Mojin Robotics AMC-L Alternatives & Competitors

The CarryPick storage and order picking system adapts to changing customer demands.

CarryPick is an innovative automated storage and picking system designed for multi-channel intralogistics. A swarm of mobile vehicles (KMP600), developed by Swisslog and KUKA, navigates via a grid to deliver mobile racks to workstations for picking and reducing the travel path for workers.

The workstations are safe and configurable to your requirements. They also reduce the picking error rate thanks to pick-by-light and pick pointer. Users benefit from an intuitive workstation interface making it easy to use and ensuring smooth processes.

React quickly to changes of goods range. The standard mobile racks can be customized for different sized and shaped articles. This is especially suitable for the fashion industry where clothes require hangers. Warehouse building requirements are also very modest. Thanks to the simplicity of its components, the system can easily be moved to another location. This also means the system can be installed in urban areas where builings have mostly low ceilings.

Start small and expand flexibly in line with your performance and growing volumes by adding more vehicles. Project implementation and employee training is accomplished very quickly. Complete installation takes less than 6 months.

The APi-L - modularity and scalability in terms of load and range as guiding principles. Our base combines everything a mobile robot needs: Sophisticated robust drive and reliable proven state of the art safety technology, machine protection, energy management, variable communication means and channels, and variable degrees between automation and autonomy. Use case specific upper torso / body structurescan be fitted to the customer specific needs hence offer maximum flexibility: whether cobot, roller conveyor, paternoster conveyor, or task specific gripper systems as well as image processing including machine learning technology if required – just as you need it. The mobile platform is designed to drive in a differential drive manner with omni-directional support wheels to assure safe driving through highly dynamic environments.. Navigation based on LIDAR sensor technology ensures a robust orientation and localization in any given environment. For collision avoidance and machine protection, 2 additional 2d/3d cameras monitor the surroundings. For data protection reasons, the images are not stored only processed and erased for safety. The control concept is based on a proven standard long term available safety PLC that safely integrates any given sensor. Additional mechanical 360° buffers with proximity switches between chassis and floor ensure safe human-machine interaction. The powerful platform is designed to pull up to 500 kg and will later be amended by robustly designed trailer to support further load capacity and optimize distance and time ratios and increase throughput with an optimum number of vehicles on the shopfloor. The platform due to it’s compliance with the VDA5050 and it’s superior navigation technology is designed to be operated in multi-vendor fleets and can potentially circumnavigate obstacles on demand.

Unique advantages of moving solution:

Rapid Deployment

Ready and easy deployment for singular robots

Short project implementation cycle of only 2-4 weeks for multiple robots

Smooth Operations

Able to independently create and modify mapping according to requirements

Customizable process management and charging policies

High Investment Value

Increase in moving efficiency by at least 50%

Possible to achieve return on investment within a year

Flexible Scheduling

Flexible addition or removal of robots to fit changing needs

Supports the simultaneous utilization of different models of robots

Highly Adaptable

No need for environment modifications

Suitable for complex human-robot interaction scenarios

AMR MW-C03/06/10, Open interface, can be matched with different tooling, suitable for heavy load transportation, and meet the needs of different scenarios.

AMR MW-D10/20/30, Open interface, can be matched with different tooling, such as jacking device, roller device, manipulator, etc., to meet the needs of different scenarios.

The omnidirectional MPO-700 is the ideal basis for high-end service robots. Its four Omni-Drive-Modules enable it to make smooth journeys in all directions. In addition it combines the advantages of classic wheels with the surface mobility otherwise only offered by Mecanum wheels.

The MPO-700's Omni-Drive-Mmodules offer important advantages compared to other omnidirectional drive systems, such as the MPO-500's Mecanum wheels.

The modules are also controlled by ROS.

The MPO-500 mobile robot has Mecanum wheels that give it exceptional maneuverability and the ability to move smoothly in any direction.

This allows the omnidirectional robot not only to navigate agily through narrow and twisty environments, but also opens up completely new working possibilities. Robot arms can be quickly moved to new positions, components can be freely positioned and measuring systems can be exactly positioned. Here the user also benefits from the freedom in development by ROS.

The RB-1 BASE mobile robot is a robot platform designed for indoor applications. The mobile robot can carry different loads or materials and can integrate other components or platforms such as a robotic arm or a torso.

RB-1 BASE can integrate a wide number of laser range finders with operation distances from 5 to 30-60 meters. RGBD sensors (Asus Xtion, Kinect One, etc.) can be mounted on the top of the platform for the detection of obstacles. The standard configuration integrates the UST-20LX sensor and the Orbbec Astra sensor.

The robot is able to detect obstacles in two different ways, by RGBD sensor installed and by the laser sensor that is used for navigation and positioning. In both cases, the robot can either stop or find an alternative route to avoid the obstacle and reach the next waypoint.

The software includes a control system, a tracking system laser-based, a navigation system and a user interface HMI (basic).

The location and navigation components are standard packages that are configured to suit the application. The software for the low-level control system is supplied with the platform.

As all Robotnik robots, RB-1 BASE is fully customizable and based on native ROS.

MOBOT® AGV FlatRunner MW (Automated Guided Vehicle) is a mobile robot for the transport of goods, in which movement is executed automatically. Its main task is to autonomously transport goods between selected points. Navigation The robot can be navigated using a laser mapping system (LMS), a free navigation system using a natural object such as walls for navigation.

Unlimited mobility The robot drive system is equipped with Mecanum wheels, which allows movement in any direction and execute 360-degree rotations. A wheel consists of several rollers that are each aligned at an angle of 45 degrees relative to the axle. This excellent maneuverability shortens throughput times and reduces idle times in the manufacturing process. Along with safety scanners and laser navigation, this solution vastly increase possibilities of robot application and allows safe and precise movement even in the tightest spaces.

Charging option The robot is equipped with 2 batteries in cassettes, which enable quick swapping. it can also, be charged using a wire charging station, optionally there is a possibility of use an automatic charging station.