Mobile Robot Provider in Malaysia & Singapore

The past few decades have brought monumental changes to the world of order fulfillment and material handling. From rising labor costs to a shrinking pool of qualified workers to increased pressure of next, same day, and two hour delivery—today’s order fulfillment operations have a lot of new challenges to conquer.

Embracing new technologies, processes, and procedures has always been an important piece of the puzzle for distribution operations, who must regularly modernize and adapt to remain competitive and profitable in this new reality. But with available technologies expanding as rapidly as they currently are, it can be difficult to know exactly which automation solutions make the most sense for your needs.

Mobile Robot Applications

Broadly speaking, an autonomous mobile robot (AMR) is any robot that can understand and move through its environment without being overseen directly by an operator or on a fixed predetermined path. AMRs have an array of sophisticated sensors that enable them to understand and interpret their environment, which helps them to perform their task in the most efficient manner and path possible, navigating around fixed obstructions (building, racks, work stations, etc.) and variable obstructions (such as people, lift trucks, and debris).

Though similar in many ways to automated guided vehicles (AGVs), AMRs differ in a number of important ways. The greatest of these differences is flexibility: AGVs must follow much more rigid, preset routes than AMRs. Autonomous mobile robots find the most efficient route to achieve each task, and are designed to work collaboratively with operators such as picking and sortation operations, whereas AGVs typically do not.

In a warehouse and distribution center environment, these sophisticated technologies are integrated with the warehouse’s control systems, which allow AMRs increased flexibility to create their own routes between locations within a warehouse or facility. The end result is a robot that is much better able to work with humans within the dynamic environment offered by most order fulfillment operations.

Why are AMRs “Autonomous”?

Autonomus Means that the robot is free to deviate from a predetermined path. An autonomous mobile robot has the ability to redefine routes and choose the optimum track to reach a specific location.

The AMR “decides” the best route after “looking” at its surroundings. AMRs provide the option of effortless and simple route changes.

If you want to change the magnetic route of an AGV, it is very easy but it would require some more job.

If you wish to add a new picking or delivery location or alter existing LGV route… You’d likely be unable to accomplish anything on your own and would need your supplier’s complete support.

Due to their tremendous flexibility, AMRs may easily add many destinations and tracks during their implementation.

The AMRs can bypass obstructions thanks to their “decision capacity,” which allows them to continue moving without having to wait for them to be removed. An AMR can bypass the obstacle and continue moving.

What are the Advantages of Autonomous Mobile Robots (AMRs)?

Installing mobile robots is simple.
Installation is fast.
Installation cost is low.
You can easily modify routes.
Nothing intrusive is installed in the working area.
No external infrastructure is needed for natural navigation.
No expenses for implementation and maintenance.

What are the Autonomous Mobile Robots Disadvantages

Natural Navigation is “sensible”. Due to the unpredictable surroundings in industrial settings, robots may experience navigational issues.
AMR vehicles cost more than AGVs because more sophisticated algorithms and better sensors must be included in order to have a reliable and efficient free navigation system.
Less accurate location and positioning compared to agv  using other navigation techniques. For instance, AMRs could not store materials on shelves that are more than 10 meters high since doing so needs highly precise tolerances, which are challenging to achieve using natural navigation technology.

Types of Mobile Robot

Although they are still a relatively young technology, AMRs have already branched off into a number of distinct varieties, each of which is better suited to perform a specific type of action.

For this reason, when discussions about AMRs take place, they tend to be focused on the application that the technology is meant to perform, rather than a particular name or model.

LiDAR SLAM navigation technology
1500 KG payload , Lifting 120mm

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.

LiDAR SLAM navigation technology
1400 KG payload , Lifting 3000mm

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.

LiDAR SLAM navigation technology
1400 KG payload , Lifting 3000mm

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.

LiDAR SLAM navigation technology
1200KG/ 1600 KG/ 2000 KG payload,
Lifting 0~4500mm(Customizable)

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.

LiDAR SLAM navigation technology
1200KG/ 1500 KG payload,
Lifting 0~4500mm(Customizable)

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.

LiDAR SLAM navigation technology
1200KG/ 2000 KG payload,
Lifting 0~4500mm(Customizable)

Application scenario:
Smart logistics
Smart Factory
Warehouse
pharmaceutical,
manufacturing and etc.