Program your robot in natural language with RoboHive AI

Intelligent Robots

RoboHive AI

RoboHive revolutionizes robot programming with an innovative, AI-driven user interface that allows you to program your entire robot station in natural language, combined with a time-based, visual drag-and-drop workflow that opens up new ways of implementing difficult applications. The unique time-based drag-and-drop interface enables clear visualization and coordination of complex workflows. This innovative combination not only increases agility and efficiency in the production environment, but also contributes to a significant reduction in labor costs.

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FactoryCube

The FactoryCube – a turnkey solution for your production. The direct applicability enables the automation of small and medium-sized series. Equipped with two robots, this Micro-Factory is faster, more precise and more flexible than any other system. The ToolCube tool system enables the fastest automatic exchange of robot tools and thus the handling of a wide variety of objects. RoboHive robot programming is task-based: Recognise parts, determine position, integrate component transfer and loading of machines in no time at all. 

Kurt Part Separation

Our advanced hopper conveyor circulation system is specially designed to efficiently separate and handle components in the 2 to 13 cm range. By integrating a precise robot and intelligent camera recognition, the system provides highly accurate identification and sorting of components. This makes it ideal for a variety of applications, including machine loading, component separation and workpiece carrier loading.

ToolCubes

The Leverage Robotics ToolCubes are automatic exchangeable robot tools to perform multiple tasks on one robot. They expand the possibilities of a simple two-finger gripper by a multitude of options like vacuum gripping, centered gripping of round objects, or magnetic gripping of ferro magnetic objects and still keeping the capabilities of the parallel gripper.

Turnkey

Immediate use: The fully integrated overall robot system can be put into operation immediately on various machines

AI-Object-Detection

Flexible object recognition: The latest AI methods can be used to precisely recognise a wide variety of components and transmit their position and orientation to the robot

Cycle Times

Cycle times of 4 seconds: Up to 4 times faster loading of machines compared to single-robot systems. The sensitive robots can also pre-assemble, pack and operate quality monitoring

ToolCubes

A gripper for every component: Automatically interchangeable ToolCubes for handling a wide variety of components in one application.

Pre-separation

Fast and robust gripping: bulk material pre-separation enables a cycle time reduction of 40%

Smart robot programming

Task-based robot sequence programmes: Robot programming at its simplest, without the need for robotics knowledge

Product

Fields of Application

Dispensing / Gluing

Robot-based bonding and dispensing is revolutionizing precision manufacturing in industries such as automotive and electronics production. These automated systems use advanced robotic technology and precise control software to apply adhesives and sealants accurately and repeatably. They optimize production processes, increase throughput speed and guarantee consistently high quality standards while minimizing waste.

Maschine tending

Robot-based machine loading optimizes automation in production environments by increasing the efficiency and accuracy of material handling. Specialized robotic arms precisely load workpieces into processing machines, resulting in improved production speed and quality. This technology is ideal for industries such as automotive supply and precision manufacturing, where it reduces operating costs and increases workplace safety.

Assembly

Robot-based assembly systems transform manufacturing processes through increased precision and efficiency. These systems implement advanced robotic technology to automatically assemble components, ideal for complex and high-volume production lines in the automotive and electronics industries. They improve product quality, speed up production cycles and reduce labor costs while ensuring consistent execution.

Quality assurance

Robot-based quality assurance is revolutionizing production lines with automated inspection processes that increase precision and efficiency. This technology uses advanced sensors and AI-driven algorithms to enable real-time defect detection and analysis. Ideal for industries such as automotive, electronics and pharmaceuticals, it guarantees the highest quality standards and optimized operations.

Bin picking

Bin Picking is revolutionizing automation technology by enabling robots to pick randomly oriented objects from bins. This innovative solution combines 3D vision technology with artificial intelligence to optimize part recognition and handling in industries such as automotive manufacturing and electronics assembly and counteract labor shortages. Bin picking increases efficiency, reduces cycle times and minimizes the need for manual intervention.

Packaging

Robotic packaging systems or end-of-line automation increases efficiency in industrial production. These advanced systems, equipped with robotics and AI algorithms, optimize the final stage of production lines by packaging products safely and efficiently. Ideal for industries such as electronics, pharmaceuticals and manufacturing, they increase production speed, improve packaging quality and minimize manual effort.

Innovation for your company

Examples of robot automation with the ToolCubes, which are used for both cobots and industrial robots

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Do you have any questions about our products and services? Write to us and we will automate your production with the latest and most innovative technology. We look forward to hearing from you!




    info@leverage-robotics.com

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