TurnOn Tech collaborates with leading Asian businesses to architect automated models that augment efficiency and precision. Their robotic arms, demonstrated as effective and resilient in mechanical engineering and welding applications, testify to TurnOn's commitment to industrial progress. The iWed welding robots, equipped with 3D vision and AI capabilities, optimize their operation path planning, thus augmenting the quality of welding work.

Geek+'s Goods-to-Person Picking System is an automated solution designed to elevate the efficiency and accuracy of warehouse logistics. The system combines picking and storing processes into a single streamlined operation. Its unique features include mobile robots, dual-unit picking stations, and movable shelves. Uniting advanced technology, smart algorithms, and Autonomous Mobile Robots (AMRs), the system bolsters picking accuracy, reduces labor, and improves efficiency. The system guarantees high adaptability with the ability to manage between 500-1000 totes per hour, thereby significantly optimizing warehouse throughput.

Locus Transport is a transformative technology designed to increase warehouse efficiency by providing reconfigurable P2P transport functionality. It saves workers' energy by eliminating unproductive walking time, instead utilizing Locus robots for the efficient movement of products and inventory. This leads to a significant reduction in costs compared to traditional infrastructures like conveyor systems. Furthermore, Locus Transport is flexible and easy to configure, freeing up workers for tasks that add more value and facilitating the addition of peripherals for enhanced operation efficiency.

Locus Putaway assists in increasing warehouse productivity without heavy labor costs by integrating task-interleaving functionality. This feature enables workers to simultaneously pick orders, manage returns, and replenish the warehouse space by utilizing the same robotic technology. The streamlined putaway process, restock, and returns management becomes more efficient, leading to decreased aisle congestion, improved worker safety, better use of worker resources, and achieving maximum efficiency in picking and putaway space. With Locus’s true task-interleaving system, workers are cross-trained for multiple roles, eliminating the need for separate picking and putaway teams.

OSARO offers a sophisticated Robotic Bagging System designed to automate the process of bagging items. By combining OSARO's advanced pick-and-place solution with packaging equipment from leading automatic bagging partners, the system streamlines order fulfillment in various industries. The OSARO Robotic Bagging System is capable of packaging individual items at a rate of 350 parts per hour, equivalent to manual operation but with fewer overhead costs, labor issues, and improved return on investment. This system seamlessly integrates into existing infrastructure and business operations, allowing organizations to increase production without increasing headcount.

Locus Robotics' Directed Picking technology integrates the precision of AI with robotics to enhance productivity in warehousing operations. The system guides workers to their next assigned location, eliminating unproductive roaming and speeding up the order fulfillment process. The technology allows workers to set their own pace, leading to improved pick rates, and it features an easy-to-use interface that visually guides workers throughout the picking process. Further, it comes with a multi-language display that adapts to each worker’s preferred language, making the entire picking process more efficient and intuitive.

Locus provides a unique approach to warehouse operations with its Robotics as a Service (RaaS) model. This versatile and subscription-based program allows for operational flexibility by letting users scale robot deployment as their requirements change. RaaS enables a shift in the budget allocation, modifying capital expenses for robot deployment to operational expenses. Users can easily incorporate independent mobile robots into their warehouse operation. RaaS also brings down the typical operational costs associated with more traditional, capital-intensive automation solutions, providing the latest software and hardware updates with less burden on capital investment.

The OSARO Robotic Kitting System is a cutting-edge robotic solution designed to automate the kitting process for the e-commerce subscription industry. This advanced system efficiently picks, and precisely places a variety of goods into curated subscription boxes, catering to the growing demand in retail subscription products. With the ability to handle constantly changing inventory and seamlessly adapt to new product lines, OSARO's robots offer reliable solutions for labor shortage and increased overhead costs in fulfillment centers. They perform at a rate at least equal to manual operation, with added advantages of enhanced revenue predictability, increased inventory control, and cost savings.

The OSARO Robotic Induction System by OSARO is an advanced automation system designed to streamline the process of picking and placing items onto conveyors in a warehouse setting. This system automates the induction process, which involves moving packages from one location to another on a conveyor for scanning, sortation, or other downstream processes. The Robotic Induction System utilizes AI-driven vision and control technology to enable robots to "see" objects, make decisions about how and when to grasp items, and accurately place them onto a moving surface. With a single robot arm, the system can handle boxes weighing up to 11 pounds and process over 1,500 items per hour.

OSARO's Robotic Piece-Picking System is a transformative AI-powered solution designed to boost efficiency within e-commerce fulfillment operations for automated storage and retrieval systems (ASRS) and autonomous mobile robots (AMR). The system leverages OSARO's SightWorks™ software, which emulates human performance and delivers unmatched precision, to handle a wide variety of items of different shapes, sizes, and packaging, with utmost care, thereby minimizing item damage. Working tirelessly 24/7, the system seamlessly integrates into existing infrastructures, fully automating inventory induction and extraction without any need for additional workforce, thereby offering considerable cost savings and superior returns on investment.