Mecademic Meca500
Price from
Pros
- 5 µm repeatability, out of reach for typical cobots
- Smallest 6-axis arm in its class, 500x500 mm
- Controlled from a PC or PLC, plug-and-work
- Suits electronics, labs, watches and jewelry
Cons
- Payload only 500 g, 1 kg at most
- Reach of 330 mm
- Price unpublished, quote only via distributors
- Availability in Poland unconfirmed
- 0.5kgPayload
- 6DOFDegrees of freedom
Key facts
- Specificationspayload 0.5 kg · degrees of freedom 6 DOF
- Statuson sale
- Availability in Polandnot confirmed
- VerdictA specialist for micron-level precision; for moving material, a UR3e is the better pick.
Summary
- ManufacturerMecademic
- CategorySpecialist robots
- Statuson sale
- Availability in PolandNo confirmed distributor in Poland
The Meca500, from Montreal-based Mecademic in Canada, is a six-axis industrial arm billed as the smallest and most precise in the world for its class. Reach is 330 mm from the flange (260 mm from the wrist), rated payload is just 500 g (up to 1 kg under specific conditions), and repeatability comes down to 5 micrometers, a figure that typical cobots and mid-size industrial robots simply cannot match.
The whole unit fits on a 500 x 500 mm footprint and works as a plug-and-work component with a built-in controller, driven directly from any computer or PLC. This extreme miniaturization makes the Meca500 a niche tool: it earns its place in electronics assembly, laboratory automation, jewelry and watchmaking, and precision aerospace components, but it is the wrong choice for ordinary material handling, where payload matters more than micron-level accuracy.
Next to popular cobots such as the Universal Robots UR3, it is far smaller and more accurate, but offers only a fraction of their payload. No price is published: sales go through distributors (Electromate, Bluebay Automation, Motion Technique) on request, and availability in Poland is unconfirmed. The robot is meant strictly for precision applications, not for general industrial automation.
- How SDC integrated the Meca500 robot in a medical device assembly cellMecademic · Load in the player above
- How XVP Photonics automates micro-optical alignment and assembly with the Meca500 six-axis robotMecademic · Load in the player above
Photo gallery
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Photo: Mecademic, product page (mecademic.com) -
Photo: Mecademic, product page (mecademic.com) -
Photo: Mecademic, product page (mecademic.com) -
Photo: Mecademic, product page (mecademic.com)
Specs
Data from manufacturer datasheets and product pages; median over the models of this category in the database.
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Degrees of freedom6−50% vs. the category median (12, n=8)
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Payload0.5 kg−99% vs. the category median (50 kg, n=5)
- category medianA higher value doesn't always mean a better robot; it depends on the application.
Motion and manipulation
- Degrees of freedom
- 6
- Payload
- 0.5 kg
Electronics and AI
- Drive
- electric
- Computing unit
- embedded controller
Price and availability in Poland
no data
Running and deployment costs
The Meca500's price is not public; distributors quote it on request. We will not guess a figure. As a rough class estimate, a precision six-axis micro-arm is an outlay in the range of an industrial robot, not an educational arm, and that should be verified in a quote. Beyond the arm itself come the gripper, sensors, control software and integration, which usually decide the budget of the work cell. You can find typical suppliers of such components in the catalog, for example Robotiq, OnRobot or ATI Industrial Automation (grippers and force sensors). Training is light because control is plug-and-work. Poland's robotization tax relief (ulga na robotyzację) can reduce a manufacturing company's tax bill if the costs meet the conditions; see “Poland's Robotization Tax Relief”.
Dealers in Poland
No confirmed distributor in Poland
Applications
What it's for
The Meca500 from Canada's Mecademic is an arm the size of a teacup. It is a six-axis robot billed as the smallest and most accurate in its class, with 330 mm of reach from the flange (260 mm from the wrist), a rated payload of 500 g (up to 1 kg under specific conditions) and 5 micrometers of repeatability, a figure typical cobots cannot approach. The whole unit fits on a 500 × 500 mm footprint and works as a component: the controller is built in, and you can drive it from a computer or a PLC. Listed applications include electronics assembly, laboratory automation (laboratories), jewelry and watch production, precision aerospace components, and medical work. On a factory floor (factories) the Meca500 is typically a station for small, repetitive operations. It will not move a pallet or replace a welding robot: it is a scalpel, not a sledgehammer. For an explanation of how a cobot differs from a micro-arm like this, see “Cobot or Industrial Robot”.
Typical applications
Who it's for
Best suited to: R&D departments, laboratories, electronics and precision-goods manufacturers, and integrators who need micron-level accuracy in a very small work cell. Who it is not for: companies that want to move materials, palletize or tend machines, since a 0.5 kg payload is far too little. Nor is it a beginner robot in terms of price: the manufacturer publishes no price list. Availability in Poland is unconfirmed. Distributors (Electromate, Bluebay Automation, Motion Technique) sell it on request, so you will need to ask for a quote that covers delivery to Poland and service. Before buying, read how to interpret the numbers in “How to Read a Robot Datasheet”.
Deployments
The manufacturer points to these areas: electronics assembly, laboratories, jewelry and watches, aerospace components and medicine. If you are looking for a Polish perspective on cobots and small robots in manufacturing, start with “What Is a Cobot and How Does It Differ from an Industrial Robot” and the category “Cobots”.
This model in applications
Comparison
If precision does not have to reach 5 µm, consider larger collaborative arms. The UR3e is Universal Robots' smallest cobot, more versatile and backed by a broad ecosystem: the Meca500 is far smaller and more accurate, but has a fraction of its payload. The FANUC CRX-3iA is Fanuc's alternative for light-duty tasks. The KUKA LBR iisy 3 R760 fits where you need a cobot within the KUKA ecosystem. The Dobot MG400 and myCobot 280 are cheaper educational arms, good for learning and prototypes but not for micron-level production. That said, our catalog has no direct equivalent to the Meca500 in the micro-arm class.
Similar models
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History
Mecademic is a Montreal company that makes industrial micro-arms. The Meca500 is its flagship product: a six-axis arm billed as the smallest and most precise in the world for its class. Its launch date and later generations are not publicly documented, so we give no year. What is known is that the robot is sold as a ready-made component for building into work cells, and that its technical documentation is publicly available from the manufacturer. Company profile: Mecademic.
Sources
Frequently asked questions
What is the Meca500's repeatability?
5 micrometers, a level that typical cobots and mid-size industrial robots cannot reach.
What tasks is the Meca500 suited to?
Electronics assembly, laboratory automation, jewelry and watchmaking, and precision aerospace components. It is not meant for general material handling.
How much does the Meca500 cost, and is it available in Poland?
The price is not published. Distributors (Electromate, Bluebay Automation, Motion Technique) sell it on request, and availability in Poland has not been confirmed.
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