The MiR250 robot is a more flexible AMR that can work around the clock and is very simple to set up, which improves productivity. Its smaller footprint and increased adaptability help to optimize internal logistics without changing the company’s layout.
The MiR250 robot has an imprint of 580 x 800 mm and a height of only 303 mm, while being able to move up to 250 kg, at a speed of 2 m / s. This makes this AMR more agile than any other AMR on the market and highly adaptable in challenging environments. Thanks to the robot’s small footprint, it is able to drive along corridors as narrow as 80 centimeters. Thus, doors and elevators, which can be an obstacle for other mobile robots, are no problem for the MiR250 robot.
The MiR250 robot is designed so that it has a long service life, is extremely service-friendly and can work 24/7 with the possibility of changing the battery quickly and easily. In addition, it is designed in accordance with current available safety standards – which is why we believe it is the safest AMR on the market.
If you need it, the MiR250 robot is also available in ESD version.
Eliminates bottlenecks in the material flow, thereby increasing productivity
Enables employees to focus on higher value activities rather than moving material
Maneuvers safely and efficiently around people and obstacles
Does not require changes to the existing workplace
Can be adapted to different tasks with different top modules
The very flexible self-steering MiR250 transports up to 250 kg. It can be fitted with specially adapted top modules such as containers, shelving, lifts, conveyor belts or even a collaborative robotic arm depending on the needs of your workplace. It is easy to change the top modules so that the robot can be adapted to different tasks.
Safe maneuvering and easy programming
The MiR250 robot maneuvers safely around people and obstacles, through doorways and in and out of elevators. You can download CAD files with building drawings directly to the robot or program it with the simple, web-based interface. The task of the robot can be easily adapted using a smartphone, tablet or a computer connected to the network.
No need for workplace changes
With built-in sensors and cameras as well as sophisticated software, the MiR250 can detect the surroundings and choose the most efficient route to the destination, while safely avoiding obstacles and people. Since it is not necessary to change the workplace with expensive, inflexible wires or sensors, the robot quickly earns itself a payback time of less than a year.
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This calculator shows the potentially dramatic impact in savings on a robot versus manual labor over the life of the project.
1. System costs
2. Current costs
3. Other savings
Takes only 1 minute to complete
Our calculator should be seen as an indication. With each installation, there may be other costs / savings that affect the repayment of the individual installation.
Step 1: System costs
Total system costs for new automation solution
Average production employees DKK 420,000/year/shift
Number of robots for new solution
Step 2: Current costs
Application of solution
Shifts per day
Days per week
Weeks per year
Average electricity costs for robots are around DKK 0.5 per hour.
Annual labor costs per operator, including employee benefits
Number of operators released per shift
(Note: % part that is released is entered on the next page)
Step 3: Other savings
Percentage of workforce retained for system operation per shift:
Expected increased productivity
Result: This is your result!
Freed labor over 7 years
Productivity improvement over 7 years
All figures below are shown in Danish kroner (DKK)
Freed up labor
Average annual savings
Savings throughout the period
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