STAR UP Product Lineup

"ARCHAIVE" is a product that consolidates all information related to manufacturing, such as drawings, parts information, estimates, specifications, and inspection records, into "one place," making it easy to manage with AI. The AI interprets drawings and documents within the system and quickly searches for the necessary information. It supports daily operations as an AI co-pilot that does not interrupt the designer's thought process. The AI can automatically analyze shapes and dimensions, allowing it to pick similar drawings from tens of thousands in just a few seconds. 【Features (partial)】 ■ AI Agent ■ Parts Tree Structure ■ Anything Box ■ File RAG Search ■ Difference Detection *For more details, please download the PDF or feel free to contact us.

"ARCHAIVE" is a manufacturing AI data platform that streamlines operations such as design, supplier selection, cost estimation, project progress management, and design reviews, starting from drawings and forms. By incorporating cutting-edge AI, it liberates employees from manual input and paper management, allowing each individual to focus on core tasks and turning the know-how and data held by each company into "assets." We support AI utilization and DX promotion for customers across various industries, from small factories to major manufacturers, as well as the transmission of technology and operational efficiency. 【Three Key Values Offered】 ■ Overwhelming economic rationality ■ FDE + high customization allows for optimization in the "field" ■ High-precision AI finds the desired data in one second *For more details, please download the PDF or feel free to contact us.

"I drew similar parts before, but I don't know the drawing number." "The person in charge who knew the background of the design change has transferred." Are you spending time searching for drawings for such reasons and not redrawing from scratch? ARCHAIVE is an AI that reads drawings as three-dimensional "objects." It analyzes shapes to identify features like holes, pockets, and bends, and searches for similar drawings with related meanings. Additionally, it automatically links specifications, DR meeting minutes, and defect reports to the same drawing using the part number as a key. You can even verify the basis for design decisions in the context of reused designs. 【Use Cases】 - Searching for similar drawings to serve as a base for reused or derived designs. - In conceptual design, referencing past successful shapes from hand-drawn sketches. - During design changes, confirming the differences and reasons for changes compared to the old version. - Before checking drawings or DR, reviewing past trouble reports and countermeasures for similar shapes. - Allowing younger designers to progress with their designs while considering the deliberations of veterans. 【Benefits of Implementation】 - Reducing the time spent searching for drawings from 30 minutes to 1-5 minutes. - Finding reusable drawings, which decreases duplicate drafting. - Reducing the oversight of past issues, thereby minimizing rework after drawings are issued. - Preventing design know-how from being concentrated in specific individuals. *The figures are based on actual measurements from the PoC. The effects may vary depending on the volume of drawing assets and operational structure.

Every time a mass production launch occurs, are you not re-examining "which processes and jigs were used to make similar parts last time, and where defects occurred"? The information needed for decision-making is scattered across process charts, jig drawings, and defect reports, and there are things that can only be understood by asking the responsible personnel. ARCHAIVE analyzes shapes to read drawings in three dimensions and searches for past parts with similar characteristics in shape and processing methods, such as holes, pockets, and bends. By linking part numbers to process charts, jig drawings, and defect reports as the same "item," you can summarize and review how similar parts were made and the reasoning behind those decisions at that time. 【Usage Scenarios】 - Referencing the processes of existing parts with similar shapes in the process design of new parts. - Searching for jig drawings used in the past with similar workpieces before jig design. - Confirming the manufacturability of drawings received from the design department based on the performance of past similar parts. - Checking processing defects and countermeasures that occurred with similar parts during mass production launches. - Tracing the history of process changes by combining drawings and documents. 【Benefits of Implementation】 - Reduces the time required for preliminary research in process design. - Allows for the reuse of existing jigs and processes, reducing setbacks during launches. - Makes it easier to prevent the recurrence of processing defects at the stage of process design. - Enables confirmation of the history of past decisions without needing to ask the responsible personnel.