Industry
Industrial Automation Solutions
Autonomous Mobile Robots For Every Industry
Industrial Automation Robotics Solutions play a major role in improving productivity, efficiency, and safety in modern manufacturing industries. Hachidori Intralogistics Mobile Robots are designed to streamline material movement across production floors, warehouses, and assembly lines with precision and reliability.
One Platform. Every Floor. — Robotics and Automation Built for Your Industry
At Hachidori, our industrial automation platform unifies sensing, movement, and intelligence under a single layer — integrating seamlessly with your existing lines, ERP systems, and warehouse management platforms. Our RPA (robotic process automation) technology goes beyond scripted bots: it senses, adapts, and scales without human intervention, giving you true Automation 360 across your entire value chain.
Industries We Automate
From lint-free clean rooms to heavy automotive assembly lines, Hachidori’s autonomous material handling robots are deployed across India’s most demanding environments.
Textiles
Autonomous Mobile Robots streamline textile operations by automating repetitive material movement — transporting fabric rolls, yarn cones, and finished goods across the floor without human intervention. AMRs reduce handling damage, eliminate idle time, and keep production lines continuously fed, boosting throughput while cutting labour dependency across weaving, dyeing, and dispatch.
Automotive Components
AMRs play a key role in modern automotive component facilities by optimizing intralogistics. They automate repetitive transport tasks, increase safety, and adapt to changing layouts, allowing manufacturers to scale operations efficiently while maintaining precision and speed.
Electronics Manufacturing
AMRs are transforming electronics manufacturing by streamlining material handling across production floors. As a cornerstone of Industrial Automation, these robots navigate dynamically, transporting components, PCBs, and finished goods with precision — reducing human error and downtime. They optimize workflow between assembly stations, cut cycle times, and scale effortlessly with demand, making factories smarter, safer, and more competitive.
Tyres
FMCG
Pharma Manufacturing
In pharma factories, a Material Handling Robot eliminates manual contact with sensitive compounds, reducing contamination risks. By autonomously transferring vials, reagents, and packaging materials, these robots uphold strict regulatory standards, enhance worker safety, and maintain sterile environments critical to pharmaceutical quality.
Defence
Factory automation through autonomous mobile robots gives defence manufacturers a critical strategic edge. AMRs accelerate material flow across production lines, reduce logistics costs, and adapt swiftly to shifting operational demands. Their ability to integrate with existing defence infrastructure ensures seamless, scalable, and intelligent material handling for next-generation military manufacturing.
Aerospace
Electronics Manufacturing (Advanced)
In sensitive clean room environments, the AMR robot minimizes human contact, reducing contamination risks. These autonomous mobile robots handle material transport seamlessly, maintaining strict hygiene standards. With robotics and automation, facilities gain faster throughput, fewer errors, and consistent compliance — making AMRs the smart choice for pharmaceutical, semiconductor, and biotech clean rooms.
Warehouses
Modern warehouse robots eliminate bottlenecks and supercharge fulfillment. Autonomous warehouse robots operate 24/7, adapt to floor changes, and integrate seamlessly with WMS platforms. The result? A smarter material handling robot ecosystem that reduces downtime, scales with demand, and delivers measurable ROI across every shift.
Distribution Centres
Modern distribution centres rely on robotics and automation to stay competitive. Advanced material movement robots streamline goods transport, order picking, and sorting with precision. AMRs reduce human strain, minimise downtime, and integrate seamlessly with WMS platforms — accelerating throughput, improving accuracy, and driving down operational costs at every stage.
Why Hachidori — Industrial Automation Built in India
Designed for India’s diverse infrastructure — from uneven factory floors to variable power supplies — our mobile robots perform reliably where imported alternatives struggle.
Infrastructure-Free Navigation
No magnetic tape, no reflectors, no major civil works. Our autonomous mobile robots use WiNN-based navigation to map and move freely in dynamic environments.
Deep ERP & WMS Integration
Pre-built connectors for SAP, Oracle, Infor, and leading Indian WMS platforms ensure your robotics automation works as part of a unified digital ecosystem.
Modular & Scalable
Start with 2 robots, scale to 200. Hachidori's fleet management platform handles dynamic fleet growth without requiring system re-architecture.
Safety Certified
All robots carry CE, IEC 62061, and ISO 3691-4 safety certifications, meeting the compliance requirements for pharma, aerospace, and clean room deployments.
Rapid ROI
Customers across warehouse automation and manufacturing report payback periods of 18–24 months, with labour cost reductions of 40–65%.
Ready to Automate Your Industry?
Frequently Asked Question
AMRs automate internal transport by moving raw materials, components, and finished goods across the facility. They use sensors and AI to navigate safely, reduce human intervention, and improve productivity in manufacturing and warehouse environments.
Industries such as manufacturing, automotive, electronics, warehousing, e-commerce, pharmaceuticals, FMCG, textiles, aerospace, and heavy engineering can benefit from AMRs by improving material flow and operational efficiency.
Material handling automation helps reduce labor costs, minimize human errors, improve workplace safety, ensure faster material movement, and enable real-time tracking of goods within the facility.
AMRs are flexible and navigate dynamically using sensors and AI, while AGVs follow fixed paths like magnetic strips or tracks. AMRs are better suited for modern, flexible manufacturing environments.
Yes, AMRs play a key role in warehouse automation by optimizing picking, transporting goods, and reducing turnaround time. They help streamline logistics operations and improve order fulfillment speed.
Yes, advanced AMRs are designed to handle a wide range of payloads, from lightweight bins to heavy loads up to several tons, making them suitable for heavy engineering and manufacturing industries.
AMRs integrate with IoT, AI, and warehouse management systems to enable real-time data tracking, smart decision-making, and fully connected operations, which are key components of Industry 4.0.
AMRs are equipped with sensors, cameras, and safety systems that allow them to detect obstacles, avoid collisions, and operate safely alongside human workers.
AMR systems are highly scalable. Businesses can start with a few robots and expand as needed without major infrastructure changes.