One of the latest trends in manufacturing is 3-D printing technology. The technology has brought many advantages to the manufacturing industry including time and cost saving. Below are four incredible uses of 3-D printing technology.
When you have completed the design for a drone prototype, and you want it to be produced fast, 3-D printing will come in handy. In addition to fast production, 3-D technology offers manufacture of hard to find spare parts, unlimited customizability, improved battery life due to optimised structure designs, and lighter drone from the use of unrestricted technology.
Manufacturers of drones have been taking advantage of these 3-D advantages to manufacturing customised complex 3-axis camera gimbals including support structures which are full and single-piece together with simple electronic cases. Majority of the constraints in manufacturing are no longer present since there is no more need for assembly.
During drone designing, selection of the right materials is essential. 3D printing will assist with the manufacture of a lighter drone for improved battery life and strength for crashes and hard landings.
3-D printing technology has also made it possible for rapid manufacture of high-quality electronic cases that assist in generating energy. 3-D printing also assists in the production of controllers which are necessary to monitor your power plant. The plastic used in both slightly flexible and robust which makes it ideal for this application. The products can be customised on a mass scale according to your specifications.
As opposed to simulation, 3-D printing allows you to test the actual product within a short period. You can manufacture your test product in no time and be able to make changes to the prototype for better products. This technology assists in the testing of projects and ideas at an affordable cost. You will be able to boost your creativity since 3-D printing will let you manufacture anything you can imagine without incurring a lot of expense. As a result, you will be able to come up with innovative products for your power plant.
In the textile industry, 3-D printing has led to the creation of new structures because of the presence of new materials. Consequently, there is a rise in 3-D printed shoes and fashion. Materials such as plastic or TPU which is a flexible plastic material have made manufacture in the textile industry cheap and fast. Combining 3D printing and various types of fabric has allowed the exploration of new fashion facets. Differentiation from competitors will be enhanced when you connect the latest 3-D printing technology with the latest fashion trends.
Since robots are a complicated combination of electronic and mechanical parts, it is not possible to design the right part in your first trial. With quick delivery and high-quality 3D printing, it will be possible to manufacture each part of the robot quickly. The running test process that enables optimisation of the performance and abilities of your robot will be efficient. 3-D printing will allow the manufacture of lightweight and strong complex shapes which no other technology can produce. As a result, you will have improved battery life and a lighter motor. The elimination of weak points will assist in reducing the likelihood of breakage of parts as well as save on assembly time. Online checking tools will let you know if your robot design is printable or not.
Keeping Your Machines Cool
Use of any industrial machinery necessitates the use of a chiller system which keeps the machinery from overheating. 3-D printers are large industrial machines, and they also need cooling devices to maintain optimal temperatures. For them to print properly, it is necessary for the resin to be cooled. During the cooling process, the process fluid is cooled which then absorbs heat from the material and goes back to the cooler where the heat is extracted and released through ambient air.
If you are in the manufacturing industry, go 3-D or go home!