Raw Materials  

a. Molybdenum Chemicals and Metal products are widely used in the following industries:-

  1. Paint
  2. Pigments
  3. Steel
  4. Alloying
  5. Lighting
  6. Automotive
  7. Glass Melting
  For more information on molybdenum chemical and metal product applications, please visit  
  b. Tungsten Metal products are used in the following industries:-  
  1. Alloying
  2. Lighting

c. Niobium, Tantalum and Beryllium and other rare earth metal products are used in the following industries: -

  1. Electronics
  2. Heat Exchanger
  3. X-Ray Equipments
  4. Tooling Industry

For more information on niobium, tantalum and beryllium and other rare earth metal products, please visit


d. High Purity Iron Billets are used in the following industries:-

  1. Super Alloys
  2. Nickel based Alloys
Systems and Equipments  

a. Ion Beam Milling Systems and accessories are used for sample preparation for subsequent electron microscopic (SEM & TEM) studies. Pre Ion milling can be done using Technoorg Linda Accessories like Microsaw, Micropol and Microheat which can be followed by ion milling using Technoorg Linda Ion Mill Model IV3 / IV4 and final polising / artifact removal using Technoorg Linda Model IV5 also called as The Gentle Mill. Technoorg Linda sample preparation systems could be used successfully for Analysis of Samples in the following fields: -

  1. Material Science
  2. Metallurgy
  3. Semiconductors
  4. Chemical Engineering
  5. Plastics and Polymers
  For further details on Ion Beam Milling Systems and Accessories for sample preparation, please visit  

b. Critical point dryers are used to dry any delicate 3D structure that is suffering from surface tension during drying process. Current MEMS Applications using tousimis® CPD Process are as given below:

  • RF Switches
  • Cantilevers
  • Micro robots
  • Inkjet Nozzle
  • Shock Sensors
  • Coupled Oscillators
  • Micro platforms
  • Various actuators, hinges, drives, ratchet MEMS devices

Critical point dryers are also used for drying biological samples for subsequent observation under SEM.

For further details, please visit website


c. Dry Isotropic etching systems are used for Highly Selective MEMS Release With No Stiction Problems, Long Undercuts and Release Using Nano-scale Holes and Release Layers.

Sample of Applications

  • RF Switches
  • Projection Displays
  • Reflective Displays
  • Optical Attenuators
  • Airborne Virus Detectors
  • Chemical Sensors
  • Pumps
  • Oscillators.
  • IR Sensors
  • Disk Drives
  • Heaters/Micro Hot Plates

Sample Structures

  • Switches
  • Cantilevers
  • Bridges
  • Mirrors
  • Membranes
  • Channels
  • Thermal Isolation Cavities

For further details, please visit website

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