Wise Robotics F4-1000C 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.

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

Autonomous forklift AGV for picking up and transporting Euro pallets or pallet cage.

With the FC Compact, we offer an autonomous and automated transport option between workplaces for picking up load carriers with height adjustment for adaptation to ergonomic working conditions.

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.

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.

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.

With Tractor Tom you will realize a huge cost reduction on internal logistics

With Tractor Tom you internal logistic can be optimised, quickly and low-cost. Thanks to the industrial body an big wheels your goods can be transported in the factory in a save way.

• Robust
• Remote Access (connected vehicles)
• Completely designed and built in-house
• Navigation on floor structure, no adjustments to the building needed!
• Quick implementation (2-3 days)
• Best-buy AGV

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 STÄUBLI PF100 omni is a versatile autonomous mobile robot designed for various industrial applications. Its standout feature is its omni-directional wheel system, allowing it to move in any direction without turning. This unique mobility enables precise and efficient material handling in tight spaces and complex layouts, making it suitable for industries where space optimization is crucial.

With a payload capacity of up to 100 kg and a top speed of 2 m/s, the PF100 omni is a robust and capable solution for tasks such as material transport, palletizing, and assembly. It operates seamlessly in diverse environments, thanks to its compatibility with industry-standard software systems and protocols, making integration into existing automation processes straightforward. Additionally, it offers a high degree of safety with advanced collision avoidance technology and user-friendly programming interfaces.

One of its lesser-known but significant specifications is its adaptability to extreme temperatures. The PF100 omni can operate in environments with temperatures ranging from -20°C to +45°C, making it suitable for both cold storage and high-temperature manufacturing settings. This versatility, combined with its omni-directional mobility and high payload capacity, positions the PF100 omni as a valuable asset in various industrial automation scenarios, optimizing productivity and adaptability in challenging conditions.