3D printed tablet car mount

End-use part

Case study

End-use part: 3D printed tablet car mount

ABS application

Driving a car with GPS guidance is more comfortable and less stressful for many people. A build-in tabletor screen at the dashboard seems to be the most convenient solution in that case. However, not all models are equipped with this kind of improvement. What should you do, if your cat is one of them? Well, you can change a car or produce a missing part with 3D printing technology.

Due to the lack of an original tablet holder (BMW Series 1), the owner decided to print it out. As you probably already know, additive manufacturing (AM) is a quick and affordable method to get custom items with very precise dimensions. Here is an excellent example of AM possibilities. This particular tablet car mount was made with ABS, the same material as the dashboard, in order to maintain a similar design and coherent appearance. 



3DGence products enable successful printouts

To obtain quality printouts, you need to provide at least two things: a professional 3D printer and well-selected filament. The use of an industrial 3D printer3DGence INDUSTRY F350, equipped with a large build volume (340 × 340 × 350 mm), allowed the car owner to produce large parts in one piece. Considering different options available, 3D printing turned out to be the best solution to produce a custom tablet car mount due to its complex geometry and single-unit production.

Reasons behind choosing 3D printing technology

  1. Low material and production costs,
  2. Possibility to create parts with complex geometries
  3. Dimensional accuracy,
  4. Material versatility

Product used in this project

3D printed tablet car mount with ABS on 3DGence INDUSTRRY F340 for BMW Series 1
3D printed tablet car mount on 3DGence INDUSTRY F350
3D printed tablet car mount with ABS on 3DGence INDUSTRRY F340 used in dashboard BMW Series 1
3D printed tablet car mount used in BMW Series 1

Products we used


What is ABS 3D printing filament

Acrylonitrile Butadiene Styrene is a multifunctional thermoplastic material that enables professionals and individuals to make 3D-printed parts. ABS is a part of the commodity polymer family. It has strong resistance to acids, alkalis, and alcohol. Although ABS filament is generally not soluble, it can be dissolved in acetone, commonly used for post-processing the models and achieving a smoother surface finish.

What are the pros and cons of printing with ABS?

When it comes to using ABS for 3D printing, there are advantages and disadvantages to consider. On the positive side, ABS is a cost-effective solution with decent strength, requiring minimal post-processing. This material is also easy to machine after printing. It can withstand high heat, mechanical stress, and chemicals. Additionally, ABS comes in a variety of colours and works well with soluble and breakaway support materials. On the downside, printing with ABS produces toxic fumes and odour. It requires specific settings and features for successful printing, has a risk of warping, and has low UV resistance.

What you can print with ABS?

ABS filament is helpful for various industrial applications due to its affordable price, good heat, and chemical resistance. It is used in industries such as automotive (for dashboards, bumpers, trusses, buttons, internal fittings, and wheel arches), aerospace, household appliances, consumer products, and robotics. Companies use it for functional prototyping, low-volume production, tooling, and end-user component printing. However, ABS is not limited to professional applications alone. 3D printing enthusiasts can also use it to print items on desktop printers, such as cosplay suits, toys, sports equipment, decorative pieces, enclosures for electronics, and musical instruments. Printing with this material may produce toxic fumes and odours. It’s strongly recommended to print in a room with good ventilation or with the use of industrial air filtration. Interestingly, the majority of world-famous LEGO bricks are made from ABS filament.

What printer do you need to use ABS successfully?

Specific settings are required to achieve high-quality prints when preparing a 3D printer for printing with ABS filament. Maintaining a constant temperature throughout printing is essential to prevent cracking, warping, and layer separation. To avoid these problems, a professional 3D printer with a heated chamber, print bed and air filtration is recommended, as it resolves these issues and allows you to unleash the full potential of additive manufacturing with ABS filament.

3D printing technology you need

Working closely with our customers that decided to implement 3D printing in their daily operations, at 3DGence we witness the unlimited potential of additive manufacturing. Our company produces true industrial 3D printers and innovative filaments. We also provide 3D services, software, and accessories that boost your 3D experience and make the technology even more effective. The number of companies using solutions provided by 3DGence grows steadily. Join the 3D revolution and take your best out of additive manufacturing. Feel free to ask our expert how 3D printing may speed up your business, cutting costs and time of production and prototyping. Let’s write about taking you business to the next level thanks to 3D printing: [email protected].

fdm 3d printer f350

Ensure maximizing part quality