During the 6 months implementation, our activities ranged from manufacturing, commercializing to market analysing and customer support respecting the proposed plan. The VisionBot project had three main objectives in order to compile a feasibility report with the final purpose to enable our company to start manufacturing and commercializing in great numbers the VisionBot machines. According to the deliverables, the proposed market analysis strategy was planned to manufacture and sell a few robots directly to customers in order to collect valuable data. In the last 6 months, we have completed manufacturing 10 VisionBot units, sold two products to two national customers from Alba Iulia and Deva and now we are in discussions with two other customers for shipping two VisionBot SMT Placement Equipment. To accomplish the first major objective, we have acquired the required electronics and mechanical components to manufacture up to 10 VisionBot units in our own facility. The entire manufacturing process has been done in our headquarter from Ramnicu Valcea, Romania. Respecting the working package and the project timeline, we have established and created a new working point - office for our company in Romania’s biggest city, Bucharest. In order to build the office, we have purchased 4 quad-core computers, LED displays, whiteboard and much other useful equipment for this new office to facilitate our work. In this new office, we have done software development to improve the dedicated software and the firmware of the VisionBot v2 models. Moreover, the collected data and analytics, customer interactions and customer support have been done in our new location from Bucharest. In the 6 months, we had interacted with about 100 potential customers who were interested in our disruptive Pick and Place machine.
Another work performed was to study the mechanical and economical reliability of our SMT Placement Equipment solutions. This has been done through assembling at full speed several hundreds of electronic boards and products that have LED Panels or SMD electronic components. One of these products was a smart socket we manufactured for a collaboration with a software company from Constanta. The company assembled 20 full-colour RGB LED Panels, 30 RED and 10 smart sockets. In the same batch, we also assembled using our own VisionBot machines the entire electronics required for the next 10 Pick and Place machines. By testing the mechanical and economical reliability of VisionBot in real-time Printed Circuit board Assembly Process, our company got access to very important insights and analytics to improve the mechanical design, remove software bugs and optimize our machines for long use by customers. This helped our company to improve by redesigning the next 10 units we have manufactured during the 6 months of the project and the next generations of VisionBot machines we will manufacture in the near future.
From interacting with early adopters and customers, the company designed the 2nd generation of the VisionBot machines that includes a lot of mechanical improvements to satisfy more customers needs. We introduced two placing heads, boosting the speed of the machines by doubling the components per hour. To improve the mechanical precision, VisionBot 2nd generation includes lead screwball replacing the previous linear rail and block solution for Y-axis. About 170 of early adopters and potential customers contacted us through our website www.visionbot.net either to buy our solutions or to provide key values.
Besides interacting with potential customers, we have been invited to present VisionBot and other products in front of an amazing audience pitching the technical solutions at UNLEASH 2017, in Madrid, Spain, ITCFest festival in Dubai, UAE and Winter Enrichment Program at King Abdullah University of Science and Technology, Saudi Arabia.
The customers we had so far use our machines, VisionBot to assembly and produce their electronic devices