Automate Material Movements
Eliminate manual labor and associated risks with our autonomous mobile robots for efficient transportation and material handling across warehouses, manufacturing facilities, and logistics hubs.
AUTONOMOUS MATERIAL HANDLING SOLUTIONS
Improve Intralogistics and Manufacturing Efficiency
with Mobile Robots powered by our Smart Fleet Management Software
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Streamline Workflows, Boost Productivity
Our Autonomous Material Handling Solutions Suite addresses workforce challenges, productivity bottlenecks, scalability issues, and human errors in intralogistics and production operations. Powered by our proprietary fleet management software, the Autonomous Mobile Robots ptimise material flow, allowing for 24/7 operations, real-time tracking, and improved accuracy in material handling processes like picking, putaway, and transportation.
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Autonomous Mobile Robots (AMRs)
MiR Autonomous Mobile Robots are made to improve logistics and productivity in manufacturing operations. They boost employee efficiency by allowing them to focus on higher-value tasks while reducing lead times, minimizing bottlenecks, and improving safety.
MiR250: Small yet powerful
The MiR250 has a footprint of just 58 x 80 cm and is only 30 cm high. Its compact size allows it to navigate through spaces as narrow as 80cm. It can handle a load of up to 250 kg, and can move at a max speed of 2 m/s. It can be customized with top modules such as racks and lifts. MiR250 is equipped with two safety laser scanners, two 3D cameras, and eight proximity sensors to ensure safe autonomous navigation.
- Payload:
- Speed:
- Active operation time:
- Load surface:
- Dimensions:
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MiR600: Simple pallet movement
The MiR600 is equipped with a pallet lift and can autonomously pick up, transport and deliver pallets throughout your facility. It has a 600 kg payload and can move at a max speed of 2 m/s. It can safely maneuver in crowded surroundings thanks to the 360 degree view from the safety laser scanners. The MiR600 and the MiR1350 are the first IP52-rated AMRs in the market that can withstand dust particles and water drops in more challenging environments.
- Payload:
- Speed:
- Active operation time:
- Load surface:
- Dimensions:
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MiR1350: Most powerful AMR
The MiR1350 is equipped with 360° laser-scanner technology, allowing it to see 360 degrees around itself. For additional safety, it has 8 proximity cameras that allow it to detect objects below the safety laser-scanners’ plane of view. It complies with the highest available robot standards and has 13 TÜV certified safety features. It has a 1350 kg payload and excels in heavy load and pallet transportation, eliminating the need for traditional forklifts.
- Payload:
- Speed:
- Active operation time:
- Load surface:
- Dimensions:
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sConnect | AMR Analytics Software: Gain Real-Time Insights
sConnect is a one-stop analytics solution that gives you actionable insights to improve AMR performance. The intuitive dashboard is user-friendly and easy-to-understand with colour displays, charts and graphs that help managers identify bottlenecks and their root causes. Get real-time performance monitoring with the Overall Robotic Effectiveness (ORE) metric.
- Optimise workflows and productivity
- Report key performance metrics with ease
- Track and analyze robot data all in one place
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sWorkflow | Automation Software: Maximize Productivity
sWorkflow is a dynamic software-based solution that allows AMRs to communicate with other material handling equipment and IoT sensors. This software allows you to make real-time changes to missions and monitor and optimise workflows across various stages of inventory management and movement. Integrate sWorkflow with analytics software and get real-time data and actionable insights.
- Easy configuration, no programming
- Key performance monitoring
- Data driven
- Adaptable for dynamic workflows
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sInfra | Access Platform: Navigate Multi-Storey Logistics Hubs
sInfra is a lift accessibility module (LAM) that integrates with the OEMs lift system, occupancy monitoring system (OMS), and the AMR fleet. This capability allows the AMRs to autonomously transport loads to different floors. The OMS uses a camera and a detection algorithm to monitor the occupancy status of the lift so that humans and AMRs can safely use the lift at the same time.
- Improved operational efficiency
- Minimal changes to infrastructure needed
- Flexible interoperability
- Safely operates around human workers
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sLatch | Manage Transport Payloads the Smart Way
sLatch is a modular latching solution designed to operate in tandem with the MiR100 and MiR250. It engages with trolley systems without the need for docking stations. The AMR automatically engages, transports and disengages without any human intervention. The sLatch allows your AMR to transport high payloads through tight and narrow spaces.
- Flexible attachment, higher payloads
- Integration with automatic doors
- Navigating space constraints
- Certified quality and safety
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Trusted Across Industries
Aerospace
Delivers parts and components for maintenance and repair
Manufacturing
Delivers parts from one station to another
Food & Beverage
Moves meal carts and boxes of ingredients from one floor to another
Logistics
Transports small and large parts from one building to another
Hospitals
Transport and deliver pharmaceuticals, linens, general supplies and food
Hotels
Transport clean and soiled linens
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Frequently Asked Questions
How long does it take to implement an Autonomous Material Handling System in our facility?
It all depends on how big the project is. The time it takes will depend on how many robots you need, how many workflows must be set up and how many accessories are included. Evaluating the facility is crucial for setting up the solution. An equally important part of the implementation is staff training. For many workers, collaborating with a robot is new, and they need to understand how to work in the presence of a moving object. Although the robots are very safe and reliable, proper orientation is essential. A simple setup of one robot to handle multiple workflows typically takes two to four days, including staff training.
Can an Autonomous Material Handling system integrate with our existing systems and workflows?
Yes, they can, but a thorough and detailed analysis must be conducted before any integration.
What level of training is required for our staff to operate Autonomous Material Handling equipments?
We strongly recommend that all staff members sharing the workspace with the robot complete training.
The training primarily focuses on safety and coexisting with the robot and takes approximately 1 hour.
For technicians responsible for the robot, the training can take 2–3 days. It covers how to set up the robot, run basic missions, configure the robot’s work map, and establish simple workflows. Each training session is tailored to the specific needs of the customer and is proposed after evaluating the facility.
How secure and safe are Autonomous Mobile Robots (AMRs)?
AMRs are designed to operate safely in dynamic environments. They use advanced sensors and algorithms to navigate autonomously, avoiding obstacles and ensuring safety. They adhere to safety standards like ISO 3691-4, featuring collision avoidance systems, emergency stop capabilities, and safe speed controls to minimize risks in mixed human-robot environments.
What is the difference between autonomous and automated material handling?
Autonomous material handling involves AMRs that use onboard intelligence to navigate and adapt in real-time to their surroundings without pre-set paths. Automated material handling, such as with AGVs, relies on fixed routes and external guidance systems, like wires or magnets, to move goods, making them suitable for stable, controlled environments.
What are Automated Guided Vehicles (AGVs), and what are they used for?
AGVs are vehicles that follow fixed routes using embedded guides such as wires or magnets to transport materials. They are commonly used in manufacturing and warehouse settings to move goods along predetermined paths. AGVs are ideal for repetitive, predictable transport tasks in controlled environments.