Appli­ca­tion of 3D print­ing in auto­mo­tive design

With the con­tin­u­ous devel­op­ment of tech­nol­o­gy, the appli­ca­tion of 3D print­ing in the auto­mo­tive indus­try is becom­ing more and more exten­sive, and its advan­tages are obvi­ous:

1、3D print­ing does­n’t require any molds, and you don’t have to pay for addi­tion­al molds and labor, which great­ly reduces costs.

2、The biggest advan­tage of 3D print­ing is that it saves time and can short­en the pro­duc­tion cycle of parts by more than 50%.

3、The new tech­nol­o­gy of 3D print­ing can sup­port a vari­ety of pow­er­ful mate­ri­als, and there is always one that can meet your needs.

In the auto­mo­tive indus­try, 3D print­ing is speed­ing up the process of design­ing and devel­op­ing auto­mo­biles at a low­er cost, most com­mon­ly through pro­to­typ­ing and con­cept mod­el prepa­ra­tion.

1、Use 3D Print­ing to make pro­to­type parts

Ford uses a vari­ety of 3D print­ing tech­nolo­gies to rapid­ly build pro­to­types. Engi­neers and design­ers can get their designs in just a few hours, com­pared to weeks with tra­di­tion­al meth­ods.

This helps design­ers see how lines and shad­ows appear in dif­fer­ent light­ing con­di­tions. It can also help design­ers iter­ate quick­ly. If you want to make this kind of engrav­ing, 3D print­ing is undoubt­ed­ly the best choice.

2、Turn the con­cept car into real­i­ty

Cit­roen’s new all-elec­tric pick­up truck con­cept, the OLI, is equipped with 20 3D print­ed parts, its entire back­rest is made of flex­i­ble 3D print­ed plas­tic mate­r­i­al, and the open lat­tice struc­ture pro­vides nat­ur­al air­flow, replac­ing all ven­ti­la­tion equip­ment in the seat, using 80% few­er parts than tra­di­tion­al seats, which reduces the com­plex­i­ty of design and man­u­fac­tur­ing.

3D print­ing also pro­vides more fea­si­bil­i­ty and solu­tions for cre­at­ing light­weight auto­mo­tive parts. With topol­o­gy-opti­mized geom­e­try and inte­grat­ed design, the chair can be man­u­fac­tured by 3D print­ing to reduce weight by around 50%.

The auto­mo­tive indus­try is con­stant­ly try­ing to reduce the over­all weight of com­po­nents and designs to improve fuel effi­cien­cy and reduce emis­sions. 3D print­ing can achieve this by uti­liz­ing light­weight mate­ri­als such as com­pos­ites and engi­neer­ing plas­tics.

Of course, dif­fer­ent parts, and even dif­fer­ent stages require dif­fer­ent 3D print­ing technology.At Pro­to­soon, our team of expe­ri­enced engi­neers can help you decide which 3D print­ing tech­nol­o­gy is best suit­ed for your project. Plus, we will pro­vide end-to-end sup­port for the entire­ty of your pro­duc­tion run. Con­tact us today to get start­ed on your next project.

In the next part, we will talk about some appli­ca­tions of 3D print­ing in auto­mo­bile man­u­fac­tur­ing.