Dobot Collaborative Robots: Setup and Use Guide
Why a young manufacturer has earned a seat among the big names
In collaborative robotics, the historic names are no longer the only ones that matter. Dobot has become one of the fastest-growing cobot manufacturers in the world with a very specific proposition: reliable robots, easy to programme, with a performance-to-price ratio that's hard to match. It doesn't compete on technological novelty — it competes on the robot simply working, being easy to adopt, and not requiring an engineering department to maintain.
This guide walks through the range, explains which model fits which application, and describes what the setup process actually looks like in practice.
The range, model by model
CR Series: the industrial cobot
This is the family of six-axis cobots for industrial applications, with payloads from 3 to 16 kg. The reference model is the CR10: 10 kg payload and 1,300 mm of reach, a combination that covers most standard-box palletizing, pick-and-place, machine tending — loading and unloading CNC machines and injection presses —, screwdriving, gluing and polishing applications.
Within the series, one variant deserves a special mention: the SafeSkin models feature electronic skin that detects a person's proximity before contact occurs and stops the robot pre-emptively. For cells with constant operator-robot interaction, or cycle rates that can't tolerate collision-triggered stops, this is the difference between a cell that flows and one that's constantly interrupted.
MG400: the industrial desktop robot
The MG400 is a compact four-axis robot with a footprint of just 190 mm and a 750 g payload. Its territory is the bench: testing circuit boards, dispensing, sorting small parts, feeding components. Its big selling point is that it literally fits on any worktable and is installed in minutes. It's the entry point into automation for processes nobody thought could be robotised due to lack of space.
Magician: the educational family
The Magician is the de facto standard for STEAM training, vocational education and university courses: a multi-function arm — gripper, suction cup, pen, laser module — programmable from Scratch, Blockly or Python. If the goal is to train a team before making the jump to industrial robotics, or to equip a classroom, this is the family. And it's not a toy: the programming logic learned on a Magician is the same logic later applied on a CR10.
Which model to choose, by application
Industrial palletizing and handling: CR series, choosing payload and reach according to box and pallet.
Cells with people working in close proximity: SafeSkin variants.
Small parts at a bench position: MG400.
Training, vocational and university education: Magician.
Getting up and running, no frills
1. Physical installation
Mounting to a table, pedestal or lift axis, power connection and gripper hookup. On a cobot, this is measured in hours, not weeks. No civil works, no production stoppage.
2. Tool configuration
The gripper's weight and centre of gravity — the TCP — are defined so force control works correctly. This is the step that causes the most errors among beginners, and the one most worth not skipping: a badly configured TCP degrades accuracy and compromises safety.
3. Application programming
Two complementary methods: hand-guiding — moving the arm by hand and recording positions — and graphical block-based software, used to build the application logic: loops, conditions, input and output signals. No code required. A plant operator builds their first working routine in a single morning of training.
4. Safety and validation
Setting speed, force and zone limits, plus a risk assessment of the complete application under ISO/TS 15066. Then reduced-speed testing, trajectory fine-tuning and the move into production. It's worth stressing: the risk assessment isn't of the robot — it's of the application. The same cobot can be safe without guarding in one application and require it in another.
What to keep in mind
The Dobot range doesn't cover heavy loads or extreme cycle rates — that's what conventional industrial robotics is for. And as with any cobot, project success depends less on the robot than on its surroundings: the right gripper, a properly configured TCP, and a correctly sized application. The good news is that the ecosystem of compatible accessories — grippers, cameras, axes — is broad and mature.
Dobot's value isn't in any single spec sheet — it's in the sum of ease of use, ecosystem and price. It's the range that lets a medium-sized business travel the whole journey — from the training room to the bench, and from there to the production line — with the same programming logic and no budget surprises.
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