Automated Mobile Robot (AMR)
Collaborative Robot (COBOT)
Multi-motion Target System
Unmanned Ground Vehicle (UGV)
Automated Mobile Robot (AMR)
Objective
- Material movement
- Tailor-fit to business requirement, operational needs, investment cost, & operational expenses
Key Features
- Full and semi-autonomous modes
- Self learning and navigation (configurable)
- In-built SWARM technology
- Dynamic path planning and obstacle avoidance
- Manual override of all critical features
- Intelligent battery manager system (iBMS)
- Integration with EMS/ERP
- Controlled with Onboard touch screen and Remote console (optional)
- Follow me mode (optional)
- Zero degree turning radius
USP
- Outdoor-Indoor-Outdoor operations
- Payload- Lifting of 3Tons and Tugging of 7Tons
- Multiple battery chemistry options available
- Customized battery pack dimensions
ROI Achieved
- Timely and accurate delivery
- No changes in existing operating layout
- Real time monitoring and data analysis
- Increased safety on the shopfloor
- Reduced errors
- Increased productivity
- Reduced labor and operational costs
AMR
Powertrain Assembly
Hybrid
Straddle Carrier
Autonomous Aircraft Tugger
LPG Cylinder Stacking
EVAC slide inspection
Collaborative Robot (COBOT)
Objective
- Add/move products to/from pallets/designated locations/containers
Key Features
- Integration with EMS/ERP/Assembly line ops.
- Specifically designed end of arm tooling
- Live instructions from a central console
- Real time monitoring and data analysis
- Pneumatic based controls/feedback system (optional)
USP
- Addresses the constraint of limited space within the existing infrastructure
- AI driven identification of vehicle/valve type for alignment
- Adheres to industry specific compliance regulations (like O&G sector Zone1)
- Operates in outdoor environment
ROI Achieved
- No changes in existing operating layout
- Reduced time to complete the operation
- Increased safety on the assembly line
- No/reduced manual intervention
- Reduced/eliminates wastage
- Reduced labor and operational costs
Palletizing and De-palletizing
Fuel Bottom Loading Process
Dimensional and feature checks
Lubricant Filling Process
Vehicle Fueling system
Tank Cleaning
Product Sampling
Multi-motion Target System
Technology Used
- Electronics
- Motor Integration
- Application UI/UX
- Andriod
Features
- Training simulation system for Army for target practise.
- Android based user interface to program, control and view test results of the motorised target boards.
- Three target motions Swirl, Swing and Slice in one system.
- Rugged design to operate in all climatic and environment condition
- LED provision for night testing
- Battery based with 4Hrs operation.
Unmanned Ground Vehicle (UGV)
Objective
- Material movement and logistics
- Custom configurations- infantry & surveillance
Key Features
- Modular design without chassis and axel
- Multi-terrain capabilities
- Obstacle identification and management
- Tele-operation mode for non-line-of-sight communication system
- Follow me mode
- Dedicated handled unit
- Controlled route monitoring
USP
- Outdoor-Indoor-Outdoor operations
- Payload of upto 300Kgs.
- Multiple battery chemistry options available
ROI Achieved
- Real time monitoring and data analysis
- Increased productivity
- Reduced labor and operational costs
