Itech Robotics And Automation Pvt. Ltd.

ROKAE vision‑guided cobots combine high-resolution cameras and AI-based recognition algorithms to conduct real-time quality checks, label verification, and surface defect detection.

• Automated dimensional and visual inspection

• Rejects defects, improves quality traceability

• Seamless ERP/MES integration available

• Lowers manual inspection workload

• AI-powered decision making, minimal false rejects

•  ROKAE pick-and-place cobot is engineered for speed and accuracy in sorting, bin picking, and product handling. With a repeatability of ±0.02 mm and intuitive drag-to-teach programming, it is ideal for assembly lines, packaging, and inspection workflows. ROKAE cobots integrate easily into existing processes and work safely alongside humans for high-speed, low-error automation.

• High-speed part handling

• Compact and lightweight design

• Works alongside human operators safely

• Easy to reprogram for new SKUs

• Great for electronics, pharma & packaging

The ROKAE Cobot Welding System is a next-generation robotic solution designed to enhance welding operations across industries such as metal fabrication, automotive, and construction. It integrates seamlessly with ROKAE's xMate series collaborative robots, offering a flexible, safe, and efficient automation experience.

Key Features:

• High Precision & Stability: Achieves trajectory accuracy better than ±0.5mm, utilizing global vibration suppression technology to reduce end-effector oscillation by over 80%, ensuring stable and high-quality welds. 

• Flexible Deployment: Supports various configurations including magnetic bases, linear rails, and portable carts, allowing for quick deployment and adaptability across different work scenarios. 

• User-Friendly Operation: Features direct teaching programming with minimal force requirements (<1N), enabling operators without prior programming experience to quickly set up and switch between welding tasks. 

• Enhanced Safety: Equipped with high-precision torque sensors at each joint, providing advanced collision detection and ensuring safe human-robot collaboration. 

• Versatile Welding Capabilities: Supports complex welding techniques such as linear oscillation, multi-layer welding, laser positioning, and arc tracking, making it suitable for multi-variety, small batch production.

• Consistent adhesive flow and bead control

• Precise path programming

• Works with hot melt, RTV, epoxy adhesives

• Less material wastage

• Ideal for electronics & white goods

• Real-time arc tracking

• Compatible with major welding torches

• Reduces spatter and rework

• Easy teach and replay function

• Plug & play with MIG/TIG setups

ROKAE cobots are widely used for precision deburring, edge finishing, and surface treatment in die-cast and machined parts. These robots ensure uniform pressure and repeatability, improving the quality of finishing operations. With multi-axis motion and end-of-arm tooling adaptability, they are perfect for automotive, aerospace, and toolroom applications. ROKAE deburring cobots reduce operator fatigue and safety risks while maintaining consistent output.

• Customizable gripper options

• Handles variable payloads

• Safe operation near humans

• Short deployment time

• Compatible with conveyors and AGVs

·        • Ideal for CNC, press, and molding machines

·        • High-speed loading/unloading

·        • Safe human-robot collaboration

·        • Reduces downtime and operator fatigue

·        • Quick integration and easy programming

The Collaborative Robot Education Module is a hands-on training platform designed to teach students and professionals how to work safely and effectively with collaborative robots (cobots). Built around real-world automation practices, this system includes a 6-axis collaborative robot, human-machine interface (HMI), sensor units, and safety interlocks — offering a fully interactive learning experience.

Designed for engineering colleges, polytechnic institutes, and industry-focused training centers, this modular setup supports human-robot interaction (HRI), task programming, and AI-enabled process automation. The system helps learners understand the fundamentals of cobot safety, precision handling, and adaptive workflow programming using intuitive graphical or code-based interfaces.