Date recorded: February 14 2019

Duration: 57 minutes 13 seconds


Deploying an analytical instrument within a laboratory can be expensive, both in terms of the cost of the system itself and also the training needed to enable and support users, to ensure they’re getting the most out of the new technology. Before accepting that this investment is necessary, it is important to understand how the instrument will deliver value to your team, your process(es) and your organisation. This requires consideration of how the performance of your product or intermediate relates to the parameter you are aiming to measure.
 

In this webinar, we will consider how this challenge can be addressed for particle morphology (size and shape) analysis. Introducing the techniques of laser diffraction and analytical imaging, we’ll consider how the size and shape of particles relate to critical properties of particulate systems or materials. This level of understanding can unlock the uncertainty of technology selection, helping you to make the right choices for your requirements and ensuring that your instrument’s output can be successfully used to ensure product or process quality and consistency.   

Table of contents
1. Is My Particle Sizing System Fit For Purpose?
01:59
2. The 5Ws and H of Particle Sizing
01:23
3. Why?
01:58
4. Why?
01:41
5. What do you need to measure?
00:52
6. What do you need to measure?
00:16
7. What do you need to measure?
00:08
8. What do you need to measure?
00:30
9. What do you need to measure?
01:48
10. What do you need to measure?
00:39
11. What do you need to measure?
01:07
12. How to measure particle size?
01:31
13. How to measure particle size?
00:41
14. The Mastersizer 3000
01:11
15. The diffraction pattern
01:22
16. Laser diffraction results
01:20
17. The Morphologi 4 and 4-ID
01:25
18. Morphological imaging workflow
00:23
19. MDRS workflow
00:25
20. Morphological imaging & MDRS results
00:58
21. Who is doing your particle size measurements?
01:21
22. Where?
01:12
23. Where to measure particle size?
01:32
24. When to measure particle size?
01:08
25. Back to the Why?
00:24
26. Controlling the packing fraction in ceramics
01:07
27. Controlling the packing fraction in ceramics
00:43
28. Controlling the flowability of ceramics
00:40
29. Controlling the flowability of ceramics
00:46
30. Controlling the flowability of ceramics
01:03
31. Critical to dissolution, solubility or bioavailability?
00:45
32. Critical to dissolution, solubility or bioavailability?
00:40
33. Controlling bioavailability of a suspension
00:40
34. Controlling bioavailability
00:12
35. Controlling bioavailability
00:51
36. Controlling bioavailability in nasal sprays
00:40
37. Controlling bioavailability in nasal sprays
00:33
38. Controlling bioavailability in nasal sprays
01:16
39. Controlling bioavailability in nasal sprays
00:34
40. Controlling bioavailability in nasal sprays
00:30
41. Additive manufacturing
00:43
42. AM: Why is particle morphology important?
00:53
43. AM: Why is particle morphology important?
00:17
44. AM: Why is particle morphology important?
00:30
45. AM: Why is particle morphology important?
00:45
46. Controlling a milling process
00:34
47. Controlling surface properties
01:13
48. The 5Ws and H of Particle Sizing
00:42
49. Thank You for Listening and Questions & Answers
03:28
50. How to measure particle size?
01:49
51. Thank You for Listening and Questions & Answers
08:05