Robotic Machine Tending Automation
Smarter Production. Consistent Output. Minimal Downtime.
Core features that set us apart
Key features overview
Advanced Vision Systems
Our intelligent vision systems enable precise part recognition, orientation, and quality inspection, ensuring accurate and reliable machine tending. These systems can identify a wide range of parts and adapt to variations, reducing setup times and errors.
Adaptive Gripper Technology
Employ advanced, customizable gripper solutions designed to handle a diverse array of part geometries and materials. Our adaptive grippers ensure secure and gentle handling, preventing damage and maximizing throughput.
Intuitive HMI Control
User-friendly Human-Machine Interface (HMI) provides real-time monitoring, easy programming, and quick adjustments. Operators can effortlessly manage tending processes, monitor performance, and troubleshoot, reducing training time and operational complexity.
The Robotic Machine Tending Cell is engineered for seamless integration into various production environments, offering a compact yet highly functional design. Its modular structure ensures flexibility, ease of maintenance, and adaptability for future scaling.
Key Highlights:
Compact Footprint: Optimized design to save valuable floor space while maintaining operational efficiency.
Ergonomic Part Access: Designed for easy loading and unloading of parts, with ample space for robot movement and maintenance.
Vibration-Damped Base: Robust, floor-mounted system with advanced anti-vibration technology for stable and precise operation.
Flexible Layout Options: Available in single or multi-station configurations to match diverse production requirements and throughput goals.
System Components:
Robot Arm: High-speed, high-payload industrial robotic arm suitable for demanding machine tending applications.
Payload Capacity: Customizable payload range to handle small, delicate components to heavier workpieces.
Control System: Integrated Siemens or Rockwell Automation (Allen Bradley) PLC system for robust and precise control.
Part Presentation: Compatible with various part feeding systems, including vibratory bowls, conveyors, and trays.
Gripper Type: Versatile end-of-arm tooling options including pneumatic, electric, or custom-designed grippers for diverse part handling.
Enclosure Type: Fully enclosed, powder-coated steel safety enclosure with clear polycarbonate viewing panels and access doors.
Safety Features: Incorporates light curtains, safety interlocks, emergency stop buttons, and safe zone monitoring for operator protection.
- Built under ISO 9001:2015 certified manufacturing practices
- CE Certified for European safety standards
- RIA/ANSI Compliant for robotic safety standards
- Environmentally conscious design and operation
- Assembled and supported in India 🇮🇳