Mobile Industrial Robots
MiR (Mobile Industrial
Robots) produces the
MiR1000,
MiR500,
MiR250, and
MiR100 mobile robots
for automated, efficient and safe plant transportation. Ideal
for small transport tasks in manufacturing, logistics and
healthcare industries, the
MiR100 (220 lb carrying capacity),
MiR250 (550 lb)
MiR500 (1,100 lb capacity), and
MiR1000 (2,200 lb capacity), optimize
workflow and reduce in-house transport costs while
maintaining safety in the plant, with payloads up to 2,200
pounds.
WAREHOUSE ROBOTS
See the
entire family of MiR Robots by clicking here
The reduction of manual transport and delivery times by the
MiR fleet frees up staff resources and increases transport task
efficiency. The advanced mobile robot requires no structural
changes to the building, and operates safely and smoothly
through doorways and in and out of lifts. It offers simple
and user-friendly operation via PC, smartphone or tablet, and
typically results in a payback time of less than a year.
AUTONOMOUS MOBILE ROBOTS
The MiRHook100 has a towing capacity of 550 lbs, while the MiRHook250 can tow up to 1,100 lbs.
T
he
MiR100 is equipped with 2 scanners and a 3D camera to ensure
safe maneuvering around workers and obstacles. When
encountering an obstacle, the robot quickly alters its route
– automatically slowing down, driving around the
obstacle or stopping.
If you are located in Kansas, Missouri or
Illinois, contact HTE Automation for all Mobile Autonomous Mobile Robot needs, or to learn more about the
efficient mobile transport robot.
The reduction of manual transport and delivery times by the
MiR fleet frees up staff resources and increases transport task
efficiency. The advanced mobile robot requires no structural
changes to the building, and operates safely and smoothly
through doorways and in and out of lifts. It offers simple
and user-friendly operation via PC, smartphone or tablet, and
typically results in a payback time of less than a year.
he
MiR100 is equipped with 2 scanners and a 3D camera to ensure
safe maneuvering around workers and obstacles. When
encountering an obstacle, the robot quickly alters its route
– automatically slowing down, driving around the
obstacle or stopping.
