Smarter Material Movement Starts Here
At Reliable Robots, we provide intelligent automation solutions that transform how businesses move materials. Our autonomous material handling robots — including the KEENON S100 and PUDU T Series — are engineered to optimize workflow, reduce labor strain, and increase safety in warehouses, factories, hospitals, and logistics centers.
From precise transport to flexible fleet coordination, our robots deliver reliability where it matters most — on the floor.
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Why Choose Reliable Robots for Material Handling Automation?
- Boost efficiency. Keep your operations running smoothly with consistent, autonomous delivery of goods and components.
- Reduce labor fatigue. Offload repetitive transport tasks so employees can focus on higher-value work.
- Improve workplace safety. Robots navigate safely around people and obstacles, reducing collision risks.
- Scalable solutions. Deploy one robot or an entire coordinated fleet — our systems grow with your operation.
- Integrate with your workflow. Seamless integration into existing systems, layouts, and management tools.
Featured Models
KEENON S100 — High-Capacity Precision Delivery
The KEENON S100 is a powerful, autonomous transport robot built for heavy-duty material handling. Ideal for: warehouses, factories, and industrial logistics environments.
Key Features:
- Payload capacity up to 100 kg
- Lidar and visual SLAM navigation for accurate path planning
- Intelligent obstacle avoidance for dynamic environments
- Modular tray and rack configurations
- Long battery life with automatic recharging
Best For: transporting parts, components, raw materials, and finished goods safely and efficiently across large facilities.
PUDU T Series — Flexible, Smart, and Scalable
The PUDU T Series (including the T300 and T600 models) brings advanced AI-powered logistics automation to diverse environments — from healthcare and hospitality to warehouses and fulfillment centers.
Key Features:
- Multi-level shelving and customizable payload
- Precise autonomous navigation with advanced sensor fusion
- Task scheduling and multi-robot coordination
- Quiet, safe operation suitable for mixed-use environments
- Intuitive interface and remote monitoring capabilities
Best For: agile material transport between departments, stations, or floors in both industrial and commercial settings.
How Our Robots Work
- Map & plan. Robots map your facility using lidar and visual SLAM for centimeter-level accuracy.
- Assign tasks. Operators or automated systems assign delivery routes and destinations.
- Autonomous navigation. Robots transport materials safely through designated pathways.
- Smart docking. Automated loading/unloading and recharging keep robots ready 24/7.
- Monitor & optimize. Our software dashboards let you track routes, uptime, and efficiency metrics.
Built for Real-World Performance
Reliable Robots provides turnkey deployment, training, and ongoing support.
Our material handling robots are built to handle:
- Repetitive intralogistics — move items between stations automatically.
- Production line support — supply parts and retrieve finished products.
- Warehouse operations — handle bins, boxes, or pallets up to 100 kg.
- Hospital logistics — deliver supplies, linens, or equipment securely.
- Mixed environments — operate safely alongside human teams.
Benefits of Automation with Reliable Robots
- Increased throughput: Reduce idle time between processes.
- Labor optimization: Redeploy human workers to skilled tasks.
- Consistency: Every delivery arrives safely and on schedule.
- 24/7 operation: Robots don’t need breaks or shift changes.
- Lower long-term costs: Decrease turnover and training expenses.
Integration & Support
Our team handles:
- Site assessment and mapping
- System integration and workflow configuration
- On-site deployment and staff training
- Ongoing maintenance and remote support
We ensure your robots perform reliably — from the first day of installation through continuous operation.
Use Cases
- Manufacturing: Parts and tool delivery to production lines
- Warehousing & logistics: Bin, tote, and box movement across zones
- Healthcare: Secure supply and specimen transport
- Hospitality: Back-of-house supply chain automation
- Education & labs: Moving materials safely between departments
Material Handling Automation FAQs (AGVs & AMRs)
Q: What is automated material handling?
A: Automated material handling uses AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) to move materials, parts, tools, and finished goods within a facility, reducing manual transport and improving operational efficiency.
Q: What is the difference between AGVs and AMRs?
A: AGVs follow predefined routes using guides or markers and are best for stable, repetitive workflows. AMRs navigate dynamically using sensors and onboard intelligence, making them suitable for flexible environments.
Q: When should a business use AGVs instead of AMRs?
A: AGVs are ideal for predictable routes, heavy payloads, and controlled traffic environments where consistency and uptime are critical.
Q: When are AMRs the better option?
A: AMRs are better suited for environments with changing layouts, mixed human traffic, or evolving workflows that require adaptability.
Q: How much weight can automated material handling systems carry?
A: Payloads range from 40 kg for light-duty robots to over 10,000 kg for heavy industrial vehicles, depending on design and application.
Q: What industries benefit most from material handling automation?
A: Manufacturing, warehousing, automotive, food production, healthcare, and logistics operations benefit significantly from automated internal transport.
Q: Do material handling robots require facility modifications?
A: AGVs may require markers or guides, while AMRs usually need only digital mapping. Most deployments avoid major construction.
Q: Can AGVs and AMRs work together in the same facility?
A: Yes. Many facilities deploy hybrid fleets, using AGVs for fixed routes and AMRs for flexible tasks under a single fleet management system.
Q: What is the ROI of material handling automation?
A: ROI typically comes from labour reduction, improved throughput, reduced injuries, and better utilization of skilled workers, often within 1 year.
Q: How do material handling systems scale?
A: Systems scale by adding vehicles, routes, or workflows without redesigning the entire operation.
Q: How do these systems integrate with ERP or WMS software?
A: AGVs and AMRs can integrate with ERP, MES, and WMS platforms to automate task triggers and track material flow.
Q: Is material handling automation suitable for existing facilities?
A: Yes. Both AGVs and AMRs are commonly deployed in brownfield environments with minimal disruption.
Q: How much do automated material handling systems cost?
A: Costs vary based on payload, fleet size, and integration requirements. Typical systems can range from tens of thousands to hundreds of thousands of dollars for larger operations. Reliable Robots works to find the solution that fits your application at competitive pricing.
