Real Automation Platform
The cell is not a scaled-down toy. It is shaped by Kavin Inc's industrial deployment experience across robotic automation systems.
A single, industry-grade robotic cell that lets one campus lab teach multiple engineering disciplines at once, using real ABB or FANUC robot hardware, controllers, software and automation workflows.
Industry-oriented lab planning, installation, training, and expansion support.
The Experiential Learning Robotic Cell is an industry-oriented lab solution for colleges, universities, training centers, and technical institutions. It gives students hands-on exposure to automation concepts that are normally seen only in manufacturing environments. The cell can demonstrate robotics, welding, handling, sorting, PLC, HMI, sensors, vision, dispensing, simulation, and automation integration depending on the selected configuration.
This service is for institutions that want to move beyond theory and provide practical learning on real equipment. It is useful for mechanical, mechatronics, robotics, electrical, electronics, and manufacturing programs. The solution can support student labs, faculty development, industry readiness programs, demonstrations, workshops, and capstone projects.
Typical work includes lab planning, robot cell selection, safety layout, installation, commissioning, faculty onboarding, curriculum support, student training, project modules, and maintenance guidance. Kavin Inc can help institutions choose modules based on budget, available space, academic goals, and desired industry exposure. Options may include welding demonstration, pick-and-place, sorting, machine vision, PLC-HMI integration, and simulation-based learning.
The expected result is a practical learning environment where students can understand how automation systems work as a complete cell, not as isolated theory. Faculty can deliver stronger demonstrations, students can practice industry-relevant skills, and institutions can showcase modern manufacturing capability. The cell can also support collaborations with nearby industries for training and skill development. The package can be planned for phased expansion, allowing institutions to start with core robotics and add application modules as student demand grows.
Students graduate with strong theory. This lab adds practical exposure to the robot brands, controllers and software used on real factory floors.
The cell is not a scaled-down toy. It is shaped by Kavin Inc's industrial deployment experience across robotic automation systems.
Learners work around industrial robot arms, teach pendants, controllers, tooling, safety and simulation software.
The goal is to help students move from classroom concepts into practical robot operation, integration and support readiness.
The platform is designed for repeated use across mechanical, electrical, electronics, manufacturing, automation and computer-linked lab sessions.
Robotic arc welding programming, weld-path teaching, parameter setting and weld-quality inspection.
Pick-and-place logic, gripper selection, fixture handling and cycle-time optimisation.
Object and conveyor tracking with vision or sensor feedback and dynamic path correction.
Vision- or sensor-based sorting by shape, colour or size with classification logic.
Programmed adhesive, sealant or paint dispensing with path, volume and flow control.
Camera-based quality checks, defect detection and pass/fail logic for inspection labs.
Kavin Inc can support demos, faculty talks, lab setup planning, curriculum fit discussions and full technical proposals for institutions.