Autonomous Bulk Unloading Robot
The Senad iLoabot-Ultra is an autonomous bulk unloading robot that unloads cartons from containers and vehicle bodies row by row instead of one at a time; a wide suction head takes a whole row of cartons together and transfers it to the integrated conveyor.
Machine vision, a decision mechanism based on machine learning and a highly integrated control system automate the entire unloading process: the robot perceives the working environment and the target load in real time, plans the path, recognises the carton and performs precise pick and place. It adapts to loads of different shapes, weights and materials, works with standard compartments, truck bodies and containers without site modification and cooperates with conveyors and other warehouse equipment; as work data accumulates it improves its own decision logic and motion trajectories.
Enterprise supply · specification support · integration engineering
The iLoabot-Ultra is the autonomous bulk unloading robot in the iLoabot family of Shanghai-based Senad that moves unloading from carton scale to row scale. An arm-based unloading robot takes cartons one by one and the time per vehicle is set by the number of cycles; the iLoabot-Ultra's wide multi-cup vacuum head holds one row of the stack together and places it on the integrated conveyor, and the cartons flow on to the sorting or palletising line behind. The machine vision system, the machine-learning decision mechanism and the highly integrated control system are combined in one architecture and automate the entire unloading process: the robot perceives and analyses the working environment and the target load in real time, plans its own path, recognises the carton and performs precise pick and place.
Work data accumulates with every unloading; with this data decision logic and motion trajectories improve by themselves, and unloading efficiency and accuracy rise with the number of jobs. Loads of different shapes, weights and materials are processed with the same system. It is compatible with standard compartments, truck bodies and containers; it is deployed quickly without changes to the dock or the vehicle and cooperates with conveyors, belt conveyors and other warehouse equipment, so heavy repetitive work passes to the robot. It is designed for distribution centres with high-volume, low-variety carton flows and for inbound logistics at production plants; where mixed carton sizes, 80 kg heavy cartons or loading are needed, the same family's iLoabot-M and iLoabot-Pro are assessed. It is supplied to Turkey with enterprise supply, commissioning and engineering support; investment is set by corporate quotation against configuration, conveyor integration and quantity.
2 use casesThe use cases the manufacturer defines for the Senad iLoabot-Ultra.
The wide multi-cup vacuum head holds one row of the stack together and places it on the integrated conveyor; the cartons flow on to the sorting or palletising line behind.
Machine vision perceives the working environment and the target load in real time; the robot plans its own path, recognises the carton and performs precise pick and place.
The machine-learning decision mechanism accumulates work data with every unloading; decision logic and motion trajectories improve by themselves, and adaptation to loads of different shapes, weights and materials grows.
It is compatible with standard compartments, truck bodies and containers and cooperates with conveyors, belt conveyors and other warehouse equipment.
7 values in 4 categories; data published by the manufacturer.
Verified on the manufacturer page on 18 September 2026.
An itemised quote for the Senad iLoabot-Ultra is prepared by configuration, quantity and delivery scope.
An arm-based unloading robot takes cartons one by one; the time per vehicle is set by the number of cycles. The iLoabot-Ultra builds the same job at row scale: a wide multi-cup vacuum head holds one row of the stack together and places it on the integrated conveyor; the cartons flow on to the sorting or palletising line behind. Unloading is fully automatic: the robot perceives and analyses the working environment and the target load in real time, plans its own path, recognises the carton and performs precise pick and place. In homogeneous or low-variety, high-volume carton flows the bulk pick shortens the time per vehicle.
The machine vision system, the machine-learning decision mechanism and the highly integrated control system are combined in one architecture. The robot accumulates work data with every unloading; with this data it improves its own decision logic and motion trajectories, and unloading efficiency and accuracy rise with the number of jobs. Loads of different shapes, weights and materials are processed with the same system; unloading adapts to the varying carton types arriving from the same vehicle.
It is compatible with standard compartments, truck bodies and containers and is commissioned without asking for changes to the dock or the vehicle. It cooperates with conveyors, belt conveyors and other warehouse equipment: unloaded cartons enter the line directly, heavy repetitive work passes to the robot and the division of labour between people and robot shifts to the steps after unloading. It comes from the same product family as Senad's iLoabot-M and iLoabot-Pro unloading robots and the iLoabot-P cage and pallet robot; at the site survey, single-arm or bulk unloading is chosen according to the profile of the carton flow.
The iLoabot-Ultra is sourced for Turkey on a project basis: carton sizes and weights, stacking pattern, vehicle and container types, daily vehicle movements and the conveyor link are worked out at the survey. Investment is set by corporate quotation against configuration, conveyor integration, commissioning scope and quantity; import, customs clearance, commissioning, operator training and after-sales support are part of delivery.
| Parameter | Value |
|---|---|
| Robot type | Autonomous bulk unloading robot |
| Unloading method | Row-by-row pick with a wide multi-cup vacuum head; transfer to the integrated conveyor |
| Perception | Machine vision; real-time perception of the working environment and target load; carton recognition |
| Decision and control | Machine-learning decision mechanism; highly integrated control system; automatic path planning |
| Learning | Decision logic and motion trajectories improve by themselves as work data accumulates |
| Load adaptivity | Loads of different shapes, weights and materials |
| Applicable vehicles | Standard compartments, truck bodies, containers; no site modification |
| Integration | Cooperation with conveyors, belt conveyors and other warehouse equipment |
The iLoabot-Ultra moves unloading from carton scale to row scale: the wide vacuum head takes a row of cartons together, the integrated conveyor feeds the line, and machine vision with a learning decision mechanism improves the path and the grip with every job; standard compartments, truck bodies and containers need no site modification. For distribution centres and production plants with high-volume, low-variety carton flows, request a quotation with the carton profile and vehicle movements; where single-arm unloading is needed, the same family's iLoabot-M and iLoabot-Pro are assessed.
Supply model
Supply to Turkey is planned per project; import, delivery and commissioning scope are itemised in the quote.
Pre-sales assessment
Site and mission focused technical feasibility; specification and administrative process support.
Demo and site visit request
Send a demo request; availability and scope are settled in the call.
Source documents
Technical values come from the manufacturer's documents; verified on 18 September 2026. 0 documents at the bottom of the page.
Robotic system costs are optimised according to the selected hardware platform, additional sensor and payload configurations, and the integration scenarios specific to your site. Share your requirements and our engineering team will prepare a feasibility report and a pro forma quotation tailored to your organisation.
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The most common questions about the Senad iLoabot-Ultra.
Senad's autonomous bulk unloading robot: with a wide multi-cup vacuum head it takes one row of the stack together and transfers it to the integrated conveyor. Machine vision, a machine-learning decision mechanism and a highly integrated control system automate the entire unloading process.
The M and Pro are arm-based robots that take cartons one at a time; the Ultra takes a row together. In high-volume, low-variety carton flows the Ultra shortens the time per vehicle; where mixed carton sizes, 80 kg heavy cartons or loading are needed, the M and Pro are chosen. The decision is made at the site survey according to the profile of the carton flow.
Yes. Loads of different shapes, weights and materials are processed with the same system; the machine-learning decision mechanism improves decision logic and motion trajectories as work data accumulates, and adaptation grows with the number of jobs.
No. It is compatible with standard compartments, truck bodies and containers and is deployed quickly without site modification; it cooperates with conveyors, belt conveyors and other warehouse equipment.
It is sourced on a project basis; import, customs clearance, commissioning, operator training and after-sales support are part of delivery. Investment is set by corporate quotation against configuration, conveyor integration, commissioning scope and quantity. Send the carton sizes, stacking pattern, vehicle types and daily vehicle movements.
