Industry turns mobile

Mobile helpers revolutionize work processes

Mobile robots as production agents!

Flexibly deployable

Efficient and accountable

Reliable

Simple handling

Successful mobile robots in industrial applications

Take a look at some of our projects.

Our robots

SCITOS G5
Mobile base

Mobile Roboterplattform - SCITOS G5

SCITOS G5 is our universal mobile base which is suitable for a multitude of applications thanks to its modular construction.

Specifications

  • Dimensions: 570 mm x 735 mm x 610 mm (H x L x W)
  • Differential drive
  • Ground clearance: 20 mm
  • Maximum velocity: 1.4 m/s
  • Dead-weight: 60 kg
  • Load capacity: 50 kg
  • Battery life: 18h on a single charge / 6h recharging time
  • Embedded PC with Intel i7-CPU and Wi-Fi
  • Safety bumper socket
  • Ready for public use
SCITOS X3
X3

Mobile Roboter - SCITOS X3

SCITOS X3 is a mobile base that was developed specifically for transportation, mobile manipulation and narrow environments.

Specifications

  • Dimensions: 436 mm x 710 mm x 470 mm (H x L x W)
  • Differential drive
  • Can turn on the spot
  • Ground clearance: 15 mm
  • Maximum velocity: 1.4 m/s
  • Load capacity: 100 kg
  • Dead-weight: 50 kg
  • Battery life: 18h on a single charge / 6h charging time
  • Embedded PC with Intel i7-CPU and Wi-Fi
  • Safety bumper socket

 

Downloads

CogniDrive Software
Autonomous navigation

Roboter Navigation CogniDrive MetraLabs

CogniDrive is a software system that enables vehicles to navigate to arbitrary goal points in an environment. Its localization uses existing environmental structures, so additional sensors or markings are not required. By integrating low-cost depth sensors, obstacles close to the vehicle can be perceived and avoided in 3D. The navigation behaviour is highly configurable and customizable to user needs via a multitude of parameters. CogniDrive is used in all of MetraLabs’ service robotics applications, but can also be integrated into other automated guided vehicles.

CogniDrive is modular: The localization, path planning and obstacle avoidance modules can be used separately or together, depending on the use case. This enables customizing the software for specific applications. For example, the localization module can be used on its own and can be combined with existing controllers. This is especially useful if existing means of localization tend to fail in certain parts of the environment, e.g. due to pollution of visual markers. All modules operate on a virtual map of the environment structure which can be precisely taught during commissioning or constantly estimated by the vehicle during operation.

Different sensors can be integrated for environment and obstacle perception, and their measurements can be fused depending on the current situation. Ultrasonic sensors, cameras and laser range finders of different manufacturers, as well as sensors using various physical principles for 3D perception, have been integrated successfully. By using the existing safety laser scanners of the AGV the expenditure for additional sensors can be minimized.

CogniDrive can be adapted to various drive systems (e.g. differential or tricycle drives). To achieve optimal navigation performance, both the kinematics as well as the geometry and dynamics of the vehicle will be considered for path planning.

SCOUT
Transport in clean production environments

Produktbilder der SCOUT Roboterfamilie

SCOUT is an automated guided vehicle specifically designed for flexible transport of materials in semiconductor fabs and other clean production environments. SCOUT is developed and distributed by Fabmatics USA Inc., a specialist for semiconductor automation with sites in Dresden (DE) and Salt Lake City (USA).

The SCOUT-Family includes the following products:

  • SCOUT®reticle for reticle transportation
  • SCOUT®4four for HA-200 boxes / SMIF Pods
  • SCOUT®active with 6 axis robot
  • SCOUT®triax with 3 axis system
  • SCOUT®roro with roller conveyor system

SCOUT® incorporates MetraLabs’ service robot technologies. It navigates autonomously and doesn’t require any guidance systems on the ground or ceiling. Once programmed it is able to transport materials and products between arbitrary points in the factory, perform measurements and handle tools – all without requiring control personnel to be present.

Our robots are deployed at

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