Commercial Robotics & Automation:
The Ultimate FAQ
ShopProBot is an Authorized PUDU Robotics Distributor/Retailer specializing in the evaluation, demonstration, and turnkey deployment of Autonomous Mobile Robots (AMRs) for commercial cleaning and material handling workflows.
Q: What is the difference between an AMR and an AGV?
Automated Guided Vehicles (AGVs) rely on fixed infrastructure—such as magnetic tape, wires, or painted floor markers—to follow rigid, predetermined paths. Autonomous Mobile Robots (AMRs) utilize advanced onboard sensors, LiDAR SLAM, and computer vision to navigate dynamically. AMRs map their own environment and can autonomously steer around unexpected obstacles, people, or facility changes without halting production.
Q: How do I know if my facility is ready for robotic automation?
Ideal environments for commercial robotics feature high-frequency, repetitive tasks such as long-distance material hauling or continuous floor maintenance. Key structural requirements include flat, stable flooring, clear main travel aisles (minimum widths vary by model from 52 cm to 80 cm), reliable Wi-Fi connectivity for fleet coordination, and access to dedicated power outlets for autonomous charging docks.
Q: What industries benefit most from ShopProBot’s automated workflows?
Our autonomous solutions are engineered to solve labor shortages and reduce operational costs across five primary sectors:
• Warehousing & Fulfillment: High-capacity material transit and underride rack movement.
• Manufacturing & Automotive: Precision part delivery to assembly lines and automated conveyor integration.
• Retail & Malls: Large-scale dry vacuuming, wet scrubbing, and interactive mobile advertising.
• Hospitality & Corporate Offices: Automated food, beverage, and document delivery with bionic AI interaction.
• Healthcare & Cleanrooms: High-filtration facility care and secure, contactless transport.
Q: Which ShopProBot model is right for my specific workflow?
We distribute a full suite of Authorized PUDU Robotics platforms categorized by heavy material movement, light commercial delivery, and advanced floor maintenance:
ShopProBot Model
Original Manufacturer Name
Primary Application
Max Payload / Capacity
Aisle Clearance
Pudu T150
Light Logistics & Under-Cart Lifting
150 kg (330 lbs)
60 cm
Pudu T300
Modular Towing, Shelf, & Roller Delivery
300 kg (661 lbs)
60 cm
Pudu T600
Heavy-Duty Industrial Hauling
600 kg (1,322 lbs)
70 cm
Pudu T600U
Ultra-Low Profile Underride Transport
600 kg (1,322 lbs)
65 cm
PuduBot 2
Universal Open-Tray Commercial Delivery
40 kg (88 lbs)
80 cm
KettyBot Pro
Compact Delivery & AI Screen Marketing
30 kg (66 lbs)
52 cm
BellaBot Pro
Premium Bionic Delivery & Dish Recognition
40 kg (88 lbs)
65 cm
PUDU MT1 VAC
Dry Vacuuming, Sweeping, & Spot Cleaning
1,400 m²/hr coverage
Edge-to-Edge
PUDU CC1 PRO
4-in-1 Sweeping, Scrubbing, Vacuuming, Mopping
Dual 15L water tanks
Highly Agile
Q: How do ShopProBot's robots navigate without ceiling tracking markers?
Our modern AMR fleet uses next-generation PUDU VSLAM+ (Visual Simultaneous Localization and Mapping) and LiDAR SLAM fusion technology. Instead of relying on physical stickers or magnetic tracks on your ceilings or floors, the robots utilize overhead cameras and laser arrays to track natural geometric features in your building. This reduces facility mapping and setup time by up to 75%.
Q: Are commercial robots safe to operate around human workers and customers?
Yes, safety is a core architectural feature. Our industrial AMRs comply with strict international safety standards, including ISO 3691-4 for driverless trucks. The machines feature an advanced Omni-Sense Safety perception stack combining depth-sensing cameras, RGB-D sensors, and LiDAR. They can detect an obstacle or pedestrian, calculate a safe deceleration path, or execute a complete stop within milliseconds.
Q: How do multiple robots coordinate without crashing into each other?
The fleet utilizes a decentralized, distributed network scheduling protocol. Rather than clogging a central network server, individual units communicate directly with one another via local mesh protocols. If two robots meet in a narrow 60 cm aisle, they instantly negotiate path priority and routing dynamically, maximizing floor throughput.
Q: What is the average runtime and charging process for these robots?
Most models deliver an operational runtime of 8 to 15 hours depending on payload and floor conditions (our facility cleaning lines feature up to 1,400 m²/hr efficiency). When power drops below a set percentage, the robot automatically pauses its task, navigates to its low-profile docking station, and recharges. For 24/7 continuous shift operations, units like the JOY and SHOP lines support rapid manual battery swapping.
Q: Can these AMRs interact with elevators and automated doors?
Yes. Through built-in IoT hardware modules and secure APIs, our robots can integrate directly with building smart infrastructure. They can autonomously transmit wireless signals to open electronic gates (E-Doors), trigger smart security turnstiles, and interface with smart elevators to coordinate cross-floor material transit without human intervention.
Q: Why should I work with ShopProBot instead of buying directly from hardware manufacturers?
Hardware is only half the battle; successful automation requires local execution. As an Authorized PUDU Robotics Distributor, ShopProBot provides an end-to-end local deployment ecosystem. We handle your initial facility environment assessments, coordinate low-risk on-site demos, manage the physical integration, script custom software configurations, and provide ongoing local maintenance, training, and parts support.
Ready to Automate Your Operation?
Reduce manual labor, improve efficiency, and deploy autonomous robots with confidence.