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Devices Modules & accesories ATO Induction Melting System

ATO Induction Melting System

Induction melting expansion module

Compatible with

Product information

Induction Melting System (IMS) is an optional and easy-to-swap module designed to increase the capabilities of the ATO ultrasonic metal atomizers.
Induction Melting System

Make Metal Powder Yourself

The ATO Induction Melting System (IMS) is engineered for effortless operation, enabling users to independently produce metal powders with precise characteristics. Its intuitive design allows a single operator to manage the process seamlessly, while its self-sufficient setup eliminates reliance on external resources. Whether tailoring particle size, shape, or alloy composition, the IMS empowers you to create high-quality powders tailored to your exact specifications.

Ato Induction Melting System Attached To Ato Lab Plus With Operator

Freedom to use both crucibles and rod feeders

The ATO Induction Melting System (IMS) offers unparalleled flexibility by enabling the use of both crucibles and rod feeders for material input. This versatile design expands the range of materials and shapes that can be processed, making it an ideal solution for research labs and production facilities.

Crucible and Rod feeding on ATO IMS

Easy-to-Swap atomizer expansion module

The ATO Induction Melting System (IMS) module is designed for quick and seamless integration into your atomizer, minimizing downtime and maximizing operational efficiency.

Easy To Swap Ato Induction Module

Efficient spherical metal powder production

Universal ATO Powder Container enhances the performance of the Induction Melting System by ensuring seamless integration with the ATO Sieve and all ATO Suite devices. Designed for use in a protective gas atmosphere, it guarantees contamination-free handling and optimal conditions for producing high-quality spherical metal powders.

Powder Container

Streamline atomization with ATO Remote Control

The ATO Remote Control Module empowers users to adjust key parameters directly from a tablet, ensuring precise control and optimal performance. Enhance safety and efficiency while achieving superior results tailored to your Additive Manufacturing needs.

Ato Remote Control Feature

Make Your Own Alloys and Innovate Additive Manufacturing

The ATO Induction Melting System (IMS) unlocks the potential for novel material development by allowing you to design and produce custom alloys. Stay ahead of the curve in Additive Manufacturing by creating unique materials that drive innovation and performance in your applications.

  1. 1
    H
    Hydrogen
    1.008
  2. 2
    He
    Helium
    4.0026022
  3. 3
    Li
    Lithium
    6.94
  4. 4
    Be
    Beryllium
    9.01218315
  5. 5
    B
    Boron
    10.81
  6. 6
    C
    Carbon
    12.011
  7. 7
    N
    Nitrogen
    14.007
  8. 8
    O
    Oxygen
    15.999
  9. 9
    F
    Fluorine
    18.9984031636
  10. 10
    Ne
    Neon
    20.17976
  11. 11
    Na
    Sodium
    22.989769282
  12. 12
    Mg
    Magnesium
    24.305
  13. 13
    Al
    Aluminium
    26.98153857
  14. 14
    Si
    Silicon
    28.085
  15. 15
    P
    Phosphorus
    30.9737619985
  16. 16
    S
    Sulfur
    32.06
  17. 17
    Cl
    Chlorine
    35.45
  18. 18
    Ar
    Argon
    39.9481
  19. 19
    K
    Potassium
    39.09831
  20. 20
    Ca
    Calcium
    40.0784
  21. 21
    Sc
    Scandium
    44.9559085
  22. 22
    Ti
    Titanium
    47.8671
  23. 23
    V
    Vanadium
    50.94151
  24. 24
    Cr
    Chromium
    51.99616
  25. 25
    Mn
    Manganese
    54.9380443
  26. 26
    Fe
    Iron
    55.8452
  27. 27
    Co
    Cobalt
    58.9331944
  28. 28
    Ni
    Nickel
    58.69344
  29. 29
    Cu
    Copper
    63.5463
  30. 30
    Zn
    Zinc
    65.382
  31. 31
    Ga
    Gallium
    69.7231
  32. 32
    Ge
    Germanium
    72.6308
  33. 33
    As
    Arsenic
    74.9215956
  34. 34
    Se
    Selenium
    78.9718
  35. 35
    Br
    Bromine
    79.904
  36. 36
    Kr
    Krypton
    83.7982
  37. 37
    Rb
    Rubidium
    85.46783
  38. 38
    Sr
    Strontium
    87.621
  39. 39
    Y
    Yttrium
    88.905842
  40. 40
    Zr
    Zirconium
    91.2242
  41. 41
    Nb
    Niobium
    92.906372
  42. 42
    Mo
    Molybdenum
    95.951
  43. 43
    Tc
    Technetium
    98
  44. 44
    Ru
    Ruthenium
    101.072
  45. 45
    Rh
    Rhodium
    102.905502
  46. 46
    Pd
    Palladium
    106.421
  47. 47
    Ag
    Silver
    107.86822
  48. 48
    Cd
    Cadmium
    112.4144
  49. 49
    In
    Indium
    114.8181
  50. 50
    Sn
    Tin
    118.7107
  51. 51
    Sb
    Antimony
    121.7601
  52. 52
    Te
    Tellurium
    127.603
  53. 53
    I
    Iodine
    126.904473
  54. 54
    Xe
    Xenon
    131.2936
  55. 55
    Cs
    Cesium
    132.905451966
  56. 56
    Ba
    Barium
    137.3277
  57. 72
    Hf
    Hafnium
    178.492
  58. 73
    Ta
    Tantalum
    180.947882
  59. 74
    W
    Tungsten
    183.841
  60. 75
    Re
    Rhenium
    186.2071
  61. 76
    Os
    Osmium
    190.233
  62. 77
    Ir
    Iridium
    192.2173
  63. 78
    Pt
    Platinum
    195.0849
  64. 79
    Au
    Gold
    196.9665695
  65. 80
    Hg
    Mercury
    200.5923
  66. 81
    Tl
    Thallium
    204.38
  67. 82
    Pb
    Lead
    207.21
  68. 83
    Bi
    Bismuth
    208.980401
  69. 84
    Po
    Polonium
    209
  70. 85
    At
    Astatine
    210
  71. 86
    Rn
    Radon
    222
  72. 87
    Fr
    Francium
    223
  73. 88
    Ra
    Radium
    226
  74. 104
    Rf
    Rutherfordium
    267
  75. 105
    Db
    Dubnium
    268