ATTAbotics provides a robotic warehousing and fulfillment system that has the potential to redefine the market. ATTAbotics has taken a different perspective on the technology. Instead of developing technology to speed the human workload, ATTAbotics is a robotic-centric storage and retrieval system. A goods to person system that can be deployed in a smaller space, for a smaller entry level cost, providing industry leading throughput and an opportunity to redefine the warehouse space from large, hub and spoke systems, to small, agile, nodal delivery stations. The ATTAbotics system provides significant benefits to almost any industry that requires a storage and retrieval system, however, consumer demand and expectations for timeliness and service excellence from the e-commerce, m-commerce and omni-channel retail spaces is driving a requirement for new technologies within the traditional warehousing market and ATTAbotics has emerged to address these challenges.

Automata is a deep-tech company that creates products that empower people to automate physical work. The company's product, Eva, is a lightweight and affordable robot arm built for professionals in a production line, in a lab, a home workshop or even in a classroom. People don't need to be technical experts to communicate with robots. The web-based software platform can be programmed by anyone, anywhere, any time, from any device, making it easy to reconfigure for a wide range of different tasks. Automata was founded on 2015 and is headquartered in London, England.

XYZ Robotics develops AI-enabled robotic perception and manipulation technology for logistics and manufacturing automation. The company develops autonomous robotic solutions for put wall sorting and goods-to-person picking. Its robot sorts unorganized, random warehouse goods into groups of customer orders. The solution embodies its strength in deep learning and robotics.

A low cost, collaborative package handling robot that automates several key tasks along the e-commerce supply chain. Package handling is a physically demanding job with extremely high rates of turnover. The rising costs of shipping, comprised of 2/3rds labor, have become a major bottleneck to continued growth in e-commerce.

Aqrose Technology is a China-based company that applies machine vision and Machine Learning technology into industrial automation. Furthermore, the company provides 3D camera, AI-based defect inspection system, and SmartPicker intended for industrial enterprises. Aqrose focuses on robot vision and devotes itself to applying Artificial Intelligence technology to industrial robots and automation. It is a high-tech company with robot vision, deep learning and all-in-one hardware research and development capabilities. The founding team of the company, derived from the Artificial Intelligence Laboratory of Tsinghua University, has top research results in robotics and computer vision.

Mujin is in the business of creating intelligent robotics control systems based on 3D modeling or an environment in combination with machine vision and cutting edge motion planning software. Mujin’s software is completely teachless and on the forefront of autonomous robotics technology. Mujin is capable of automating processes which were previously unsolvable without specially designed hardware solutions. Improving automation in the fields of manufacturing and logistics will enhance the lives of real everyday people by mitigating the social problems of an aging society and reducing the need for workers to perform repetitive manual tasks.

Optimize Operational Performance and Agility REDUCE YOUR FOOTPRINT BY 85% Consolidate your goods into high-density storage to lower your space requirements by 85% and expand your business. MAXIMIZE PRODUCTIVITY WITH A FRACTION OF THE LABOR Fewer touches combined with industry leading throughput means increased productivity with significantly less manpower. SOLVE COMPLEX PROBLEMS WITH SIMPLICITY Streamline business processes, while reducing capital costs by modernizing your supply chain. ADAPT TO CHANGING BUSINESS NEEDS WITH SCALABILITY Expand storage capacity and throughput as your needs change without impacting operation.

Eva: the simple, low cost industrial robot. Engineered from the ground up to be lightweight, user friendly and accessible to all shop floor workers, Eva is programmable in under 30 minutes. Applications include machine tending, sorting, inspection and product testing. Automate your repetitive tasks to: 1. Increase throughput and efficiency. 2. Reduce production costs. 3. Free staff from manual tasks. 4. Remove bottlenecks in production.

Meet Dill. Dill, the first robot from the Pickle Robot Company. He works multiple shifts, communicates with his human collaborators, and is rapidly developing new skills in handling e-commerce parcels: >> Loading/Unloading of feeder trucks >> Palletizing/depalletizing >> Preloading of last mile delivery vans, trucks, and parcel cars

AIDI AIDI is a smart industrial visual platform software based on deep learning. Its function is to solve complex defect detection, location, classification and other issues. It can be applied to a variety of different applicational scenarios with its strong intelligence. AIDI has a powerful self-learning function, and as the software continues to run, the defect detection rate will continue to improve. AIPICK-MIX This workstation is a logistics-distribution-centre-aimed robotic intelligent picking station that handles complex unstacking scenes. AIPICK- Piece This workstation is a logistics-distribution-centre-aimed robotic intelligent picking station that handles zero-picking scenes.

Mujin Controller SIM replaces traditional human teaching by automatically planning efficient, fast, collision free robot programs that have guaranteed accuracy when executing on the real robot. With minimal teaching, a user can optimize the robot task time while avoiding collisions with obstacles. It can dramatically reduced a robot systems's implementation cost and improve manufacturing productivity. Mujin Pick Worker is the world's first bin-picking system with real-time obstacle avoidance and grasp-planning technologies. It is based on the Mujin's highly acclaimed motion planning technology. Just by detecting the 3D CAD model of the part using machine vision and specifying ideal grasp points, the Mujin Pick Worker can immediately start moving any robot to grasp cluttered parts in a bin the place them at a customer's desired position. Mujin Laser Worker is the world's first 3D laser cutting system that employs motion planning to simplify the teaching process of the laser cutting applications. Laser cutting machines can now automatically avoid self-collisions and the part being cut. The system uses the 3D CAD data to predict where the part surface is and how to cut along it. The system can be used for any custom-built machine to deliver the same motion planning quality for 3D laser cutting.