Meca500
About
About Meca500
A 330-millimetre reach, 500-gram rated payload and 4.6-kilogram arm mass define the Meca500’s compact operating envelope. Its six revolute joints deliver 0.005-millimetre position repeatability, while the controller is embedded in the base. The current R4 system uses a separate PS200 power-and-safety module; brakes on joints one through three engage when motor power is removed.
Control is built around network integration from a computer or PLC. A TCP text protocol provides direct command access, with cyclic fieldbus and Python interfaces available for applications that need different timing or abstraction levels. The arm can mount at any angle and is used for precision assembly, testing and optical alignment. Calibrated units address absolute-positioning work, while the Meca500-OBST’s black surface absorbs more than 95 percent of incident light for optics and vision installations.
Capabilities
Source-backed capabilities
- Workflows: Industrial manipulation workflow
- Operating environments: Factory floor
- Target markets: Automation teams, lab automation integrators, machine builders and manufacturers with space-constrained workcells.
- Deployment model: Commercial industrial robot sold as a compact arm with Mecademic controller and integration tooling.
- Self-collision detection
Research demonstration - 2020-07-23 - The paper presents a high-precision real-time collision-detection system for robotics using URDF models and an extended Gilbert-Johnson-Keerthi approach.
Source - Robotic assembly
Customer-site use - Mecademic documents XVP Photonics using Meca500 in high-precision optical alignment and assembly process development.
Source
Supply
Supply / Components
- Meca500
Micromotors For Meca500 - Actuation - maxon - maxon supplies micromotors integrated in Mecademic's Meca500 - source: mecademic.com
Source
Research
- Robotic chip-scale nanofabrication for superior consistency
2025-11-24 - Research Publication - The paper automates low-volume chip-scale nanofabrication steps with a robotic arm to reduce operator-dependent process variation.
Source - Real-time collision-detection paper evaluates self-collision checking on Meca500
2020-07-23 - Research Publication - Collision detection and collision avoidance are essential components in these systems for safe human-robot interactions.
Source
Timeline
- Mecademic and PRAGMA partner on compact robotic NDE systems
2026-06-24 - Partnership - PRAGMA plans integrated inspection systems and standard deployment kits based on Mecademic robots, including Meca500. The partners introduced the collaboration during ECNDT 2026 in Verona. The offer targets aerospace, energy, advanced manufacturing, research laboratories and industrial training environments.
Source - Mecademic says optics and photonics reached 15% of annual robot shipments
2025-03-25 - Production Milestone - The disclosed application set includes optical alignment, gluing and precision component placement. Mecademic highlighted Meca500 variants for space-constrained optical systems, including an optical-black model designed to reduce visible-light reflection. The company paired the milestone with a European expansion push and a micro-optics alignment demonstration developed with XVP Photonics.
Source - Zaber demonstrates seventh-axis stage with Mecademic Meca500
2022-10-31 - Demonstration - The LRQ stage integrated its motor and controller in the stage assembly, reducing the footprint of the external axis. The demonstration used Python control and was brought into operation within a few hours. Mecademic used the configuration to show how a compact six-axis arm can reach a larger automation work envelope while retaining repeatability.
Source
Context
Market context
Meca500 is an ultra-compact six-axis industrial robot arm for precision automation in tight workcells.
- Target environment: Factory automation cells, laboratories, micro-assembly lines and precision manufacturing environments.
- Workflow context: Small-part handling, assembly, dispensing, inspection and precision manipulation.
- Customer context: Automation teams, lab automation integrators, machine builders and manufacturers with space-constrained workcells.
- Deployment model: Commercial industrial robot sold as a compact arm with Mecademic controller and integration tooling.
- Commercial maturity: Commercially available precision arm with published specifications and industrial deployment paths.
- Adoption constraints: Payload is limited by design; strongest fit is precision work where footprint and repeatability matter more than lifting capacity.
- Market position: Benchmark compact six-axis arm for precision automation and micro-manipulation workflows.
- Adjacent products: MCS500, compact industrial arms, lab automation robots