MELSOFT Gemini Academy

Learn the basics of using MELSOFT Gemini.

1. All
2. Process Modeling
3. Component Modeling
4. Robot Programming

1. 

   Add components during simulation (1/3)

2. 

   Change conveyor route by product material (1/3)

3. 

   Change conveyor route by product material (2/3)

4. 

   Change conveyor route by product material (3/3)

5. 

   Change graph data colors

6. 

   Change material density

7. 

   Change part color partially

8. 

   Change product friction (1/2)

9. 

   Change product friction (2/2)

10. 

    Clear or save output window messages

11. 

    Connect multiple workpieces and simulate with physics

12. 

    Control device display state

13. 

    Control robots with Python (1/3)

14. 

    Control robots with Python (2/3)

15. 

    Control robots with Python (3/3)

16. 

    Control servos with Python (1/2)

17. 

    Control servos with Python (2/2)

18. 

    Control timing of device product transfer

19. 

    Create a 2-axis rotary positioner and connect it to a robot (1/2)

20. 

    Create a 2-axis rotary positioner and connect it to a robot (2/2)

21. 

    Create a B-contact sensor

22. 

    Create a cam mechanism (1/2)

23. 

    Create a cam mechanism (2/2)

24. 

    Create a chuck (1/3)

25. 

    Create a chuck (2/3)

26. 

    Create a chuck (3/3)

27. 

    Create a custom linear track (1/2)

28. 

    Create a custom linear track (2/2)

29. 

    Create a cylinder (1/3)

30. 

    Create a cylinder (2/3)

31. 

    Create a cylinder (3/3)

32. 

    Create a device simulation conveyor (1/3)

33. 

    Create a device simulation conveyor (2/3)

34. 

    Create a device simulation conveyor (3/3)

35. 

    Create a feeder to understand structure

36. 

    Create a lift with the IO Control Wizard (1/2)

37. 

    Create a lift with the IO Control Wizard (2/2)

38. 

    Create a physics-affected conveyor (1/2)

39. 

    Create a physics-affected conveyor (2/2)

40. 

    Create a physics-affected feeder (1/2)

41. 

    Create a physics-affected feeder (2/2)

42. 

    Create a process-modeling conveyor

43. 

    Create a pusher (1/4)

44. 

    Create a pusher (2/4)

45. 

    Create a pusher (3/4)

46. 

    Create a pusher (4/4)

47. 

    Create a robot tool and control the robot via PLC to transport products (1/3)

48. 

    Create a robot tool and control the robot via PLC to transport products (2/3)

49. 

    Create a robot tool and control the robot via PLC to transport products (3/3)

50. 

    Create a robot with horizontal mechanism

51. 

    Create a sensor

52. 

    Create a statistics dashboard (1/2)

53. 

    Create a statistics dashboard (2/2)

54. 

    Create an actuator (1/6)

55. 

    Create an actuator (2/6)

56. 

    Create an actuator (3/6)

57. 

    Create an actuator (4/6)

58. 

    Create an actuator (5/6)

59. 

    Create an actuator (6/6)

60. 

    Create an operator panel (1/3)

61. 

    Create an operator panel (2/3)

62. 

    Create an operator panel (3/3)

63. 

    Create physics-affected containers

64. 

    Create reference and list-type properties

65. 

    Create reusable Python snippets

66. 

    Creating an AGV (Part 1 of 12)

67. 

    Creating an AGV (Part 2 of 12)

68. 

    Creating an AGV (Part 3 of 12)

69. 

    Creating an AGV (Part 4 of 12)

70. 

    Creating an AGV (Part 5 of 12)

71. 

    Creating an AGV (Part 6 of 12)

72. 

    Creating Components for Process Modeling

73. 

    Cut grooves into a product (1/3)

74. 

    Cut grooves into a product (2/3)

75. 

    Cut grooves into a product (3/3)

76. 

    Define quantity and unit for properties

77. 

    Drill holes in a product (1/5)

78. 

    Drill holes in a product (2/5)

79. 

    Drill holes in a product (3/5)

80. 

    Drill holes in a product (4/5)

81. 

    Drill holes in a product (5/5)

82. 

    Export/import variable pair lists

83. 

    Highlight products to emphasize

84. 

    Import mechanical information from 3D CAD

85. 

    Let's build a robotic tool to transport products (Part 1 of 2)

86. 

    Let's build a robotic tool to transport products (Part 2 of 2)

87. 

    Let's combine multiple 3D CAD files

88. 

    Let's define the repulsion when components collide

89. 

    Let's delete the work in the machine simulation

90. 

    Let's make a conveyor and connect it to the sequencer

91. 

    Let's make a conveyor using a wizard

92. 

    Let's make a curved conveyor

93. 

    Let's make a Turn conveyor

94. 

    Let's save the components

95. 

    Merge and punch products

96. 

    Model parts affected by physical forces and collisions

97. 

    Move a moving part on an angled axis

98. 

    Optimize simulation performance

99. 

    Push multiple workpieces at once with a pusher (1/3)

100. 

     Push multiple workpieces at once with a pusher (2/3)

101. 

     Push multiple workpieces at once with a pusher (3/3)

102. 

     Read/write CSV files (1/2)

103. 

     Read/write CSV files (2/2)

104. 

     Registering Your Original Model in the eCatalog

105. 

     Replace product before/after processing

106. 

     Run Python when properties or signals change

107. 

     Select component nodes to check settings

108. 

     Set actions when a property button is clicked

109. 

     Set camera viewpoints for recording using Python

110. 

     Set input rules for properties

111. 

     Simplify 3D CAD models

112. 

     Solve Python errors

113. 

     Switch between multiple geometries

114. 

     Use a component path sensor

115. 

     Use a raycast sensor

116. 

     Use a volume sensor

117. 

     Use damping (1/3)

118. 

     Use damping (2/3)

119. 

     Use damping (3/3)

120. 

     Use normal distribution to generate pseudo-random numbers

121. 

     Use the Wizard

122. 

     Use two-way paths