XYZ Positioning Stages & Gantries
Custom-designed Cartesian positioning stages and gantries provide hands-on learning platforms for motion control and precision positioning. Our modular designs support fundamental learning through advanced research and prototyping activities.
Key Capabilities
- Custom designs based on stroke length (mm), payload capacity (kg), accuracy (microns), and speed (m/min)
- Single-axis ball screw slides to multi-axis XYZ configurations
- Integration with servo motors, stepper motors, and PLC controllers
- Modular construction enabling progressive learning from basics to complex automation
XZTheta Stages
Advanced XZTheta stages combine XZ linear motion with precise rotational control, helping students and researchers learn multi-axis coordination. They’re ideal for demonstrating real-world pick-and-place, inspection, and assembly automation.
Key Capabilities
- Custom stroke, payload, accuracy, and speed specifications
- Linear X and Z axes with integrated theta (rotational) axis control
- Precision bearing supports and ball screw drives for smooth operation
- PLC integration enabling coordinated multi-axis motion programming and control
Mechatronics Hands-On Training Kits
Application-specific mechatronics demo kits provide industry-aligned training on motion control, automation, and system integration through practical experimentation with production-grade components.
Key Capabilities
- Pre-configured kits for single-axis and multi-axis motion control with motors, ball screws, and drives
- Integrated PLC, HMI, and sensors enabling students to design and program complete automation systems
- Training modules covering motor control, positioning accuracy, feedback systems, and safety
Equip your institution with industry-standard positioning equipment and training kits that prepare learners for professional automation challenges. Whether developing new research labs, establishing training programs, or supporting student projects, we deliver custom solutions tailored to your institutional goals.