Velleman Kits & Projects

Add a second extruder to your K8400 Vertex 3D printer. This kit includes all you need to add another colur filament to your 3D printed project. Upgrade your K8400 Vertex single colour 3D printer to a dual head / dual colour 3D printer. Firmware upgrade required.

Now Available, the latest 3D printer kit from Velleman. The Vertex Nano is based on the accuracy and user friendly character of the Vertex K8400. This smaller version combines the latest technologies to print refined 3D objects with a max size 80 x 80 x 80mm quickly. The Vertex Nano is the third generation of 3D printer by Velleman and thanks to their experience, they have managed to keep this new 3D printer accurate and open source but in a compact and affordable design.

Upgrade your 3D printer with this high temperature performance hotend or use it as a spare part for your Vertex Nano! This set includes a 1.75 mm filament nozzle that is fully E3D compatible (all E3D nozzles fit this assembly). It can print PLA or ABS as well as other materials that melt at a maximum temperature of 300°C (*) and at a recommended layer resolution of 0.1 - 0.2 mm. All parts are open-source, check out what's included below! Find the assembly manual on manuals.velleman.eu (Vertex Nano 3D Printer, chapter 6. Assembling the hotend). (*) If used with the Vertex Nano (K8600), the maximum nozzle operating temperature is 240 °C.

The Vertex Delta is an all-round and reliable 3D printer designed to print refined objects to complete your projects.

Aside from the excellent print quality and user-friendliness, the Vertex Delta also comes with a lot of innovative perks to make your 3D printing experience more engaging and pleasant.

Advanced safety features:

• A filament run out detector
• A mid print filament replacement function
• Automatic calibration and bed compensation
• Hybrid Kit - easy assembly, no soldering.

This Vertex comes as a hybrid kit which means that after a straightforward and quick assembly, your Delta 3D printer is ready to serve you. And don't worry about a precise build, because this device will take care of all necessary procedures to ensure a perfect first print.

Choose for reliability and for making quality 3D projects, choose Vertex and make it happen!

 

Build your own - fully Arduino® compatible - microcontroller and enhance it with 4 built-in buttons and blue LEDs. The nibble only requires through hole soldering skills and is preprogrammed with a working memory game (SMD components are already assembled).
Check out the pinout here!

The Velleman Arduino Shield kit for the YÚN. General purpose INPUT - OUTPUT shield for Arduino™. 6 relay outputs, 6 analog inputs, 6 digital inputs. Downloadable sample sketch. Stackable design: the shield can be stacked with other shields. Requires 1 Arduino™ YÚN (not included).

Add 24 Analogue inputs to your Arduino with the KA12 Velleman Shield. The Arduino UNO™ is equipped with 6 analogue inputs. Some projects call for more analogue inputs, e.g. sensor- or robot projects. This shield only uses 4 I/O lines (3 digital, 1 analogue) but adds a whopping 24 inputs, so in total you have 29 analogue inputs at your disposal.

This Fuel Cell Car Science Kit uses a reversible PEM fuel cell that combines electrolysis and power conversion into one single device. Watch as oxygen and hydrogen gases are formed in two transparent water containers. The car steers independently of the user once in operation: when the car hits a barrier, it will automatically find its way by reversing away 90 degrees. This fun science kit combines cutting-edge science, education and fun for all!

This futuristic hydrogen car science kit is an amazing way to demonstrate the use of cutting-edge alternative energy and automotive technologies. Its partly transparent body displays the inner mechanics of the car. The car's assembly instructions make it easy and fun to build, and also provides interesting education on real-world challenges.

Discover how to produce, store and use the clean energy of the future! Using a process called electrolysis, water can be converted to hydrogen which is then transformed by fuel cells into electrical energy to power anything from vehicles to electronic devices.