Wireless Bluetooth Speaker

Custom made PCB with Bluetooth circuit, exceptional design, made on a single desktop machine.

Challenge

Usually, when it comes to developing complex functional prototypes, the 3D printer is used for printing cases, or parts like gears that otherwise would be hard and expensive to make. The rest of the project parts like electronics or PCB have to be outsourced. Even though it’s faster & cheaper with comparing to traditional techniques, it still takes a bit time. However, there’s a different story if you choose a multitool 3D printer over a single purpose one. To create a Wireless Bluetooth Speaker the designer chose ZMorph VX. Thanks to three workflows he was able to print the speaker enclosure and fabricate a custom PCB with a Bluetooth circuit on a single machine.

Solution

After sketching the speaker enclosure, the designer chose the final design after several iterations and printed it with PLA. The PCB was designed and then made on ZMorph VX. Outsourcing custom PCB usually takes time and it’s more expensive than making them in-house. The CNC PRO Toolhead milled the board, and Laser PRO engraved the board traces. After that, it took a bit of soldering and the PCB with Bluetooth circuit was ready to use. Making this Wireless Bluetooth Speaker with design iterations and printing, and PCB manufacturing took just two working days for the designer.

Result

The Wireless Bluetooth Speaker is a fully functional prototype that resembles the final product with the design and all functionalities. It can connect to a device with Bluetooth like smartphones, laptops or smartwatches. It plays loud and clear music. The product development process took a laptop, a note & a desktop 3D printer used for 3D printing the speaker enclosure and manufacturing the PCB. That way, it’s much easier for the designer to choose the right components either for low volume or mass production. Making PCB on the ZMorph VX is from 8x to 10x faster than ordering it from suppliers. The three different workflows of ZMorph VX allows creating complex projects, like this speaker, a lot easier by cutting the costs, time and space to produce.

Realistic Mockup of a Housing Estate

Realistic Mockup of a Housing Estate

120 x 150 cm in size, amazing detail, made cheaper and faster than traditional methods.

Challenge

Creating a good architectural mock-up is no mean feat because it requires perfect reproduction of details, fine aesthetics and high quality of craftsmanship. The end result must impress potential investors and developers. The challenge was to create a highly detailed, large-scale architectural model of a modern housing estate in 3D printing technology.

Solution

Get Models Now decided to use a ZMorph multitool 3D printer to print all of the infrastructures of the mockup, and use traditional mockup making methods and materials only for finishing. The buildings were divided into segments and put together after printing. The area around the residential buildings was fenced and covered with green grass, on which a playground was placed. The remaining space was developed with trees, shrubs, parking spaces and lamps. Additionally, the mock-up has realistically made lighting inside and outside the buildings.

Result

The end result is a 120 x 150 cm realistic mockup of a housing estate made with the utmost accuracy and attention to detail, and of course a ZMorph multitool 3D printer. Creating an architectural mockup in 3D printing technology has nothing but superlatives – it’s much cheaper, faster and more accurate than traditional methods. Designing and 3D printing is an excellent tool for modern architects.

Realistic 3D printed mockup 5

Realistic 3D printed mockup 6

 

 

 

Realistic 3D printed mockup 3

Fully Functional Drone

Fully Functional Drone

Made by the worlds most versatile and practical 3D printer

Challenge

3D printers gained the attention of a broader audience in the second decade of the XXI century with a few open source project which offered affordable additive manufacturing machines, simultaneously sparking a market for future 3D printer manufacturers. Since that time 3D printers evolved, even surpassing the function of 3D printing. Nowadays, thanks to multitool 3D printers like the ZMorph VX, users can create complex, multi-material projects, including a PCB board. With this use case, we’d like to show you how advanced are multitool 3D printers today. The project you’re about to see wouldn’t be possible with a typical single-purpose 3D printer.

Solution

In order to make a fully custom drone we used all of ZMorph VX fabrication methods. 3D printing with ABS was used for the electronics casing, propeller guards, and landing gear. From a 3D printing toolhead we switched to Laser PRO toolhead to etch a PCB design on a PCB copper laminate plate. Next, a CNC PRO toolhead was used to cut the frame from lightweight and sturdy Dibond composite, and also to cut out the form of the PCB from the previously etched copper laminate. Then we took some standard electronics to make the drone “alive”, like sensors, main processor, battery, radio control remote. Finally, we made final post processing touches by painting some elements of the drone.

Result

We combined all three ZMorph fabrication methods: 3D printing, CNC, and laser. We used some ABS filament, Dibond, PCB laminates and some electronics, all worth around $100. This multitool 3D printer allowed us to make an awesome looking and functional drone within a desktop workspace. The same process can be used for making prototypes, showcase models and even low-volume production – proportional to the amount of owned 3D printers. A drone is only an example because the range of ZMorph’s possibilities is really vast – for more check out our catalog at zmorph3d.com/catalog. 3D printers came a long way!

ZMorph VX drone 1

ZMorph VX drone 4

ZMorph VX drone 12

ZMorph VX drone, 14