
    • Calibrated from 0.01 to 0.2 psia (Molecular and Transitional Flow Regimes)

Integration Files

ME3 CAD Step File

Download
Specifications

Product Usage

  • Easily Integrate Multiple Instruments for High Speed Production
  • Testing of Smaller Components
  • Slip and Viscous Flow Regime (2 psia to barometric pressure)
  • Hard Vacuum - Molecular Flow (Less Than 0.1 psia)
  • Mass Extraction Tests at Lower Instrument Cost Compared to Off-Line Tests
  • Cleanroom or Industrial Applications
  • Ethernet Interface for LAN Integration
  • Container Closure Integrity Testing (CCIT) for Package Leak Testing

Features

  • Designed to be Part of a Rotary or Linear Continuous Operation System
  • Micro-Flow Sensor - The Intelligent Gas Leak Sensor (IGLS); or
  • Molecular Flow Sensor - The Intelligent Molecular Leak Sensor (IMFS)
  • Automated Vacuum Test Circuit, Uniquely Designed for Ultra-Tight Leak Testing
  • High Speed Evacuation Circuit, for In-Line Process Testing, Where Short Test Times are Required
  • Large and Fine Leak Testing Capabilities
  • Stainless Steel Enclosure with Measurement Circuit - Can be Part of a Moving Station (e.g. Dial Table, Up and Down Movements)
  • Real Time Pressure/Flow Data Display
  • Remote Control Box Can Support Up to Five Units
  • Slave to a Remote PLC/PC
Dimensions
  • 6 3/4"W x 11 1/8"L x 22 1/4"H
Accessories

Applicable Micro-Flow Sensors:

  • Vacuum: Sensor IL2-M
    • Calibrated from 2 psia (Slip and Viscous Flow Regimes)
  • Hard Vacuum: Sesnor IMFS
    • Calibrated from 0.01 to 0.2 psia (Molecular and Transitional Flow Regimes)
Downloads

Integration Files

ME3 CAD Step File

Download