OUR VISION
GODTECH / MATERIALS & ENGINEERINGConnecting advanced materials with additive manufacturing. Creating new possibilities for high-value components.
GODTECH provides manufacturing and MRO solutions for high-value industrial components, built on advanced alloy design and metal additive manufacturing. We are advancing research in AI-driven alloy design and hybrid additive manufacturing while developing precision repair and resource circulation technologies toward a more sustainable manufacturing system.
WHY THIS MATTERS
GODTECH / MATERIAL PERSPECTIVEMaterial development, manufacturing and restoration are not separate processes. We connect them as one continuous material lifecycle.
High-value industrial components require materials and manufacturing methods suited to their operating conditions and performance requirements. GODTECH develops technologies that integrate alloy design with additive manufacturing to achieve the required properties and manufacturing efficiency.
Replacing high-value components in industries such as aerospace and power generation can involve significant costs and downtime. Through precision LP-DED repair and material recycling technologies, GODTECH aims to extend component service life and recover more value from resources.
DIRECTION
ADVANCED ALLOY DESIGN
We research alloys optimized for additive manufacturing through thermodynamic calculations, microstructure prediction and AI-driven design. By developing high-temperature nickel-based alloys such as GT230 and GT939, we aim to strengthen material capabilities for high-performance component manufacturing and repair.
ADDITIVE MANUFACTURING
Using metal additive manufacturing technologies including L-PBF, LP-DED and WAAM, we produce components with complex geometries. Our integrated capabilities cover design, manufacturing, post-processing, testing, analysis and quality validation to meet industrial requirements.
ADVANCED MRO & REPAIR
Based on damage analysis and repair engineering, we perform precision repair using LP-DED technologies and dedicated alloys. Local reinforcement, geometry restoration, post-processing and quality validation help expand the reuse potential of high-value components.
RESOURCE CIRCULATION
We assess the reuse potential of end-of-life high-value metal components and research metal recovery, re-alloying and AM powder production for materials that cannot be directly reused. Our goal is to establish a circular system connecting repair and remanufacturing.
LONG-TERM VISION
Through AI-driven alloy design and the development of AM-specific materials, we aim to strengthen advanced alloy capabilities for high-temperature and high-strength applications and expand Korea’s domestic material supply base.
AM ALLOY · METAL POWDER
Using precision LP-DED repair technologies and dedicated alloys, we work to restore damaged component geometry and functionality, expanding the options for repair and reuse beyond conventional replacement.
INSPECTION · LP-DED · VALIDATION
We aim to establish a circular manufacturing system by repairing reusable components and developing technologies to recover and process end-of-life metals into materials for manufacturing.
RECOVERY · REMELTING · REUSE