Table of contents
3. Laser diffraction particle size analysis for additive manufacturing
01:15
5. Additive Manufacturing: advantages
00:47
6. Additive Manufacturing: Challenges
01:04
7. Additive Manufacturing: Powder bed processing
01:02
8. Additive Manufacturing: Powder bed processing
02:06
9. Measuring particle size using laser diffraction
00:14
10. How does laser diffraction work?
00:45
11. Particle size analysis using laser diffraction
01:14
12. How does the instrument work?
00:56
13. How does the instrument work?
00:56
14. The Mastersizer 3000
00:45
15. Laser diffraction results
01:00
16. Laser diffraction examples
00:11
17. Particle size analysis
02:02
18. Additive Manufacturing: recycling powder
01:30
19. Particle size analysis
01:04
20. In-process laser diffraction
01:05
21. In-process laser diffraction
00:39
22. Comparison of Mastersizer and Insitec
00:20
23. InnovateUK: Powdercleanse
00:31
24. InnovateUk: Powdercleanse
00:30
26. Analytical Imaging for Additive Layer ManufactureDr Robert TaylorTechnical Specialist – Analytical Imaging and Laser Diffraction
01:40
27. Morphologi 4 & 4ID Hardware
01:14
28. Morphological imaging workflow
01:21
29. Morphological results
00:40
30. Morphological shape descriptors
01:02
31. Result interpretation
00:19
32. How can particle shape be measured?
01:10
33. Sample Presentation
01:02
34. Result interpretation
00:59
35. Result interpretation
02:26
36. Additive Layer Manufacture
00:05
37. Additive Manufacturing: Powder Bed Formation
01:18
38. Additive Manufacturing: Powder Bed Formation
01:18
39. Additive Manufacturing: Powder Bed Formation
01:08
40. Additive Manufacturing: Powder Bed Formation
00:48
41. Particle Size and Shape Analysis
00:13
42. Sample Preparation
00:44
43. Particle Classification
01:33
44. Particle Classification Continued
00:33
45. Classification Charts
00:57
46. Comparison of Fines
01:10
47. The analysis of metal powder, using XRF.
02:14
48. The analysis of metal powder, using XRF
00:45
49. What is X-Ray Fluorescence (XRF)
00:53
50. The tube spectrum
01:05
52. Typical XRF Spectrometer types
01:55
54. Powder samples: how to analyse?
01:59
55. Powder samples: how to analyse?
00:56
56. Analysis according ASTM norms
00:15
57. Powder analysis of a metal powder: FeSi
01:05
58. Why this spread?
00:40
59. Particle size and metallurgical effects
00:48
60. Fused bead analysis of FeSi
00:43
61. Calibration: Fused beads vs pressed powder
00:47
62. Fused beads vs. pressed powder
01:14
63. Sample preparation summary
00:54
64. Fused bead reproducibility (Zetium 1kW)
01:49
65. Comparison of LLD’s in WD-XRF
00:39
66. But what about ED-XRF?
00:20
67. Calibrations on Epsilon 3 ED-XRF
00:34
68. Repeatability on pressed powder
00:33
69. ED-XRF, now fully capable of routine analysis
00:28
70. Recent developments
00:48
72. Using X-rays to see inside your powdered metal materials and processes
01:52
75. What information can be derived from XRF/XRD?
01:35
76. X-ray diffraction (XRD)
00:54
77. X-ray diffraction (XRD)
02:43
80. Application Examples
00:14
82. Phase analysis – Rietveld full pattern analysis
01:44
83. Phase analysis – Ferrite-Martensite-Austenite-Cementite
00:45
84. Phase analysis – Ferrite-Martensite-Austenite-Cementite
01:00
85. Application Examples
00:10
86. Line profile analysis
01:19
87. Crystallite size & microstrain analysis
01:02
88. Crystallite size & microstrain analysis
00:46
89. Application Examples
00:08
94. Thank you for your attentionSend your questions to:events@malvernpanalytical.com
00:18
95. Questions and Thank You!
10:50