Rozwiązania i Komponenty dla AutomatykiSolutions and Components for Automation
Autonomous mobile robots MOBOT® TRANSPORTER are equipped with two-wheel drive, differential and natural LMS navigation. Works with a load capacity of 100 to 500 kg.
operating time up to 4 hours on one charge
max towable weight up to 1500 kg
Wi-Fi communication
max speed 5 km/h
dimensions 1029 x 818 x 479 mm
LMS systemoperating time up to 4 hours on one chargemax towable weight up to 1500 kgWi-Fi communicationmax speed 6.5 km/hdimensions 1300 x 1000 x 550 mmLMS system, GNSS + RTK
operating time up to 8 h on a single charge
payload up to 100 kgWi-Fi communicationmaximal speed 5,65 km/hdimensions 787,5 x 593/645 x 360 mm LMS system of autonomous laser navigation working time up to 8 h one charge
pull capacity up to 500 kg Wi-Fi communication maximum speed 5.65 km / h dimensions 685 x 674/732 x 418 mm LMS systemAutonomous mobile robots MOBOT ® TRANSPORTER are intelligent vehicles used to automate transport and logistics.
Modern AMR mobile robots by WObit are an important element of the concept of Industry 4.0 in the field of intralogistics.
The task of mobile robots is autonomous transport of cargo between designated points.
The robot navigates using a terrain laser mapping system (LMS) - the robot is equipped with laser sensors and a mapping system of objects in space, making it fully autonomous and intelligent. This method is fast and flexible in implementation, it does not require modification of the existing environment,
Autonomous mobile robots MOBOT® TRANSPORTER safely maneuver among people and bypass obstacles moving in the areas of production, warehouse, corridors and other spaces inside buildings.
MOBOT® TRANSPORTER mobile robots are equipped with laser space scanners with safety function and other sensors. While driving, MOBOT® scans the surroundings on an ongoing basis, tracking all events in real time. Warning and safety zones are programmed in the scanner, which is why the robot can react appropriately, slowing down or stopping completely, or bypassing an obstacle in case of adequate space on the route.
MOBOT® TRANSPORTER self-driving transport robots are easily retrofitted with various robot-mounted modules with convenient mounting holes.
The robot can be adapted to your load quickly and easily by attaching a roller conveyor, pallet transport adapter, gravity conveyor, cuvettes, containers, frames, load lifting system, robotic arm - everything your application requires.
These modules can be easily replaced, which allows the use of MOBOT® robots for various tasks in your company.
Can a mobile robot work outside a building in winter?
Yes. MOBOT TRANSPORTER T15 Evo II is certified to operate at temperatures from -25°C to +50°C. Tread wheels Ø 450 mm can cope with asphalt, paving stones and hardened industrial squares. The robot works with rainfall up to 10 mm/h and snowfall up to 3 mm/h SWE. The safety scanner is internally heated to prevent fogging in winter conditions.
Does the robot require floor markings or magnetic tapes?
No. LMS (Laser Mapping System) navigation is based solely on natural elements of the environment: walls, columns, shelves and edges of buildings. The robot builds a map of space on its own during the first launch. The route change is reconfigured in the software - it does not require any construction works or modifications to the hall.
How long does implementation take and does it stop production?
Standard implementation takes 4-7 business days to 3 weeks for complex applications. Production is not stopped - the robot is implemented in parallel with existing processes. No construction work, installation of permanent infrastructure or floor modifications is required.
How long does the robot work on one charge?
With a standard set of 4 Li-Ion batteries, the operating time is ~80 minutes. Charging from 10% to 100% takes ~40 minutes via automatic induction coil or manual connector. The robot can be recharged during reloading, making it available even 24/7. Expansion to 6 or 8 cells extends the operating time without replacing equipment.
When does the investment in a mobile robot pay off?
When working in one shift (8 hours/day), the approximate payback time is 30-42 months. With two-shift work (16 hours/day) – 18-26 months. With three-shift work (24 hours a day) – 12–18 months. The values depend on the individual plant cost structure. Our advisor will prepare a free ROI calculation for your company within 48 hours.
Can the robot be integrated with an ERP, WMS or PLC system?
Yes. The robot communicates via Ethernet M12 with the MODBUS TCP/IP protocol. There are 2 24 VDC digital inputs and 2 digital outputs, and an optional 40-58 VDC power connection for external components. Integration with automatic gates, conveyors and signaling systems is possible as part of standard implementation.
How does the robot behave after encountering an obstacle or a human?
A 2D laser scanner with a certified safety function (EN ISO 3691-4) detects an obstacle and stops the robot before entering the contact zone. The RGB LED strip and voice messages inform the surroundings about the robot's status. After removing the obstacle, the robot resumes movement automatically. Optional 3D sensors detect hanging obstacles that are invisible to 2D scanners.
In what industries is MOBOT TRANSPORTER used?
Most often in industrial production (automotive, household appliances, food, chemicals), contract logistics and e-commerce, pharmaceuticals, health care (transport between hospital departments) and at airports and cargo centers. The robot is useful wherever the transport of loads takes place between separate buildings or covers an external area.
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