Mecademic

Meet our new SCARA robot: the MicroDASH-MCS500. Available now https://hubs.la/Q024rCQc0


Mecademic is a Canadian robotics manufacturer that builds the world’s smallest, most precise, and easy-to-use industrial robotic arms. Our robots are plug-and-work automation components used for precise and repetitive manipulation of small tools or parts in various industries. They are designed to maximize space efficiency and minimize deployment time in labs and factories.

400% Throughput Boost in Surgical Tool Assembly | SEYMOUR Advanced Technologies spotlight ft.Meca500
400% Throughput Boost in Surgical Tool Assembly | SEYMOUR Advanced Technologies spotlight ft.Meca500
Become a Mecademic Certified Integrator | Build Your Business With Micro-Automation
Become a Mecademic Certified Integrator | Build Your Business With Micro-Automation
Integrating the MCS500 SCARA robot with ReeR's safety system
Integrating the MCS500 SCARA robot with ReeR's safety system
How XVP Photonics automates micro-optical alignment and assembly with the Meca500 six-axis robot
How XVP Photonics automates micro-optical alignment and assembly with the Meca500 six-axis robot
How SDC integrated the Meca500 robot in a medical device assembly cell
How SDC integrated the Meca500 robot in a medical device assembly cell
SDC automates a complex assembly process with Mecademic’s 6-axis robot
SDC automates a complex assembly process with Mecademic’s 6-axis robot
Precision in the Shadows: Meca500-OBSI Enhances Optical Alignment with Light Absorption | Mecademic
Precision in the Shadows: Meca500-OBSI Enhances Optical Alignment with Light Absorption | Mecademic
Beyond Repeatability: How Accuracy is Driving the Next Generation of Industrial Robots
Beyond Repeatability: How Accuracy is Driving the Next Generation of Industrial Robots
Meca500 Unboxing
Meca500 Unboxing
Meca500 Installation video
Meca500 Installation video
Overcoming Micro-Automation Challenges: Discover the new Mecademic MicroDASH SCARA series
Overcoming Micro-Automation Challenges: Discover the new Mecademic MicroDASH SCARA series
Introducing MCS500 MicroDASH Series SCARA Robot | Mecademic
Introducing MCS500 MicroDASH Series SCARA Robot | Mecademic
Soldering Application using Meca500 and the NEW MicroDASH-MCS500
Soldering Application using Meca500 and the NEW MicroDASH-MCS500
Mecademic at Automatica 2023
Mecademic at Automatica 2023
Revolutionary automation solution for the Medical industry
Revolutionary automation solution for the Medical industry
Optimizing Robot Paths (by Coping with Robot Singularities)
Optimizing Robot Paths (by Coping with Robot Singularities)
Mati Therapeutics Leverages Meca500 Robotics for Enhanced Manufacturing Efficiency and Flexibility
Mati Therapeutics Leverages Meca500 Robotics for Enhanced Manufacturing Efficiency and Flexibility
MecaPortal Overview
MecaPortal Overview
Workforce Health Drives Cretex Medical to Automate Precision Assembly
Workforce Health Drives Cretex Medical to Automate Precision Assembly
MECA500 lightsaber battle May the 4th
MECA500 lightsaber battle May the 4th
Crossing singularities with a six-axis industrial robot arm
Crossing singularities with a six-axis industrial robot arm
Mecademic at Automatica 2022
Mecademic at Automatica 2022
Demo: Loading and unloading of a simulated centrifuge
Demo: Loading and unloading of a simulated centrifuge
Webinar: Micro-automation with the world’s most precise six-axis industrial robot
Webinar: Micro-automation with the world’s most precise six-axis industrial robot
Visit the Meca500 robotic arm at the Montreal Science Museum!
Visit the Meca500 robotic arm at the Montreal Science Museum!
Introducing the Meca-RoboDK software package
Introducing the Meca-RoboDK software package
Demo: Teleoperation of the Meca500 robotic arm
Demo: Teleoperation of the Meca500 robotic arm
Demo: Automated electronics assembly cell for tight spaces
Demo: Automated electronics assembly cell for tight spaces
Firmware 8.4: User-defined joint limits
Firmware 8.4: User-defined joint limits
Firmware 8.4: User-defined torque limits (sensitivity)
Firmware 8.4: User-defined torque limits (sensitivity)