#Japan #Toyota #Tokyo #Quark #MiRZA

Quark Revolutionizes Prototyping in the Automotive Industry with XR Glasses

Quark, a DeepTech startup originating from Tokyo University, is pioneering the use of XR technology in the automotive sector with its innovative AR picking solution, utilizing their latest XR glasses, MiRZA®. Starting from May 2026, they will introduce this cutting-edge technology to Toyota's automotive division, specifically aimed at transforming the prototyping processes.

Background and Challenges

In the unit prototyping stages of production, workers often face the daunting task of picking hundreds of parts necessary for assembling each vehicle. This process can be highly time-consuming and prone to errors, resulting in mis-picking crucial components. Quark's solution addresses these challenges by providing real-time visual guidance through its AR glasses, allowing users to see exactly where each part is located and in what order they should be picked. This optimization not only reduces the time spent searching for components but also enhances the overall quality of the assembly process.

The DX (Digital Transformation) Solution

Quark's AR picking solution harnesses the power of XR glasses to bring newfound efficiency and accuracy to manufacturing workflows. Here are some key features of this solution:

• - Real-time Display of Component Locations: The AR system instantly shows the position of required parts in the workspace, significantly reducing the time spent in confusion or exploration during assembly. This feature effectively standardizes the assembly process across the workforce.

• - Part Number Verification: By integrating QR codes, the system ensures that the right components are picked, minimizing errors that can occur during manual processes.

• - PC Application Integration: The system allows users to import a list of part numbers from a PC application directly to their AR glasses, ensuring that the information is always up-to-date. This synchronization contributes to labor savings and quality enhancement.

• - Optimized Picking Sequence: The solution strategically determines the order of component retrieval to decrease unnecessary walking distances, facilitating a more streamlined assembly process.

Customer Testimonials

Collaborators from Toyota praise how Quark's solution minimizes confusion regarding the location of parts. They emphasize that the combination of accurate location mapping and part verification mitigates potential picking errors, promising a noticeable uptick in quality. Additionally, the system is designed to be user-friendly, allowing even newcomers to efficiently participate in the assembly process, improving overall responsiveness during production spikes and unexpected scenarios.

Insights on MiRZA® XR Glasses

Developed by NTT Convergence Device, MiRZA® stands out as a lightweight (approximately 125g) and comfortable option that mimics the form of traditional eyeglasses. It ensures ease of use with features like wireless connectivity to smartphones, enabling gesture-based content control. Quark operates under a partnership system which enables them to integrate MiRZA® into their solutions, enhancing operational capabilities in collaboration with multiple strategic partners.

Looking Ahead

Quark's venture into this innovative technology signals a new era for digital transformation in the manufacturing sector. The insights gained from deploying AR solutions in vehicle prototyping will pave the way for further applications across diverse fields, including logistics and construction. By accelerating the development of such XR-based digital solutions, Quark aims to redefine the future of industry operations.

Company Overview

• - Company Name: Quark, Inc.
• - CEO: Kento Kazama
• - Headquarters: Shibuya, Tokyo, Japan
• - Established: May 2023
• - Focus: Development and provision of visually optimized solutions through AI and spatial computing integration.
• - Website: Quark Website

In conclusion, as Quark embarks on this critical initiative with Toyota, it exemplifies how cutting-edge technology can enhance operational workflows, proving to be a significant innovation step for efficiency and accuracy in manufacturing.