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What is Rapid prototyping? Discover it with 3DEXPERIENCE Marketplace Make and Ligerium Group
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#prototype #prototyping #3dprinting #manufacturing #3ds #dassaultsystemes #ligerium #rapidprototyping
Discover what is prototyping with 3DEXPERIENCE Make, the on-demand manufacturing platform from Dassault Systèmes, and its partner Ligerium.
Would you like to request a quote from Ligerium?
What is rapid prototyping?
Rapid prototyping is the process of quickly transforming a digital 3D model into a physical object. This is usually done by combining CAD software with automated computer-aided manufacturing (CAM) or computer numerical control (CNC) machine tools.
Common examples include lathes; routers; milling or drilling machines; water, plasma or laser cutters; electrical discharge machines (EDM), and grinders. These are all subtractive manufacturing processes. They remove material from a solid block, bar, sheet or rod.
Increasingly, designers and engineers are using additive manufacturing techniques, more commonly known as 3D printing. The term covers a variety of different processes, all of which involve a material, usually a plastic, metal or composite, being put down in lots of thin layers to build up a 3D shape.
The whole process is computer controlled, requires minimal set-up and creates almost no waste. This makes 3D printing a cost-effective and efficient method to create objects of almost any shape or complexity.
The technology is affordable and accessible, and desktop 3D printers are both compact and easy to operate. This allows the prototyping process to be brought in-house, rather than having to rely on external service providers.
Where does prototyping fit in the product development cycle?
The different forms of prototyping represent different stages of the design workflow. The first is identifying and understanding a need, a problem that has to be solved. This seed of an idea can then brought to life through the simplest and easiest forms of prototyping - a sketch or diagram.
These flat drawings are then used to create simplified 3D prototypes. These models are often not to scale and made from cheaper, more accessible materials than those intended for the final product. Common examples include cardboard, foam, clay, wood, plastic and soft metals such as brass or aluminum.
These rough versions help to identify the elements or functions in need of further improvement and lead to the creation of more detailed and functioning prototypes. Following approval, this is usually the last stage before prototyping moves into production.
Subject: Prototyping, Rapid prototyping
Partner: Ligerium
Chapters in this video:
00:00 What is Prototyping and Rapid Prototyping?
00:48 What is the difference between prototyping and rapid prototyping?
01:30 What are the appropriate manufacturing processes for rapid prototyping?
02:27 The platform phenomenon
02:56 How to find a Rapid prototyping service?
Follow us
Twitter:
Discover what is prototyping with 3DEXPERIENCE Make, the on-demand manufacturing platform from Dassault Systèmes, and its partner Ligerium.
Would you like to request a quote from Ligerium?
What is rapid prototyping?
Rapid prototyping is the process of quickly transforming a digital 3D model into a physical object. This is usually done by combining CAD software with automated computer-aided manufacturing (CAM) or computer numerical control (CNC) machine tools.
Common examples include lathes; routers; milling or drilling machines; water, plasma or laser cutters; electrical discharge machines (EDM), and grinders. These are all subtractive manufacturing processes. They remove material from a solid block, bar, sheet or rod.
Increasingly, designers and engineers are using additive manufacturing techniques, more commonly known as 3D printing. The term covers a variety of different processes, all of which involve a material, usually a plastic, metal or composite, being put down in lots of thin layers to build up a 3D shape.
The whole process is computer controlled, requires minimal set-up and creates almost no waste. This makes 3D printing a cost-effective and efficient method to create objects of almost any shape or complexity.
The technology is affordable and accessible, and desktop 3D printers are both compact and easy to operate. This allows the prototyping process to be brought in-house, rather than having to rely on external service providers.
Where does prototyping fit in the product development cycle?
The different forms of prototyping represent different stages of the design workflow. The first is identifying and understanding a need, a problem that has to be solved. This seed of an idea can then brought to life through the simplest and easiest forms of prototyping - a sketch or diagram.
These flat drawings are then used to create simplified 3D prototypes. These models are often not to scale and made from cheaper, more accessible materials than those intended for the final product. Common examples include cardboard, foam, clay, wood, plastic and soft metals such as brass or aluminum.
These rough versions help to identify the elements or functions in need of further improvement and lead to the creation of more detailed and functioning prototypes. Following approval, this is usually the last stage before prototyping moves into production.
Subject: Prototyping, Rapid prototyping
Partner: Ligerium
Chapters in this video:
00:00 What is Prototyping and Rapid Prototyping?
00:48 What is the difference between prototyping and rapid prototyping?
01:30 What are the appropriate manufacturing processes for rapid prototyping?
02:27 The platform phenomenon
02:56 How to find a Rapid prototyping service?
Follow us
Twitter:
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