Robo 3d printer parts

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  Bare Hotend - R1/+, R2, C2

  Robo 3D

  Now: $21. 95

  Robo Hexagon Hot End (Bare Unit) For 1.75mm filament Includes:Heatsink (1 pcs)Heat break (1 pcs)Heater block with set screws (1 pcs)0.40mm brass Nozzle (1 pcs) Fits: Robo R1Robo R1+Robo...

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  Motor Mount - X/Y Axis - C2 | Robo 3D

  Robo 3D

  Now: $4.95

  NEMA17 Stepper Motor Mount Includes: Motor mount (1 pcs) Fits: C2

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  Limit Switch - C2 | Robo 3D

  Robo 3D

  Now: $4.95

  Robo C2 Limit Switch Fits: C2

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  Cable for Thermistor - R1/+ | Robo 3D

  Robo 3D

  Now: $3. 95

  R1+ Thermistor Cable (wire) Runs from mainboard to thermistor.Will also work for the heatsink fan or print cooling fan but pay attention to the orientation of the plug (at the mainboard)...

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  Cable - Heater Cartridge - MB to Uptown Board - C2 | Robo 3D

  Robo 3D

  Now: $5.95

  Mainboard to Uptown Board Wire (cable) This cable runs from the C2 mainboard to the extruder heater connection on the uptown board. Includes: Cable (1 pcs) Fits: C2

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  Print Bed Plastic Housing - R2 | Robo 3D

  Robo 3D

  Now: $14.95

  Print Bed Plastic Housing for Robo R2 Includes: Plastic bed housing (1 pcs) Notes: This is the plastic housing only. Does not include screws: Reuse the screws from your old bed. Does...

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  Fuse | Robo 3D

  Robo 3D

  Now: $3.95

  Replacement Fuse 

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  Z Axis Bearing Cover - C2 | Robo 3D

  Robo 3D

  Regular Price: $9.95

  Now: $4.95

  Z Axis Bearing Cover  Includes: Bearing cover (1 pcs) Fits: C2

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  3mm Bed Magnets (4 Pack) - R1+ | Robo 3D

  Robo 3D

  Now: $3.49

  3mm Bed Magnets for R1/+ Glass Bed Apply using epoxy and these clamps for best results. Includes: Magnet (4 pcs) Fits:Robo R1Robo R1+ Note: These magnets are 3mm thick and do not work...

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  Cable - Z Motor to Mainboard - R2, C2, R1/+ | Robo 3D

  Robo 3D

  Now: $6.95

  Z Motor Cable This cable is for the R2, but also works for the C2 and R1/+ Includes: Cable (1 pcs) Length: 600mm Fits: R2C2R1/+

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  Raspberry Pi Supports (4 Pack) R2, C2 | Robo 3D

  Robo 3D

  Now: $2.99

  Standoffs for Mounting Raspberry Pi Includes: Standoff (4 pcs) Fits:Robo R2Robo C2

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  Cable for Print Cooling Fan - R1+ | Robo 3D

  Robo 3D

  Now: $4. 95

  R1+ Fan Cable (Wire) Runs from mainboard to print cooling fan. Will also work for the heatsink cooling fan, but the wires will need to be reversed or the fan runs backwards...

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  Fan for Print (Part) Cooling - R1/+ | Robo 3D

  Robo 3D

  Now: $8.95

  Robo R1+ Print Cooling Fan This is the fan that cools the part being printed. Includes: Fan (1 pcs) Amps: 0.08 Fits:Robo R1Robo R1+ Note: The color of the plug may differ from the photo...

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  Fan for Bottom Cover - R1/+ | Robo 3D

  Robo 3D

  Now: $8.95

  Robo R1+ Bottom Cover Fan for Cooling Electronics This is the fan that cools the Arduino and RAMPs board in the bottom of the printer Includes: Fan (1 pcs) Amps: 0. 08 Fits:Robo R1Robo...

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  Cable for Power Supply - R1/+ | Robo 3D

  Robo 3D

  Now: $9.95

  Power Supply Cable This cable runs from the power inlet to the power supply of the Robo R1+ Includes:  Cable (1 pcs) Fits:Robo R1Robo R1+

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  Z Carriage (Motor Side) R1+ | Robo 3D

  Robo 3D

  Now: $15.95

  Motor Side Z Carriage for Robo R1+ Replacement z axis carriage with motor mount for Z-axis. Includes: Carriage (1 pcs) Location Motor Side (1 pcs) Fits: R1+ Note This is the...

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  Z Carriage (Idler Side) R1+ | Robo 3D

  Robo 3D

  Now: $15. 95

  Idler Side Z Axis Carriage for Robo R1+ Replacement Z Carriage for the idler side Z-axis (non motor side) Includes: Carriage (1 pcs) Location: Idler Side Fits: R1+ Note: This is...

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  Doorstop With Magnets - R2 | Robo 3D

  Robo 3D

  Now: $7.95

  Doorstop for Robo R2 Includes: Door stop (1 pcs)Magnets  (2 pcs) Fits: Robo R2

3D printing in robotics

Rapid Prototyping and Customization of Robot Parts

Since robots are complex circuits of mechanical and electronic parts, it is almost impossible to design all the parts correctly on the first try.

With 3D4U's 3D printing service, you can try out every single part of your robot and adjust the dimensions, mobility and weight of the parts. Running tests to optimize the robot's performance and capabilities will be much more efficient. nine0005

Trusting the 3D printing process to 3D4U will save you a lot of time and money.

Order 3D printing of robot parts

Perfect robot design without limits with a 3D printer

Design complex geometries while maintaining their strength and lightness. This became possible only thanks to printing on a 3D printer. This approach will allow you to use less powerful motors and increase battery life.

Save assembly time and reduce the chance of parts being damaged due to weak points. nine0005

Even some of the parts to be joined can be printed in one piece, eliminating the assembly, welding, and embossed corners typical of mechanical designs.

Order printing a robot on a 3D printer

Quadcopter 3D Printing

If you've designed a new drone model and need to test it, 3D printing is the most efficient and fastest way. In addition to speed, 3D printing also allows you to make your drone lighter, more agile and more ergonomic. If one of the spare parts is damaged, you can easily restore it and extend the life of your drone. nine0005

Drone manufacturers have known this for a long time, and have taken full advantage of 3D printers from the very beginning, printing all kinds of parts, from simple housings to solid support structures.

Most production restrictions are in the past. Just choose the right material from our wide range and let your project take off and succeed. 3D4U engineers will definitely help you with this.

Order 3D printing of drone parts nine0005

Feedback from our clients

Feedback from our clients

I ordered 3D printing at 100 and 200 microns + modeling, everything was done within a day + sending. I am very satisfied with the quality, not a single flaw, I will use again!

Maxim

Dnepropetrovsk

Professional and very high quality service. Orders are responded to quickly and completed in a timely manner.

Petr

Odessa

An idea came up with an unusual project. In our city they could not help. I turned to 3d for u and did not regret it. We developed a layout, agreed and printed the first sample. Now we order in bulk. The timing and price are amazing. nine0005

Oleg

Nikolaev

Guys, thank you very much!
Developed my own project. All that was - a handwritten image on a notebook sheet. Both the layout and the project itself are excellent.

Victoria

Odessa

I started working with the company when I didn't have my own printer. I took orders, they printed them and gave them to me. After I bought a printer, but I still apply for modeling.

Alexey

Odessa

I ordered 3D printing for 100 and 200 microns + modeling, everything was done within a day + sending. I am very satisfied with the quality, not a single flaw, I will use again! nine0005

Maxim

Dnepropetrovsk

Professional and very high quality service. Orders are responded to quickly and completed in a timely manner.

Petr

Odessa

An idea came up with an unusual project. In our city they could not help. I turned to 3d for u and did not regret it. We developed a layout, agreed and printed the first sample. Now we order in bulk. The timing and price are amazing.

Oleg

Nikolaev

Guys, thank you very much! nine0065 Developed my own project. All that was - a handwritten image on a notebook sheet. Both the layout and the project itself are excellent.

Victoria

Odessa

I started working with the company when I didn't have my own printer. I took orders, they printed them and gave them to me. After I bought a printer, but I still apply for modeling.

Alexey

Odessa

Our clients have already applied 3D printing in the following industries:

3D PROTOTYPE PRINTING

3D Printing Makets

3D Seal of spare parts

3D Printing Souvenirs

Jewelry 3D printing

3D Printing.

3D PRINT FAN ART

3D PRINT ROBOTICS

Which robots urgently need to be 3D printed? nine0005

Despite all this, many people have questions: "What is all this for?", "What can be printed on a 3D printer?", "Where can I download ready-made models for 3D printing?" And we hope that after reading this article, most of your questions will disappear. So let's get started.

In this review, we will focus on 3D printed kits for building and programming simple robots from BQ, Poppy and ROFI.

Entertaining 3D robots from BQ

The Spanish company BQ provides excellent kits for beginner robotics. Consider Evolution, RHINO and Zowi. All kits are open source and available for around 100 euros. nine0005

Evolution Robot

This is a simple educational kit that allows you to build a small robot on wheels and add any shell from 3D printed parts.

The Evolution Kit helps young explorers develop creativity, teamwork, critical thinking, motor skills and 3D design.

The robot is controlled via the Robopad app for smartphones and tablets. The assembled kit itself has dimensions of 269x 195 x 73 mm and weight - 703 g. The central part is made by means of 3D printing. Electronics components include battery pack, continuous rotation servos, ZUMbloq light sensor, USB cable, ZUM BT-328 circuit board, ZUMbloq buzzer, infrared and ultrasonic sensors.

By putting everything together and programming the resulting robot, you can control it when it moves, avoids obstacles, makes turns and other maneuvers.

RHINO Robot

This is an educational rhino robot kit that is easy to build and program just like Evolution. He is able to act as a mini-bulldozer, pushing objects, and also take part in sumo robo-fights.

To assemble the robot, just connect all the components together: servos, wheels, LEDs, electronics, Freduino UNO board, buzzer and other components that come in the box.

The RHINO can be controlled via Bluetooth via an Android app, or it can work standalone. nine0005

Zowi Robot

Miniature two-legged robot designed to teach children programming and robotics. It can be controlled from a smartphone via Bluetooth, set commands, connect to a computer via USB. The robot can walk and even dance.

The device consists of 3D printed parts for the body and legs, a BQ ZUM BT328 control board (Arduino will do), Futaba 3003 servos for adjusting the feet and legs, a microphone, a speaker, and an LED light for expressing emotions. nine0005

This video shows how Zowi dances to Michael Jackson, repeating almost all of his signature moves:

Poppy 3D kits

The French Poppy kit is an open source platform for building, using and interacting with 3D printed robots. The kit is suitable for beginners and experts in robotics, scientists, educators, developers and designers. Let's take a closer look at the main creations from Poppy - Humanoid and Torso. nine0005

The first is a bipedal robot made from 3D printed parts.

The device is 85 cm tall and weighs 3.5 kg. The apparatus also has 25 degrees of freedom with a multi-articulated torso (with 5 degrees of freedom). The robot is powered by Robotis servo motors, which allows it to respond to the reactions of external forces. So, the device is able to move its head, arms and walk on two legs.

The head of the robot contains the ODROID U3 board, which allows you to run programs and communicate via WiFi and Ethernet. Alternatively, you can replace this board with a RaspberryPi 2.

Other components include the USB wide-angle camera (120° FOV) located in the head for artificial vision, as well as all the sensors built into the Robotis motors.

Of course, such a complex set has a rather high cost, although the main costs are servo drives that can be ordered from us.

This video shows the main design features and capabilities of Humanoid:

Torso robot

This is a variation of the Humanoid, but without the legs. The robot is more accessible than the Humanoid, making it especially suitable for robotics engineers as well as STEM students. The device has a height of 38 cm, weight 1.8 kg and 13 servos for the movement of the arms and head.

The robot is also made from 3D printed parts and powered by Dynamixel servo motors, renowned for their reliability. Instead of legs, Torso has a suction cup base, which guarantees it high stability and stability. nine0005

The robot is programmed using IPython and Jupyter, although it can also be programmed using web-based visual programming tools such as Snap! The system will allow beginners to learn the program, or a group of scientists to perform a scenario of interactive behavior.

Video from Torso:

Official website of the project: https://www. poppy-project.org The device was designed to encourage more people to learn about robotics. Therefore, the kit is quite cheap ($350) and comes with open source. The robot can walk using a feedback accelerometer, 12 degrees of freedom and an ultrasonic sensor that allows it to bypass obstacles. A small Android tablet in the head provides ROFI with the brains, and an Arduino Mega circuit board provides the hardware interface. The device can be programmed to perform the simplest actions, such as walking, moving hands, dancing. nine0005

The robot measures 17.75 cm x 11.45 cm x 30.5 cm and weighs 227 grams.

Video from ROFI:

Official site of the project: http://www.projectbiped.com/

These were the next kits for training and development of robotic projects. Of course, they differ in their level of complexity, but what they have in common is open source programming and 3D printing.

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