CASE STUDY
Robotics and Mechatronics Platform Engineering
Delivered a modular robotics platform capable of performing complex, multi-step physical tasks in a constrained retail footprint.
Situation
The client required a physical automation system capable of executing precise, repeatable tasks involving liquid handling, ingredient assembly, and packaging within a compact kiosk environment.
Solution
Engineered a custom mechatronics platform combining modular robotic motion systems, fluid control mechanisms, and integrated sensor feedback to support rapid iteration, maintenance, and future expansion.
OUTCOMES
Modularized platform
for adjacent automation
45% fewer
mechanical faults through sensor feedback
50% faster
field servicing with modular hardware
30% less
engineering reuse cost for next platforms
Challenges
Space
- •Constrained kiosk footprint
- •Limited mechanical clearance
Precision
- •Multi-step task coordination
- •High positioning accuracy
Reliability
- •Mechanical failure risks
- •Sensor integration complexity
Solutions
01
Robotic Motion Systems
Multi-axis robotic motion systems for ingredient handling.
- Implemented multi-axis robotic positioning hardware
- Enabled repeatable ingredient handling operations
- Supported compact enclosure motion planning
02
Fluid Control Mechanisms
Custom actuators and fluid control mechanisms.
- Designed custom actuators for fluid delivery
- Controlled ingredient flow with high precision
- Supported modular hardware replacement
03
Sensor Feedback Integration
Integrated sensor arrays for feedback and error detection.
- Integrated distributed sensor feedback loops
- Enabled early detection of mechanical faults
04
Real-Time Coordination Software
Real-time control software coordinating mechanical subsystems.
- Coordinated motion and fluid subsystems in real time
- Maintained synchronization across operations
- Reduced latency between task stages
- Enabled scalable orchestration architecture