With the continuous development of the industry and the acceleration of product upgrading, mold manufacturing has begun to evolve rapidly in the direction of digitalization and intelligence.
Source: Baotu.com.
This case walks into Honglida Precision Components, a leading enterprise in the mold industryHereinafter referred to as "Honglida").to explore Alva SystemsHow spatial computing technology can help mold companiesAchieve innovation and upgrading.
Project Background
Nowadays, the mold industry is developing rapidly, and the technology is changing with each passing day. With the increasing diversification and specialization of market demand, enterprises are facing challenges such as standardization and design process optimization.
In this regard,Honglida partners with Alva to create AR visualizationsapplications, relying on spatial computing technology, enterprisesThe immersive interactive display of mold products is realized, which is convenient for users to have an in-depth understanding of the advantages of the product, thereby greatly improving the product understanding and market attractiveness
Not only that, the two sides have explored more innovative application scenarios in the mold industry in the project cooperation, which further provides strong support for industry enterprises to effectively respond to market changes and enhance product competitiveness.
Solution
Under the trend of large-scale and precise development of mold products, the product structure is complex, and the advantages are difficult to present intuitively.
Product marketing display
Compared to traditional marketing, which relies on flat** and textual, Alva AR recognition technology can create a dynamic, interactive virtual and real environment, allowing users to experience the product in person anytime, anywhere, and visualize how the product performs in a real working environment.
Immersive product displays enable users to gain a deeper understanding of the product to drive purchase decisions, increasing user engagement and product appeal more than traditional marketing methods.
In addition, Alva has further explored more landing scenarios for AR technology to empower mold manufacturing, especially productsR&D and design linksBased on the data content resources of the previous products, the integration of AR technology can better help enterprises realize the collaborative R&D and design of products.
Product design and development
Traditional design methods rely on 2D drawings and computer models, making it difficult for multiple people to communicate across departments, while the application of AR technology allows designers to intuitively operate and modify virtual prototypes in 3D space, and supports multiple people to collaborate on R&D and design, making data synchronization more intuitive, convenient, and more efficient.
AR technology makes the prototype testing and iteration process more agile for mold companies, while significantly reducing R&D communication and prototype manufacturingcost.
Project Outcomes: Relying on the Alva AR visualization application, Honglida fully demonstrates its innovative products and technologies, and users can clearly and intuitively feel the product features and advantages, so that the marketing and promotion of enterprise products can get twice the result with half the effort.
At the same time, both sidesBased on good cooperation, it has opened up new ideas for AR technology to empower more new application scenarios and improve more workflow efficiency.
The mold industry is rapidly developing towards an efficient and precise future, and the introduction of more innovative technologies and applications is becoming a key driving force.
With the help of this cooperation with industry benchmarking enterprisesHonglidaAs an opportunity for cooperation, Alva Systems will rely on its own technical advantages and industry application experience to empower more industry enterprises and promote the efficient, innovative development and upgrading of the mold industry.
About Alva Systems
Alva Systems focuses on the independent innovation of spatial computing-related technologies such as augmented reality artificial intelligence (AR AI), and has been deeply engaged in the research and development and optimization of underlying algorithms for more than ten years, with self-developed algorithm engines and expanding rich innovative products and applications, and is the core leader in the field of spatial computing in the world.
In the industrial field, the company focuses on the deep combination of Augmented Reality (AR) technology and manufacturing industry, and has formed a rich and complete AR product line after full practice, opened up a wide area application space, and is a leader in international industrial Internet of Things and "digital twin" solutions.