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Training for the Future

2018 DOBOT Magician – Review the Specs of this Robotic Arm

Picture of Tyler Koslow
by Tyler Koslow
Oct 30, 2018
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The DOBOT Magician is a multifunctional desktop robotic arm that is designed for practical training education. Review the specs here.

As the modern world becomes increasingly reliant on digital design and manufacturing, it’s important that young students receive a hands-on educational experience with robotics and a STEM-based curriculum. We’ve seen an influx of 3D printers and 3D modeling platforms that are designed for the classroom environment, helping the bright minds of tomorrow get more familiar with the latest technological advancements of today.

One of the most versatile and complete options on the market is the DOBOT Magician, a multifunctional desktop robotic arm that is geared toward practical training education. Having recently won both the CES 2018 Innovation Award and iF DESIGN AWARD 2018, this multi-faceted system is an appealing addition to the educational setting or experimental makerspace.

It offers an extensive range of end-tool capabilities, such as 3D printing, laser engraving, writing and drawing, and more. On top of that, the manufacturer has developed a curriculum for teachers to use in order to maximize the educational value of the DOBOT Magician. Available as a Basic Model and Educational Model, this robotic arm is perfect for makers or educators who are looking for a fabrication tool that does it all.

Let’s review the features and specs of the DOBOT Magician to see if it really delivers on its promise of being a “precise and intelligent industrial grade training robot.”

DOBOT Magician

Product image of DOBOT Magician
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DOBOT Magician – Review the Specs of this Robotic Arm Features

Image of DOBOT Magician – Review the Specs of this Robotic Arm: Features

As the buzzword “Industry 4.0” continues to gain steam throughout the manufacturing world, the DOBOT Magician presents itself as a full-fledged system that is capable of replicating the many processes that encompass this newfound industrial movement.

The purpose of the DOBOT Magician is quite simple: it’s a multifunctional and desktop-sized four-axis robotic arm designed for practical training education. It comes with a variety of toolheads, enabling 3D printing, laser engraving, writing and drawing, gripping, and vacuum pumping. You can watch a demonstration on the 3D printing capabilities of the robotic arm here.

This robotic system can be used to write, draw, engrave, 3D print, or simply grab things. Whether it be soldering PCB boards or working with a 3D printing pen, the DOBOT Magician is highly capable of accomplishing a wide variety of tasks. In fact, it offers high positioning repeatability of up to 0.2mm, making it competitive with industrial robots.

The open robotic system is compatible with 13 extensible interfaces and 20 programming languages, so users have numerous ways to control and direct the robotic arm. It includes a visualized programming interface that utilizes drag and drop command functions to make the coding process easier for students.

Compared to other robotic training systems, the DOBOT Magician is both affordable and easy to operate. Students and makers can control the robotic arm via programming, APP, Bluetooth, and WiFi. Aside from the easy control methods, the manufacturer has also made it possible for more advanced makers to utilize the serial port SDK and motion control interface.

There are two different models that are currently available from the manufacturer: the Basic Model ($1,399) and Educational Model ($1,699). As you might assume, the educationally-minded robotic system contains a few extra features that the cheaper model doesn’t offer.

While both versions include end-tools for 3D printing, writing and drawing, gripping, and vacuum pumping, the Educational Model also provides a laser engraving kit, Bluetooth and WiFI modules, joystick controls, and more.

The DOBOT Magician is made up of industrial-grade components, including a stepper motor with a high accuracy gear reducer and high-strength aluminum alloy surface that is processed with an anodic oxidation treatment.

To further the capabilities of the DOBOT Magician, there are also a variety of add-ons that can be equipped to the system, including a linear rail kit, conveyor belt kit, visual kit, and crawler robot. The linear rail kit effectively expands the working area of the robotic arm, allowing it to travel a distance of 1000 mm. By utilizing the array of toolheads and graphical programming environment, users can complete tasks like writing a long letter or organizing objects together.

The conveyor belt can also be added to the DOBOT Magician in order to simulate a complete production workflow. Various settings like the speed, distance, and color sensor can be adjusted to create a highly effective system that resembles a manufacturing factory.

In addition to these accessories, DOBOT has also developed multiple applications and an educational curriculum to optimize the learning experience offered through this robotic system. Moreover, for users that have more than one DOBOT Magician on hand, they will be able to control several robotic arms from one device, enabling what the manufacturer calls “Multi-Robot Collaboration.”

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DOBOT Magician – Review the Specs of this Robotic Arm Technical Specifications

Image of DOBOT Magician – Review the Specs of this Robotic Arm: Technical Specifications

There’s a lot of interesting attributes packed into this compact, educationally-driven robotic arm. To help you parse through the vast array of features, here are the cold hard tech specs for the DOBOT Magician:

Specifications

  • Number of Axis: 4
  • Payload: 500g
  • Max. Reach: 320mm
  • Position Repeatability (Control): 0.2 mm
  • Connectivity: USB / WIFI / Bluetooth
  • Power Supply: 100 V – 240 V , 50/60 HZ
  • Power In: 12 V / 7A DC
  • Consumption: 60W Max
  • Working Temperature: -10°C – 60°C

Axis Movement

  • Joint 1 base – Range: -90° to + 90° / Max. Speed: 320° per second
  • Joint 2 rear arm – Range: 0° to +85° / Max. Speed: 320° per second
  • Joint 3 forearm – Range: -10° to +95° / Max. Speed: 320° per second
  • Joint 4 rotation servo – Range: +90° to -90° / Max. Speed: 480° per second

Physical

  • Net Weight: 3.4KG
  • Gross weight (Standard Version): 7.2KG
  • Gross weight (Education Version): 8.0KG
  • Base Dimension (Footprint): 158mm × 158mm
  • Materials: Aluminum Alloy 6061, ABS Engineering Plastic
  • Controller: Dobot Integrated Controller
  • Robot Mounting: Desktop
  • Packing Size: 330mm x 325mm x 410mm
  • Carton Size for Standard Version: 380mm x 385mm x 480mm
  • Carton Size for Education Version: 380mm x 385mm x 480mm

Applications

  • Software: DobotStudio, Repetier Host, GrblController3.6, DobotBlockly
  • SDK: Communication Protocol, Dobot Program Library

Endeffectors

  • 3D Printer Kit
    • Maximum Print Size: 150 mm ×150 mm × 150mm
    • Material: PLA
    • Resolution: 0.1mm
  • Laser
    • Laser Power Consumption: 500mw
    • Laser Type: 405nm ( Blue laser )
    • Laser Power: 12V , TTL trigger ( With PWM Driver )
  • Pen Holder
    • Pen Diameter: 10mm
  • Vacuum Suction Cap
    • Cap Diameter: 20mm
    • Pressure: -35 Kpa
  • Gripper
    • Range: 27.5mm
    • Drive Type: Pneumatic
    • Force: 8N
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DOBOT Magician – Review the Specs of this Robotic Arm Where to Buy

You can purchase the DOBOT Magician from Amazon:

DOBOT Magician

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