Modern robotic systems rely on precise motion sensing to achieve accurate positioning, smooth movement and reliable control. Epson's high-performance MEMS IMUs and accelerometers provide low-latency motion data for industrial robots, autonomous mobile robots (AMRs), automated guided vehicles (AGVs) and collaborative robotic systems.
AMCORIS supports engineers with design-in expertise, evaluation kits and application-specific integration to develop reliable motion control solutions for next-generation robotics and automation.
Use Case Overview
Precise motion control is essential for modern robotic systems operating in dynamic and autonomous environments. Whether controlling industrial robots, autonomous mobile robots (AMRs), automated guided vehicles (AGVs) or collaborative robots (Cobots), reliable motion sensing enables accurate positioning, smooth movement and repeatable performance.
AMCORIS supports engineers with Epson's high-performance MEMS IMUs and accelerometers, delivering low-latency motion data for closed-loop control, real-time feedback and advanced robotic navigation.
Key Motion Control Capabilities
High-Accuracy Motion Feedback
Reliable real-time motion data for precise robotic positioning and trajectory control.
Low-Latency Sensor Data
Low-Latency Sensor Data
Fast measurement updates enable responsive closed-loop control and dynamic motion correction.
Reliable Sensor Fusion
Seamless integration with encoders, LiDAR, cameras and GNSS for robust robotic perception and navigation.
Industrial-Grade Reliability
Designed for continuous operation under vibration, temperature variations and demanding industrial environments. .
By combining Epson's high-performance MEMS IMUs and accelerometers with AMCORIS design-in expertise, engineers can develop robotic systems with accurate motion feedback, low-latency control, reliable sensor fusion and exceptional operational stability.
Real-world Integration Example
The following examples demonstrate how Epson MEMS IMUs and accelerometers improve motion control performance in industrial robotics, autonomous mobile systems and automated material handling applications.
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Challenge
Autonomous Mobile Robot (AMR)
Maintaining precise positioning and smooth trajectory control while navigating dynamic warehouse environments.
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Solution
Autonomous Mobile Robot (AMR)
An Epson MEMS IMU was integrated into the robot's motion control system, providing low-latency orientation and motion data for closed-loop control and sensor fusion.
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Result
Autonomous Mobile Robot (AMR)
The result was improved trajectory accuracy, smoother vehicle movement, reliable obstacle avoidance and increased navigation stability during continuous operation.
M-G366PDG
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Challenge
Industrial Robotic Arm
Achieving repeatable motion accuracy during high-speed pick-and-place operations.
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Solution
Industrial Robotic Arm
Epson inertial sensors were integrated to provide additional motion feedback, supporting accurate positioning and vibration compensation throughout the robotic cycle.
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Result
Industrial Robotic Arm
The result was improved positioning accuracy, smoother robotic movements, reduced vibration effects and enhanced process repeatability.
M-G355QDG
More IMU's
Why Engineers Choose AMCORIS
- Precision Motion Sensing Expertise : High-performance Epson MEMS IMUs and accelerometers provide accurate motion feedback for demanding robotic and automation applications.
- Application-Focused Integration : AMCORIS supports seamless integration into industrial robots, AMRs, AGVs and collaborative robotic systems with design-in expertise and engineering support.
- Fast Evaluation & Development : Professional evaluation kits, interface solutions and technical guidance accelerate development and reduce integration effort.
- Reliable Performance for Industrial Automation: Engineered for continuous operation in demanding industrial environments requiring high accuracy, low latency and long-term stability.
