Rapid prototyping can generally be defined as a modeling
technique that improves and speeds up development of new products. This
is a process that uses computer aided tools as well as techniques such
as 3D printing and stereo lithography to come up with physical product
models for production tooling and production analysis. The process tends
to be very helpful to product component suppliers, designers and even
manufacturers.
This technique can be learned easily using electronic kits such as E-blocks. These are small circuit boards containing electronics blocks as you would find on an embedded system or electronic system. The boards can range from simple LED ones to complex boards such as Bluetooth boards and device programmers among others. The wide range of boards makes it possible for you to find what suits you best depending on what your needs are. You could be PIC programming or Arduino programming or dealing with other hardware platforms, you will find something that works for the needs you have.
The E-blocks are designed to easily snap together forming a huge range of functional systems. They offer an easy and quick construction process, making them very good choices for rapid prototyping even for complex electronic systems. They can come in handy for the industry, to learners and to teachers alike. The best thing about the blocks is that they come supported with a range of complementary software, sensors, curriculum and courseware. You will also get applications information and product datasheets and even active forum where you can get all the advice and support you need when using the blocks.
Using the blocks, learners and engineers get the chance to rapidly develop a huge variety of functional systems. They are actually used by a large number of industry's development engineers as well as educators and students in colleges, universities and schools for aid projects and learning.
Rapid prototyping advantages
Rapid prototyping saves you the time you would have otherwise required producing patterns, molds and special tools with conventional modeling. It offers time reduction between the initial design idea and analysis thus speeding up the production process and you will still get an accurate model to serve your feature, usability, performance and form testing needs.
Rapid prototyping offers designers the freedom to create model complex in surfaces and shapes without assurance of accurate production. Creativity is basically taken to a much higher level by the technique.
The technique reduces product development costs, considering that no special tools are used for every new product. The process relies on printing equipment and CAD all through greatly reducing your expenses. Reduced labor and reduced waste costs are other advantages that you gain when using the rapid prototyping technique.
This technique can be learned easily using electronic kits such as E-blocks. These are small circuit boards containing electronics blocks as you would find on an embedded system or electronic system. The boards can range from simple LED ones to complex boards such as Bluetooth boards and device programmers among others. The wide range of boards makes it possible for you to find what suits you best depending on what your needs are. You could be PIC programming or Arduino programming or dealing with other hardware platforms, you will find something that works for the needs you have.
The E-blocks are designed to easily snap together forming a huge range of functional systems. They offer an easy and quick construction process, making them very good choices for rapid prototyping even for complex electronic systems. They can come in handy for the industry, to learners and to teachers alike. The best thing about the blocks is that they come supported with a range of complementary software, sensors, curriculum and courseware. You will also get applications information and product datasheets and even active forum where you can get all the advice and support you need when using the blocks.
Using the blocks, learners and engineers get the chance to rapidly develop a huge variety of functional systems. They are actually used by a large number of industry's development engineers as well as educators and students in colleges, universities and schools for aid projects and learning.
Rapid prototyping advantages
Rapid prototyping saves you the time you would have otherwise required producing patterns, molds and special tools with conventional modeling. It offers time reduction between the initial design idea and analysis thus speeding up the production process and you will still get an accurate model to serve your feature, usability, performance and form testing needs.
Rapid prototyping offers designers the freedom to create model complex in surfaces and shapes without assurance of accurate production. Creativity is basically taken to a much higher level by the technique.
The technique reduces product development costs, considering that no special tools are used for every new product. The process relies on printing equipment and CAD all through greatly reducing your expenses. Reduced labor and reduced waste costs are other advantages that you gain when using the rapid prototyping technique.
There are a number of electronic kits you can use to learn rapid prototyping.
Considering how advantageous rapid prototyping is, you are best placed
learning a few things and the kits can ease out the process for you.
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