Sparx has extensive experience in motor control applications from both a hardware and software perspective.
Our collective insight allows us to zero in on a problem, identify a solution, architect a system and implement a design much faster than a smaller or less experienced team.
Control Systems
- Model Predictive Control (MPC)
- Kalman Filters
- PID
- State Machines
- Optimizers
- Vapor Cycle Control
Aerospace
- DO-178 B/C
- Flight Electronics
- Control Systems
AI & Image Processing
We have expertise in writing image processing routines on industry leading computer vision systems, such as Cognex or Microscan.
- Custom software vision algorithms based on existing vision hardware
- Custom AI based part detection, quality control
- Tensorflow based trained models
- Inspection systems utilizing 2D and 3D data
- Part detection
- Automated part quality control
- Automated inspection systems
PLC and Motion Controls
We have a wide range of experience with various PLC platforms and motor controllers that can reliably control numerous parallel activities.
- Multi-axis controller design
- 6-DOF Robot integration
- Mitsubishi, Siemens, Trio Motion, Kollmorgen, Bachmann, Allen Bradley platforms (and many more)
- Proven state-based control approach
- Integration with nearly any sensor type
- Complex sequence and control design
- Experience with major process automation protocols (EtherCAT, CC-Link, EtherNet/IP, Modbus, PROFINET, TTEthernet)
Automation Systems
Our automation capabilities allow us the ability to create highly complex multi-subsystem machines designed to reduce operation costs, maximize throughput, and improve quality. These systems integrate both off-the-shelf and custom components.
- 6-DOF Robotics integration
- Electric/pneumatic/hydraulic systems
- High reliability/high throughput
- Fully custom
- Custom intuitive and maintainable .NET control infrastructure
Contact Us
Our automation capabilities allow us the ability to create highly complex multi-subsystem machines designed to reduce operation costs, maximize throughput, and improve quality. These systems integrate both off-the-shelf and custom components.