Metal Recycling & Reuse
Metal Recycling & Reuse
(Business Background)
Increased Demand for High-quality, High-performance Metal Components
The demand for high-functionality and high-performance parts, such as those used in aviation, power generation, and space launch vehicles, is increasing. However, due to the lack of circular resource technology, once-used parts and materials are not being reused and are being disposed of. As a result, when parts are damaged, companies face increased burdens as they have to repurchase expensive new parts.
Integration with 3D Printing Technology
ELCYCER has commercialized the technology for reuse through regeneration maintenance by recycling high-functionality and high-performance alloy material parts and materials that are discarded due to deterioration and damage into intermediate materials (ingots) or powders, and integrating this with 3D printing technology. This helps reduce the burden on companies for high-functionality and high-performance parts and enables them to take on more challenges.
(Business Background)
Increased Demand for High-quality, High-performance Metal Components
The demand for high-functionality and high-performance parts, such as those used in aviation, power generation, and space launch vehicles, is increasing. However, due to the lack of circular resource technology, once-used parts and materials are not being reused and are being disposed of. As a result, when parts are damaged, companies face increased burdens as they have to repurchase expensive new parts.
Integration with 3D Printing Technology
ELCYCER has commercialized the technology for reuse through regeneration maintenance by recycling high-functionality and high-performance alloy material parts and materials that are discarded due to deterioration and damage into intermediate materials (ingots) or powders, and integrating this with 3D printing technology. This helps reduce the burden on companies for high-functionality and high-performance parts and enables them to take on more challenges.
(Metal Recycling)
Overview
Melting scrap metal to produce intermediate (sinter) or metal powder
Feature 1. Customized for The Customer
Chemically customized metal powder production possible → Reflecting customer needs in the production process
Securing relevant human resources and Elsa Cycle proprietary know-how
Securing proprietary technology related to binders for chemical customization
Feature 2. Lower Cost
By recycling high-performance alloy rapidly used domestically, it is possible to secure low cost compared to import of foreign new products while showing the same performance as new products domestically.
Feature 3. Streamlined Process
Collect only the scrap of a certain grade → Streamline the process (unnecessary process to match different grades)
(Metal Recycling)
Overview
Melting scrap metal to produce intermediate (sinter) or metal powder
Feature 1. Customized for The Customer
Chemically customized metal powder production possible → Reflecting customer needs in the production process
Securing relevant human resources and Elsa Cycle proprietary know-how
Securing proprietary technology related to binders for chemical customization
Feature 2. Lower Cost
By recycling high-performance alloy rapidly used domestically, it is possible to secure low cost compared to import of foreign new products while showing the same performance as new products domestically.
Feature 3. Streamlined Process
Collect only the scrap of a certain grade → Streamline the process (unnecessary process to match different grades)
(Metal Reuse)
Overview
Metal parts requiring high performance such as aerospace and gas turbines are damaged → Remanufactured with metal powder and 3D printing technology
Feature 1. Custom Metal Powder + 3D Printing Technology
Chemical customization with a focus on regeneration allows for the production of refined metal powder → Requires high chemical understanding and accumulated expertise through experience
High level understanding of 3D printing and technology, possessing related workforce → Combine custom metal powder with 3D printing technology to enable high-quality regeneration
Feature 2. Lower cost and Lead Time Compared to New Products
Equivalent performance to new, at about 30% lower cost
Introduction time reduced by about 1/3 (compared to overseas new product production/import)
(Metal Reuse)
Overview
Metal parts requiring high performance such as aerospace and gas turbines are damaged → Remanufactured with metal powder and 3D printing technology
Feature 1. Custom Metal Powder + 3D Printing Technology
Chemical customization with a focus on regeneration allows for the production of refined metal powder → Requires high chemical understanding and accumulated expertise through experience
High level understanding of 3D printing and technology, possessing related workforce → Combine custom metal powder with 3D printing technology to enable high-quality regeneration
Feature 2. Lower cost and Lead Time Compared to New Products
Equivalent performance to new, at about 30% lower cost
Introduction time reduced by about 1/3 (compared to overseas new product production/import)
(Products and Solutions)
Metal Recycling
Metal Reuse
(Products and Solutions)
Metal Recycling
Metal Reuse
GODTECH Corporation
contact@godtechnology.co.kr
HQ: Room 105, 1st Floor, Building 205, 11, Changwon-daero 397beon-gil, Uichang-gu, Changwon-si, Gyeongsangnam-do, Republic of Korea
GODTECH Busan Factory: (LAB) Room 203 & 209, Building 2A (Factory) Room 106 & 107, Building 2B, 31, Gwahaksandan 1-ro 60beon-gil, Gangseo-gu, Busan, Republic of Korea
GODTECH Corporation
contact@godtechnology.co.kr
HQ: Room 105, 1st Floor, Building 205, 11, Changwon-daero 397beon-gil, Uichang-gu, Changwon-si, Gyeongsangnam-do, Republic of Korea
GODTECH Busan Factory: (LAB) Room 203 & 209, Building 2A (Factory) Room 106 & 107, Building 2B, 31, Gwahaksandan 1-ro 60beon-gil, Gangseo-gu, Busan, Republic of Korea