T600 Series — Heavy-Payload Industrial AMR
Up to 600 kg per trip — fewer runs, higher throughput. T600 Standard handles heavy goods delivery with onboard touchscreen and ergonomic controls. T600 Underride navigates beneath racks and transports entire shelves autonomously — built for high-density shelf-to-line operations.
Which Cleaning Robot Fits Your Facility?
- T300 and T600 handle repetitive transport autonomously — navigating the facility, delivering to the right point, and returning without operator involvement.
- T300 covers standard mid-load intralogistics: parts delivery, WIP transfer, and bin movement on the production line. T600 handles heavy-payload operations — up to 600 kg per trip.
- Ready to calculate ROI for your facility? Tell us your transport volume, payload requirements, and floor layout — we'll identify which platform fits your operation and model the efficiency gain.
Industrial AMRs Already Running in Operations Like Yours
PUDU T300 and T600 are deployed in manufacturing plants, warehouses, and distribution centers where manual material transport was the primary logistics bottleneck. The facilities that deploy them share the same outcome: fewer transport staff needed for repetitive runs, higher throughput on the same floor space, and 24/7 material flow without shift gaps. If your operation moves heavy goods between stations, lines, or storage areas on a repeating schedule — these robots were built for exactly that workflow.
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PUDU T600 Standard (Post-Mounted Version, Black, With lifting Mechanism)
Vendor:PUDUPUDU T600 Standard (Post-Mounted Version, Black, With lifting Mechanism)
- Regular price
- $24,000.00
- Sale price
- $24,000.00
- Regular price
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PUDU T600 Underride( Black, With lifting Mechanism)
Vendor:PUDUPUDU T600 Underride( Black, With lifting Mechanism)
- Regular price
- $23,000.00
- Sale price
- $23,000.00
- Regular price
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FAQ
What is the difference between the T300 and T600 series?
Both are autonomous industrial delivery robots, but they serve different payload requirements:
- T300 (up to 300 kg): designed for mid-load intralogistics — moving parts, bins, materials, and WIP between production stations, storage areas, and assembly lines. The T300 Lift adds an integrated lifting mechanism for loading and unloading at dock height without manual intervention
- T600 (up to 600 kg): designed for heavy-payload operations where the T300's capacity is insufficient. With double the payload, the T600 reduces the number of required delivery runs, increasing throughput and single-trip efficiency for heavy-duty logistics
What is the T600 Underride and how is it different from the T600 Standard?
The T600 Standard is a conventional industrial AMR — it carries goods loaded onto its platform, with a touchscreen interface and ergonomic handlebar for occasional manual interaction.
The T600 Underride is a fundamentally different design — it has a low-profile chassis that drives beneath standard warehouse racks or shelving units, lifts the entire rack, and transports it autonomously to the required position. This eliminates the need to pick individual items off shelves, making it ideal for high-density automated warehouse environments where entire shelving units need to be repositioned for picking, replenishment, or line-side delivery.
What environments are these robots designed for?
The T300 and T600 are designed for indoor industrial environments including manufacturing floors, assembly lines, warehouses, distribution centers, and logistics facilities. They are not designed for outdoor use, steep inclines, or highly uneven terrain. For facilities with multi-floor operations or narrow aisles, contact us to confirm the right configuration before ordering.
Do these robots require fixed infrastructure like rails or floor markers?
No — the T300 and T600 series use autonomous navigation without requiring physical modifications to the facility. They navigate using onboard sensors and mapping technology, adapting to dynamic environments without rails, magnetic strips, or floor markers. They can be deployed in changing production layouts without lengthy reconfiguration.
How is the ROI typically calculated for industrial AMR deployment?
The primary cost savings come from labor reallocation — workers who previously handled repetitive transport tasks are freed for higher-value work. Secondary savings come from reduced transport errors, lower damage rates from consistent handling, and the ability to run transport operations continuously including during shift changes and breaks.
The specific ROI depends on your facility's transport volume, number of daily trips, labor costs, and current error rates. Contact us to walk through your specific figures — we can model the expected efficiency gain and payback period for your operation.