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Technoorg Linda Gentle Mill 3 Model, 110 volt
Technoorg Linda Gentle Mill 3 Model, 110 volt
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Technoorg Linda Gentle Mill 3 Model, 110 volt

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Gentle Mill Ion Beam Workstation 110 volt:

You have spent many hours in the cutting, mounting, polishing and preparation of your sample and now there are the final steps before your examination. It is in these last steps that extra care must be taken to ensure that the area of examination is free from artifact and distortion. The Gentle Mill 3 is designed to produce such a sample and is the final step of an Ion beam workstation for preparing the highest quality TEM/FIB samples.

Artifact-Free Sample Preparation

The Gentle Mill 3 system (Model IV8) allows the production of damage-free samples at low-energy ion bombardment and provides a clear opportunity to study the real nanostructures in synthesized and natural materials in all fields of technical sciences and materials research. It is designed for researchers who want to prepare the highest quality artifact and damage free XTEM, HRTEM or STEM samples. These ion mills are also suitable for quick thinning of dimpled or thin (< 25 µm), planar, mechanically polished samples.

State of the Art Low-Energy Ion Source

The Gentle Mill 3 ion beam workstations operate with an outstanding patented hot-cathode low-energy ion source. The low energy of the ion beam minimizes the surface damage and ion beam induced amorphization. The unique construction of the ion source allows high ion beam current densities. All ion gun parameters, including accelerating voltage and cathode current, are controlled automatically by a digital feedback loop, but they can always be changed manually during the sample preparation procedure. The initial values of the ion source parameters are set either automatically or manually and are continuously displayed on the computer screen.

Automated Operation

The third generation of the Gentle Mill 3 is provided with full computer control, utilizing an easy-to-use graphical interface. All milling parameters including ion source setup, gas flow control, and setting of other milling parameters such as sample motion, tilt angle and perforation detection can be stored or pre-programmed in the system. This fully automated feature allows production of high-quality samples with minimum user intervention. The Gentle Mill 3 is supplied with a software extension for in-line support, which enables instant error detection and problem elimination via the Internet.

Specifications

Low-Energy Ion Source (One fixed type)

  • Ion energy:100 - 2000 eV, continuously adjustable
  • Ion current density: max. 10 mA/cm2
  • Beam current: 7 - 90 µA, continuously adjustable
  • Beam diameter: 750 - 1200 µm (FWHM)
  • Manually or electronically optimized working gas flow (mod. IV8)
  • 28 µm/h milling rate on c-Si at 2000 eV ion energy and 30° angle of beam incidence

Specimen Stage

  • Milling angle: 0° - 45°, electronically adjustable in 0.1° increments
  • Computer controlled in-plane specimen rotation and oscillation (0°- 120° angular range, electronically adjustable in 10° increments)
  • Remarkable thickness range of the accepted TEM samples (30 - 200 µm)

Specimen Handling

  • Vacuum load-lock system for fast specimen exchange
  • Fully mechanical, glueless specimen loading system
  • Specially designed titanium frames and encapsulation technology for XTEM samples

Vacuum System

  • Pfeiffer vacuum system with oil-free diaphragm and turbomolecular pumps equipped with compact, full-range Pirani/Penning vacuum gauge

Gas Suppy System

  • 99.999% purity argon gas of 1.3 - 1.7 bar absolute pressure
  • Dedicated pressure regulator for noble gas service with electronic outlet pressure monitoring
  • High-precision working gas flow control via motorized needle valve

Imaging System

  • CCD camera image for full visual control and milling supervision/termination
  • High-resolution color CCD camera
  • Manual zoom video lens of 50 - 400x magnification range

Computer Control

  • Built-in computer system with easy-to-use graphical interface and image analysis module
  • Highly automated operating regime for minimum user intervention
  • Pre-programmed or manually set milling and polishing cycles
  • Automatic termination: optical termination of the milling process supported by an image analysis module (detecting the sample perforation or monitoring the surface topography)

Specimen preparation for SEM applications by ion milling

The Gentle Mill 3 offers the ability to work with SEM samples. Two SEM holder types are offered:

Ion Beam Slope Cutting

The specially designed Ion Beam Slope Cutting (IBSC) sample holder for Gentle Mill 3 allows the user to produce and clean high quality cross-sections for SEM investigations. Using an adjustable screening plate, the IBSC sample holder can be used to prepare an inclined (slope) cut with an inclination angle of 45°into the surface layer of a bulk sample. The ion beam would be nearly parallel to the screening plate and the exact location and depth of the cross section to be cut are easily defined. The ion beam slope cutting technique can be applied to heterogeneous materials, even to those of significant variations in composition and hardness. In this case the quality of the cut surface can be improved by oscillating the sample during the cutting process.

Sample size limit for ion beam slope cutter: 6.5 x 6.5 mm or 6.5 mm diameter, thickness: 0.5-2 mm cut line: ~ 1.2 mm in length

The ion beam slope cutter requires a different sample rod manipulator than what comes with the standard Gentle Mill 3 System

Final Polishing/Cleaning Holder

The diffraction pattern of Electron Back scattered Diffraction (EBSD) in the SEM is formed within the first few tens of nanometers of the specimen surface. Thus an optimal pattern quality can be achieved if the material near the surface is not deformed, damaged or contaminated. For many materials, standard preparation methods such as mechanical and/or electrochemical polishing may not be a sufficient enough preparation technique. Ion milling can produce surfaces suitable for EBSD studies especially on materials where the above traditional methods do not provide appropriate results.

Sample size limit for Polishing/Cleaning Holder: 5.5 x 5.5 mm or 8 mm diameter, thickness: 0.5-2.5 mm cleaned area: ~ 2.4 mm in diameter

The Final Polish/Cleaning Holder requires a different sample rod manipulator than what comes with the standard Gentle Mill 3 System

Special Model for Direct Application with Hitachi FIB/STEM Systems

Hitachi and Technoorg Linda offer a complete solution for site specific and low-damage specimen preparation based on Hitachi’s FIB/STEM systems and Technoorg Linda Gentle Mill 3 ion beam workstations. The low-energy ion milling and cleaning capability of semi and fully automated Gentle Mill 3 models is used in the final stage of FIB specimen preparation to remove the damaged surface layers. This model allows direct insertion of Hitachi’s 3D FIB/STEM sample holders, allowing the sample preparation time to be drastically decreased.