Company Introduction

Total Logistics Alliance
Korea Container Pool

LogisAll Institute of Technology

LogisAll Institute of Technology is dedicated to providing comprehensive solutions
by promptly and accurately responding to various customer demands and
developing products that are suitable for their purposes.

Based on top-class packaging technology, LogisAll Institute of Technology continuously conducts research and development and ensures product quality management to enhance reliability and expand achievements across various industries. By analyzing the strength of the developed products, potential issues that may arise after production can be addressed in advance, and the developed products are verified through strength tests such as compression, impact, and vibration.

innovation center

Research Areas

  • Product Design

    Product Design

    Shape design, materials, engineering

    We design and improve products based on customer requirements. We have extensive experience in developing various product categories, such as steel logistics equipment, plastic products, and paper slipsheet, enabling comprehensive technical support.

  • Simulation

    Simulation

    CAE Structural Analysis

    Through CAE structural analysis, we predict and reinforce product damage and optimize the balance of product structures by reducing weight and increasing strength in logistics equipment.

  • Product Performance Verification

    Product Performance Verification

    Physical Testing

    To validate the applied materials and structural characteristics of developed products, we conduct tests such as compression, impact, and vibration tests to verify product performance.

  • Material Research

    Material Research

    We compare and analyze materials that are suitable for product characteristics and apply them to enhance product quality.

  • Preceding Research

    Preceding Research

    We are engaged in the development of various fields, including battery packaging (hazardous materials, cushioning, quality maintenance technology), eco-friendly urban logistics packaging (reusable cups/lunch boxes, cooling boxes, refrigerators for delivery), and diverse production technologies (WIT/GIT technology, automated assembly, double injection molding).

Returnable Transport Packaging

Establishment of
5 Key Methodologies for
Innovative RTP Product Development

  • Product Design and Development

    Product Design and Development

    • User-centered functional design
    • Development and validation based on the logistics environment
    • Material selection based on strength, quality, and cost considerations
  • Logistics Environment and Cost Analysis

    Logistics Environment and Cost Analysis

    • Defining requirements in the value chain
    • Optimization and standardization of logistics methods
    • Digitization of product information and logistics tracking
  • Quality Management

    Quality Management

    • Analysis of raw material properties (MI, specific gravity, yield point, etc.)
    • Product performance verification (dimension, weight, functionality, etc.)
    • Testing in a logistics environment (shock, vibration, etc.)
  • Product Process Engineering

    Product Process Engineering

    • Setting optimal production conditions
    • Providing solutions for production troubles
    • Research and development of production processes
  • Resource Circulation System

    Resource Circulation System

    • Repeated usage
    • Repair and cleaning
    • Research on the application of recycled materials

Product Development Process

  • 01

    Logistics Environment Analysis and
    Cost-saving Methods (Market Research)

    In the product development process, we begin by conducting an analysis of the logistics environment and exploring methods to reduce costs. Based on our experience in developing products for various environments such as fresh food, agricultural products, pharmaceuticals, automotive industry, and online delivery services, we offer a wide range of solutions tailored to these specific industries.

    Logistics Environment Analysis and Cost-saving Methods (Market Research)
  • 02

    Product Development

    We utilize 3D design software to carry out detailed product design and propose optimal solutions using CAE. This involves conducting analyses such as pallet impact and deflection analysis, compression strength of plastic containers, and bending analysis of metal logistics equipment.

    Product Development
  • 03

    Product Testing and Verification

    We employ various testing equipment to evaluate the strength and functionality of the product. Material analysis equipment allows us to compare the strength of different materials and produce test specimens using a small injection molding machine (130Ton) that align with the product's intended function and purpose. We possess equipment such as compression strength testers (UTM), vibration testers, IZOD impact testers, DSC, TGA, etc.

    Product Testing and Verification
  • 04

    Continuous Product Quality Management

    We regularly and irregularly visit the production sites to ensure product quality. In case of quality issues, we trace the production history and take appropriate measures for defective products. We inspect factors such as pallet deflection strength/hardness, block impact strength, appearance, specifications, and compression loads.

    Continuous Product Quality Management
  • 05

    Intellectual Property Rights Acquisition and Management

    We apply and register trademarks, designs, patents, and utility models for the developed products to secure intellectual property rights and conduct specialized tasks in the patent specialization.

    Intellectual Property Rights Acquisition and Management

Key Achievements

    • Cold Chain Packaging 01
    • Cold Chain Packaging 02

    Cold Chain Packaging

    Logistics packaging with temperature management for fresh food, agricultural products, pharmaceuticals, and import/export logistics industries

    We have developed a variety of logistics equipment that allows the storage and transportation of products requiring thermal insulation and refrigeration, such as fresh food and pharmaceuticals.

    • Green Energy Packaging 01
    • Green Energy Packaging 02

    Green Energy Packaging

    Logistics packaging that enables buffering and maintains the quality of products such as electric batteries, hydrogen, solar power, and others while complying with hazardous material packaging standards

    As the electric vehicle industry rapidly advances, we are proactively developing various forms of packaging for electric batteries and hazardous material transportation that are capable of accommodating this growth.

    • E-Commerce Packaging 01
    • E-Commerce Packaging 02

    E-Commerce Packaging

    Logistics packaging related to automated logistics centers in the parcel service and online delivery industry

    In response to the growing use of steel rolltainers within residential areas due to the increase in the online delivery industry and urban logistics centers, we have developed and implemented noiseless rolltainers to address noise complaints.

Value-up Packaging

Striving to enhance the marketability and functionality of existing logistics products utilized across industries, leading to expanded product applications and premiumization
  • We have developed our own rental pallets that significantly reduce production costs while achieving weight reduction compared to existing products, improving productivity, and increasing strength. We offer high-quality products at competitive prices.
  • Through our experience in developing logistics equipment across various industries and participating in various government-led projects by the Ministry of Land, Infrastructure and Transport, the Ministry of Commerce, Industry and Energy, the Ministry of Maritime Affairs and Fisheries, the Ministry of Agriculture, Food and Rural Affairs, etc., we are proactively conducting advanced technology development by anticipating the changing industries.