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2023

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Unveiling the secrets: What cutting-edge technology does Tianjin’s Key Laboratory for Digital Twin Design and Validation in Logistics Packaging really have?


In the brand-new year 2023,

We continue to prioritize scientific research and move forward with innovation.

When virtualization, digitalization, and intelligentization—

It's also linked to logistics packaging,

What would that look like?

Today,

Let's explore it together,

A key laboratory in Tianjin

As one of the core technologies of the metaverse, " Digital Twin " — a translation of the English term 'Digital Twin,' which can be understood as The digital mapping of the real physical world By digitally constructing an exact replica of physical-world objects in the virtual digital realm, we can gain deeper insights into, analyze, and optimize these physical entities—ultimately enabling more efficient and cost-effective solutions to real-world challenges through the use of virtual, digitized models.

In the logistics packaging industry, digital twin technology has already made significant strides. Recently, the "—," which was proposed by the center and has now been approved for establishment, Tianjin Key Laboratory for Digital Twin Design Verification in Logistics Packaging “As a new batch of Tianjin’s key laboratories, its name alone is enough to hint that this too is a creation born from the metaverse.”

Yes, that’s right—this is the "whole new world" the center has carved out in the metaverse.

It’s truly heartbreaking—both within and outside the industry—so let’s dig deeper and find out!

1. Packaging simulation technology: prototype creation requires no consumables, featuring high-performance analysis powered by precision algorithms, and providing comprehensive coverage of the product lifecycle.

  • The Importance of Packaging Material Parameters
    Packaging simulation technology accurately determines material parameters, helping to reduce material costs while ensuring product quality and safety.
  • Reduce R&D costs and timelines
    Simulation technology can reduce cost expenditures associated with minimizing the number of test samples and decreasing the number of mold iterations. By simulating real-world logistics environments, it also helps save time typically required for offline processes.
  • High-performance analysis
    By leveraging supercomputing resources, it’s possible to perform full-system simulation analyses of complex models with up to one million grid cells, while significantly reducing computation cycles and time—and boosting overall simulation efficiency.
  • Enhance visualization
    It enables real-time tracking and effective observation of both numerical simulations and experimental processes—essentially, visualizing simulation results and the simulation process itself. Today, simulation systems are no longer confined to a one-dimensional digital information space; instead, they are built within a multidimensional, integrated environment that combines qualitative and quantitative insights, as well as sensory and rational perspectives.
  • Designed for whom is packaging simulation?

    2. Unlocking human-machine collaboration and enabling intelligent entities to work together synergistically, assisting in decision-making and maintenance while unlocking tremendous potential for businesses.

    Providing design and validation support to all personnel involved in product development within the enterprise, including product designers, R&D engineers, and product managers.

    We know that, before high-value-added products hit the market, they must pass rigorous Logistics Environment Testing Only then can it be launched into the market, but offline testing faces challenges such as long testing cycles, high costs for molds and test samples, and limited process data.
    And the Tianjin Logistics Packaging Digital Twin Design Verification Key Laboratory, which is immersed in the world of scientific research and innovation in the 2D universe, is By virtually simulating real-world logistics equipment and collecting, integrating, and analyzing vast amounts of logistics data, these insights are used as one of the key data sources for digital packaging design and simulation validation—providing critical input for subsequent simulation calculations that help optimize warehouse storage structures and enhance equipment operational efficiency.

    Leveraging 33 years of technological expertise, industry-leading testing instruments, and advanced packaging simulation techniques—combined with years of accumulated testing experience—the center helps clients overcome simulation and testing challenges throughout their product development process.

    III. Core Business Activities

     

       Foam Packaging Material Simulation Model Data Measurement Service

    Material Card Measurement and Calibration

    Quasi-static and dynamic stress-strain data (compression, rebound)

    Measurement of density, dynamic compression acceleration, contact force, and dynamic displacement

         Dynamic Data Measurement Service for Packaging Units

    Measurement of impact contact force and acceleration of packaging units

         Packaging Simulation Calculation and Analysis Services

    Standardized Simulation and Analysis for Logistics Scenarios

    Large-Scale, Hazardous, and High-Value Cargo Logistics Risk Assessment

         Customized Services

         Standard Plan Development & Cargo Damage Analysis

    4. Our Strengths

     

    Multidisciplinary Expert Team
    Customized high-precision, cutting-edge equipment
    Digital Simulation and Verification Services
    A mature methodology system backed by multiple patents

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