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MOTION CONTROL AT THE SPEED OF TECHNOLOGY™
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Automated Harvesting Platforms
OEMs and system integrators in Canada are developing automated harvesting platforms to support fruit picking and orchard operations. These systems combine robotics, conveyors, and machine vision to address labour shortages and improve harvest efficiency.
Adoption is most active in British Columbia and Ontario, where orchards and fruit-growing regions benefit from consistent, automated solutions. Electromate provides the motion and automation components required to build and scale harvesting platforms, including:
- Motion control and robotic arms for precision handling
- Encoders and sensors for positioning and feedback
- Machine vision components for crop recognition and inspection
- Modular conveyors and automation systems for crop transport and sorting
How Automated Harvesting Platforms Operate
- Robotic Picking Systems: End-effectors and manipulators designed to handle delicate crops without damage.
- Vision-Guided Identification: Machine vision locates ripe fruit and directs robotic arms for accurate picking.
- Conveyor Integration: Automated conveyors transport harvested fruit from picking point to collection bins.
- Mechatronic Control Systems: Motion, sensing, and actuation technologies coordinate multi-axis harvesting equipment.
Benefits for Canadian Agriculture
- Reduce reliance on seasonal and manual labour
- Improve harvest consistency and throughput
- Minimize crop loss by targeting ripeness and precision handling
- Increase scalability of fruit production in orchards and vineyards
Our Approach
Electromate supplies the motion control and automation components that enable fully automated harvesting platforms. Our engineers collaborate with agricultural equipment OEMs to integrate servo motors, linear actuators, and control systems capable of operating in variable outdoor environments. With advanced feedback and drive technologies, we support the development of harvesting machines that deliver repeatable precision, minimize downtime, and adapt to crop variability. This system-level expertise allows our customers to accelerate development timelines and improve machine reliability in the field.
