00:25 Introduction to the topic of additive manufacturing and guest speaker 03:51 Transition from Catia to Solidworks and venturing into 3D printing 07:29 SLA machines used for prototyping and trade show models 09:21 Additive manufacturing is evolving from rapid prototyping to true manufacturing 13:06 Designing parts for additive manufacturing using photopolymers 15:04 The stainless steel shell protects the fragile SLA with fluid paths and air pass through it. 18:27 Designing self-supporting structures with over 45-degree angles for additive manufacturing 20:03 FDM is a common 3D printing method using two extruders for build and support materials. 23:23 Redesigned applicators for low volume, high mix production. 25:04 Designing parts without supports for additive manufacturing can save time and cost 28:27 Discussing the challenges faced in using metal parts for animals in MRI machines 30:02 Use of plastic components in MRI fixture for improved safety 33:16 Additive manufacturing is not meant to replace traditional manufacturing methods 34:58 Combining 3D printed parts with traditional manufacturing techniques 38:08 3D printing cannot beat injection molding for high volume parts. 39:47 Utilizing trapped powder for structural benefits 42:59 Designing a functional phone case for holding credit cards. 44:29 Discussion on MJF technology and its applications 47:58 Introduction to 3D texture tool in SOLIDWORKS 49:30 3D threads and whole wizard tool in SOLIDWORKS 52:33 Print preview tool provides accurate platform sizes for designing parts. 53:59 Design parts for Additive Manufacturing with surface finish optimization 56:52 Combining nylon and TPU rubber for strength and soft touch 58:26 Pre-production hand assembly fixture for automated assembly machines 1:01:46 Design for Additive Manufacturing requires a different approach than traditional manufacturing methods. 1:03:17 Using chamfers and thread tools for smoother transitions and thread length accuracy. 1:06:20 Direct 3D printing to threads without scaling or offsets in SolidWorks 1:07:58 MJF uses high temperature to prevent warping of parts 1:11:18 Upcoming events and guests on SOLIDWORKS Live 1:12:59 Acknowledging and thanking the audience and guest
00:25 Introduction to the topic of additive manufacturing and guest speaker
03:51 Transition from Catia to Solidworks and venturing into 3D printing
07:29 SLA machines used for prototyping and trade show models
09:21 Additive manufacturing is evolving from rapid prototyping to true manufacturing
13:06 Designing parts for additive manufacturing using photopolymers
15:04 The stainless steel shell protects the fragile SLA with fluid paths and air pass through it.
18:27 Designing self-supporting structures with over 45-degree angles for additive manufacturing
20:03 FDM is a common 3D printing method using two extruders for build and support materials.
23:23 Redesigned applicators for low volume, high mix production.
25:04 Designing parts without supports for additive manufacturing can save time and cost
28:27 Discussing the challenges faced in using metal parts for animals in MRI machines
30:02 Use of plastic components in MRI fixture for improved safety
33:16 Additive manufacturing is not meant to replace traditional manufacturing methods
34:58 Combining 3D printed parts with traditional manufacturing techniques
38:08 3D printing cannot beat injection molding for high volume parts.
39:47 Utilizing trapped powder for structural benefits
42:59 Designing a functional phone case for holding credit cards.
44:29 Discussion on MJF technology and its applications
47:58 Introduction to 3D texture tool in SOLIDWORKS
49:30 3D threads and whole wizard tool in SOLIDWORKS
52:33 Print preview tool provides accurate platform sizes for designing parts.
53:59 Design parts for Additive Manufacturing with surface finish optimization
56:52 Combining nylon and TPU rubber for strength and soft touch
58:26 Pre-production hand assembly fixture for automated assembly machines
1:01:46 Design for Additive Manufacturing requires a different approach than traditional manufacturing methods.
1:03:17 Using chamfers and thread tools for smoother transitions and thread length accuracy.
1:06:20 Direct 3D printing to threads without scaling or offsets in SolidWorks
1:07:58 MJF uses high temperature to prevent warping of parts
1:11:18 Upcoming events and guests on SOLIDWORKS Live
1:12:59 Acknowledging and thanking the audience and guest
3d texture? Seems like displacement mapping for rendering, but generates 3d geometry.