Our technological development focuses on maximizing the value of every product. This is the driving force behind our unique competitiveness and distinct identity in the market. Every investment we make in technology and innovation enhances operational efficiency and product quality, directly contributing to our clients' success and business outcomes. Through relentless innovation, IWK remains committed to delivering exceptional value and standing as a trusted, future-focused partner for our clients.
Our technological development focuses on maximizing the value of every product. This is the driving force behind our unique competitiveness and distinct identity in the market. Every investment we make in technology and innovation enhances operational efficiency and product quality, directly contributing to our clients' success and business outcomes. Through relentless innovation, IWK remains committed to delivering exceptional value and standing as a trusted, future-focused partner for our clients.
Our technological development focuses on maximizing the value of every product.
This is the driving force behind our unique competitiveness and distinct identity in the market. Every investment we make in technology and innovation enhances operational efficiency and product quality, directly contributing to our clients' success and business outcomes.
Through relentless innovation, IWK remains committed to delivering exceptional value and standing as a trusted, future-focused partner for our clients.
Manufacturing
Heavy Equipment
Components Manufacturing
We independently oversee and optimize every stage of the manufacturing process—from strategic process planning to seamless product delivery. Our expertise enables the efficient mass production of heavy components for construction, mining, and agricultural equipment, ensuring consistency, reliability, and industry-leading quality.
With state-of-the-art facilities and a highly skilled workforce, we minimize production downtime and maximize throughput. Each component undergoes rigorous quality assurance protocols, guaranteeing it meets the precise specifications and durability requirements demanded by heavy-duty applications.
Robotic Equipment
Engineering & Applied
Production
We deliver end-to-end solutions for robotic equipment, encompassing automation planning, design, engineering, manufacturing, installation, programming, test operations, and after-sales support. Beyond production, our robot performance analysis and calibration programs provide data-driven efficiency improvements, empowering clients to achieve peak operational performance.
Our engineers continuously monitor system performance, enabling proactive maintenance and minimizing operational disruptions. Through close collaboration with our clients, we tailor robotic solutions that align seamlessly with their operational goals and long-term growth strategies.
Complex Mechanical
Equipment Production &
Process Management
IWK manages the full spectrum of complex mechanical equipment manufacturing—from component production, procurement, and assembly to inspections, test operations, and performance analysis. Our approach focuses on enhancing production efficiency through tailored, data-backed solutions that drive measurable results.
By integrating advanced manufacturing technologies and real-time monitoring systems, we ensure optimal resource utilization across all production phases. Additionally, our expert teams conduct thorough risk assessments to proactively address potential challenges, ensuring seamless operations and consistent product quality.
Tunnel Steel Segment
Manufacturing
IWK's steel segment manufacturing technology delivers essential components for TBM (Tunnel Boring Machine) tunnel construction, ensuring precision and durability for segments up to 12 meters in diameter. With advanced welding, bending, and precision forming technologies, combined with JWES-certified expertise, we maximize structural stability and cost efficiency.
Streamlined production cycles and integrated processes minimize errors and reduce manufacturing time. Globally recognized in markets such as Singapore and Japan, our technology sets new standards in tunnel infrastructure through engineering excellence and innovation.
Management
Mass Customization
Process & Optimization
Leveraging advanced capabilities in systemizing and optimizing mass-customized manufacturing processes, we address production and cost-efficiency challenges. Our strategies are designed to maximize product quality while maintaining scalability and flexibility across manufacturing operations.
Through the integration of smart manufacturing technologies, we provide real-time production monitoring and adaptive resource allocation. This ensures rapid responsiveness to market changes, empowering clients to meet shifting demands without compromising on quality or cost efficiency.
Cost-Efficient Supply Chain
Development
We cultivate high-value suppliers and strategic partners by sharing our technological expertise in manufacturing, operations, and quality management. Through comprehensive cost-effectiveness analyses, we implement procurement strategies that maximize efficiency and reduce operational overhead.
By fostering long-term relationships with suppliers, we create a resilient and adaptive supply chain ecosystem. This approach minimizes risks associated with material shortages and ensures timely deliveries even during periods of high demand.
Logistics Optimization
We have developed specialized techniques for packaging, loading, labeling, and tracking high-value heavy products. These methods enhance logistics reliability and drive cost efficiency, ensuring seamless delivery with minimal transit risks.
Our logistics strategies incorporate advanced tracking technologies, offering end-to-end visibility throughout the supply chain. Additionally, we optimize freight costs through data-driven route planning, reducing transit times while maintaining product safety during transportation.
Quality
Steel Plate Quality
Self-Inspection
Every steel plate we procure undergoes in-house physical and chemical pretesting, safeguarding the structural integrity and essential quality of our final products from the outset. Our inspection facilities are equipped with advanced testing instruments, allowing us to detect even the smallest irregularities in material properties.
By proactively addressing quality issues at the source, we ensure a robust foundation for every product we manufacture.
Welding Inspection
& Defect Tracking
IWK employs advanced defect-tracking technologies and both destructive and non-destructive inspection methods. These processes address welding issues at their root, ensuring precision and long-term durability of our products. Our skilled welding inspectors are certified to international standards, guaranteeing compliance with the strictest industry regulations.
Regular audits and continuous skill training ensure our team remains at the forefront of welding innovation and best practices.
Painting & Coating
Quality Enhancement
Our in-house large-scale painting facilities enable consistent, high-quality surface finishes. Supported by advanced technologies for surface quality enhancement and process refinement, our painting methods meet the highest industry standards.
We use environmentally friendly painting materials and techniques, minimizing environmental impact while delivering flawless finishes. Additionally, our automated painting systems ensure uniform coating thickness, maximizing product durability and aesthetics.
Fluid Machine Performance
Analysis & Inspection
Through precision wind tunnel tests, three-dimensional measurements, and advanced analysis techniques, we optimize fluid machinery performance. These insights not only resolve existing issues but also contribute to ongoing improvements in production technologies.
Our engineers conduct comprehensive performance simulations to predict and mitigate potential operational inefficiencies. This approach ensures our fluid machinery operates at peak efficiency, even under the most demanding conditions.
Sustainable Foam
Control Solution
IWK and POSCO E&C have collaborated to develop an Expandable Flexible Membrane Prefabricated Modular Structure designed to effectively remove viscous foam generated in discharge channels of seawater-based plants such as power plants, LNG terminals, and seawater desalination facilities.
This technology is based on OSC (Off-Site Construction) principles, allowing steel structures to be added or variably installed in modular units according to the seawater flow requirements of the facility. This enables rapid installation of lightweight modular structures within a short period, while maximizing the adhesion effect of the flexible membrane to the water surface in response to upstream water level changes, effectively blocking air inflow.
Additionally, buoyancy devices installed at the end of the flexible membrane suppress excessive turbulence caused by falling water, ensuring stable removal of viscous foam.
In particular, this technology prevents marine ecosystem pollution caused by viscous foam and minimizes the environmental impact of discharged cooling water. The modular design reduces on-site waste generation, minimizes resource waste, and maximizes energy efficiency. Beyond reducing maintenance costs and enhancing operational efficiency, this technology supports the sustainable operation of plants.
Currently under patent application, IWK and POSCO E&C aim to set a new global standard for environmentally friendly and sustainable plant technology through this innovation.
Heavy Equipment Components
Manufacturing
We independently oversee and optimize every stage of the manufacturing process—from strategic process planning to seamless product delivery. Our expertise enables the efficient mass production of heavy components for construction, mining, and agricultural equipment, ensuring consistency, reliability, and industry-leading quality.
With state-of-the-art facilities and a highly skilled workforce, we minimize production downtime and maximize throughput. Each component undergoes rigorous quality assurance protocols, guaranteeing it meets the precise specifications and durability requirements demanded by heavy-duty applications.
Complex Mechanical Equipment Production & Process Management
IWK manages the full spectrum of complex mechanical equipment manufacturing—from component production, procurement, and assembly to inspections, test operations, and performance analysis. Our approach focuses on enhancing production efficiency through tailored, data-backed solutions that drive measurable results.
By integrating advanced manufacturing technologies and real-time monitoring systems, we ensure optimal resource utilization across all production phases. Additionally, our expert teams conduct thorough risk assessments to proactively address potential challenges, ensuring seamless operations and consistent product quality.
Mass Customization Process &
Optimization
Leveraging advanced capabilities in systemizing and optimizing mass-customized manufacturing processes, we address production and cost-efficiency challenges. Our strategies are designed to maximize product quality while maintaining scalability and flexibility across manufacturing operations.
Through the integration of smart manufacturing technologies, we provide real-time production monitoring and adaptive resource allocation. This ensures rapid responsiveness to market changes, empowering clients to meet shifting demands without compromising on quality or cost efficiency.
Logistics Optimization
We have developed specialized techniques for packaging, loading, labeling, and tracking high-value heavy products. These methods enhance logistics reliability and drive cost efficiency, ensuring seamless delivery with minimal transit risks.
Our logistics strategies incorporate advanced tracking technologies, offering end-to-end visibility throughout the supply chain. Additionally, we optimize freight costs through data-driven route planning, reducing transit times while maintaining product safety during transportation.
Robotic Equipment Engineering
& Applied Production
We deliver end-to-end solutions for robotic equipment, encompassing automation planning, design, engineering, manufacturing, installation, programming, test operations, and after-sales support. Beyond production, our robot performance analysis and calibration programs provide data-driven efficiency improvements, empowering clients to achieve peak operational performance.
Our engineers continuously monitor system performance, enabling proactive maintenance and minimizing operational disruptions. Through close collaboration with our clients, we tailor robotic solutions that align seamlessly with their operational goals and long-term growth strategies.
Tunnel Steel Segment Manufacturing
IWK's steel segment manufacturing technology delivers essential components for TBM (Tunnel Boring Machine) tunnel construction, ensuring precision and durability for segments up to 12 meters in diameter. With advanced welding, bending, and precision forming technologies, combined with JWES-certified expertise, we maximize structural stability and cost efficiency.
Streamlined production cycles and integrated processes minimize errors and reduce manufacturing time. Globally recognized in markets such as Singapore and Japan, our technology sets new standards in tunnel infrastructure through engineering excellence and innovation.
Cost-Efficient Supply Chain Development
We cultivate high-value suppliers and strategic partners by sharing our technological expertise in manufacturing, operations, and quality management. Through comprehensive cost-effectiveness analyses, we implement procurement strategies that maximize efficiency and reduce operational overhead.
By fostering long-term relationships with suppliers, we create a resilient and adaptive supply chain ecosystem. This approach minimizes risks associated with material shortages and ensures timely deliveries even during periods of high demand.
Logistics Optimization
We have developed specialized techniques for packaging, loading, labeling, and tracking high-value heavy products. These methods enhance logistics reliability and drive cost efficiency, ensuring seamless delivery with minimal transit risks.
Our logistics strategies incorporate advanced tracking technologies, offering end-to-end visibility throughout the supply chain. Additionally, we optimize freight costs through data-driven route planning, reducing transit times while maintaining product safety during transportation.
Heavy Equipment Components
Manufacturing
We independently oversee and optimize every stage of the manufacturing process—from strategic process planning to seamless product delivery. Our expertise enables the efficient mass production of heavy components for construction, mining, and agricultural equipment, ensuring consistency, reliability, and industry-leading quality.
With state-of-the-art facilities and a highly skilled workforce, we minimize production downtime and maximize throughput. Each component undergoes rigorous quality assurance protocols, guaranteeing it meets the precise specifications and durability requirements demanded by heavy-duty applications.
Complex Mechanical Equipment Production & Process Management
IWK manages the full spectrum of complex mechanical equipment manufacturing—from component production, procurement, and assembly to inspections, test operations, and performance analysis. Our approach focuses on enhancing production efficiency through tailored, data-backed solutions that drive measurable results.
By integrating advanced manufacturing technologies and real-time monitoring systems, we ensure optimal resource utilization across all production phases. Additionally, our expert teams conduct thorough risk assessments to proactively address potential challenges, ensuring seamless operations and consistent product quality.
Mass Customization Process &
Optimization
Leveraging advanced capabilities in systemizing and optimizing mass-customized manufacturing processes, we address production and cost-efficiency challenges. Our strategies are designed to maximize product quality while maintaining scalability and flexibility across manufacturing operations.
Through the integration of smart manufacturing technologies, we provide real-time production monitoring and adaptive resource allocation. This ensures rapid responsiveness to market changes, empowering clients to meet shifting demands without compromising on quality or cost efficiency.
Logistics Optimization
We have developed specialized techniques for packaging, loading, labeling, and tracking high-value heavy products. These methods enhance logistics reliability and drive cost efficiency, ensuring seamless delivery with minimal transit risks.
Our logistics strategies incorporate advanced tracking technologies, offering end-to-end visibility throughout the supply chain. Additionally, we optimize freight costs through data-driven route planning, reducing transit times while maintaining product safety during transportation.
Robotic Equipment Engineering
& Applied Production
We deliver end-to-end solutions for robotic equipment, encompassing automation planning, design, engineering, manufacturing, installation, programming, test operations, and after-sales support. Beyond production, our robot performance analysis and calibration programs provide data-driven efficiency improvements, empowering clients to achieve peak operational performance.
Our engineers continuously monitor system performance, enabling proactive maintenance and minimizing operational disruptions. Through close collaboration with our clients, we tailor robotic solutions that align seamlessly with their operational goals and long-term growth strategies.
Tunnel Steel Segment
Manufacturing
IWK's steel segment manufacturing technology delivers essential components for TBM (Tunnel Boring Machine) tunnel construction, ensuring precision and durability for segments up to 12 meters in diameter. With advanced welding, bending, and precision forming technologies, combined with JWES-certified expertise, we maximize structural stability and cost efficiency.
Streamlined production cycles and integrated processes minimize errors and reduce manufacturing time. Globally recognized in markets such as Singapore and Japan, our technology sets new standards in tunnel infrastructure through engineering excellence and innovation.
Cost-Efficient Supply Chain
Development
We cultivate high-value suppliers and strategic partners by sharing our technological expertise in manufacturing, operations, and quality management. Through comprehensive cost-effectiveness analyses, we implement procurement strategies that maximize efficiency and reduce operational overhead.
By fostering long-term relationships with suppliers, we create a resilient and adaptive supply chain ecosystem. This approach minimizes risks associated with material shortages and ensures timely deliveries even during periods of high demand.
Logistics Optimization
We have developed specialized techniques for packaging, loading, labeling, and tracking high-value heavy products. These methods enhance logistics reliability and drive cost efficiency, ensuring seamless delivery with minimal transit risks.
Our logistics strategies incorporate advanced tracking technologies, offering end-to-end visibility throughout the supply chain. Additionally, we optimize freight costs through data-driven route planning, reducing transit times while maintaining product safety during transportation.
Steel Plate Quality Self-Inspection
Every steel plate we procure undergoes in-house physical and chemical pretesting, safeguarding the structural integrity and essential quality of our final products from the outset. Our inspection facilities are equipped with advanced testing instruments, allowing us to detect even the smallest irregularities in material properties.
By proactively addressing quality issues at the source, we ensure a robust foundation for every product we manufacture.
Painting & Coating Quality Enhancement
Our in-house large-scale painting facilities enable consistent, high-quality surface finishes. Supported by advanced technologies for surface quality enhancement and process refinement, our painting methods meet the highest industry standards.
We use environmentally friendly painting materials and techniques, minimizing environmental impact while delivering flawless finishes. Additionally, our automated painting systems ensure uniform coating thickness, maximizing product durability and aesthetics.
Steel Plate Quality
Self-Inspection
Every steel plate we procure undergoes in-house physical and chemical pretesting, safeguarding the structural integrity and essential quality of our final products from the outset. Our inspection facilities are equipped with advanced testing instruments, allowing us to detect even the smallest irregularities in material properties.
By proactively addressing quality issues at the source, we ensure a robust foundation for every product we manufacture.
Painting & Coating
Quality Enhancement
Our in-house large-scale painting facilities enable consistent, high-quality surface finishes. Supported by advanced technologies for surface quality enhancement and process refinement, our painting methods meet the highest industry standards.
We use environmentally friendly painting materials and techniques, minimizing environmental impact while delivering flawless finishes. Additionally, our automated painting systems ensure uniform coating thickness, maximizing product durability and aesthetics.
Welding Inspection & Defect Tracking
IWK employs advanced defect-tracking technologies and both destructive and non-destructive inspection methods. These processes address welding issues at their root, ensuring precision and long-term durability of our products. Our skilled welding inspectors are certified to international standards, guaranteeing compliance with the strictest industry regulations.
Regular audits and continuous skill training ensure our team remains at the forefront of welding innovation and best practices.
Fluid Machine Performance Analysis &
Inspection
Through precision wind tunnel tests, three-dimensional measurements, and advanced analysis techniques, we optimize fluid machinery performance. These insights not only resolve existing issues but also contribute to ongoing improvements in production technologies.
Our engineers conduct comprehensive performance simulations to predict and mitigate potential operational inefficiencies. This approach ensures our fluid machinery operates at peak efficiency, even under the most demanding conditions.
Welding Inspection
& Defect Tracking
IWK employs advanced defect-tracking technologies and both destructive and non-destructive inspection methods. These processes address welding issues at their root, ensuring precision and long-term durability of our products. Our skilled welding inspectors are certified to international standards, guaranteeing compliance with the strictest industry regulations.
Regular audits and continuous skill training ensure our team remains at the forefront of welding innovation and best practices.
Fluid Machine Performance Analysis & Inspection
Through precision wind tunnel tests, three-dimensional measurements, and advanced analysis techniques, we optimize fluid machinery performance. These insights not only resolve existing issues but also contribute to ongoing improvements in production technologies.
Our engineers conduct comprehensive performance simulations to predict and mitigate potential operational inefficiencies. This approach ensures our fluid machinery operates at peak efficiency, even under the most demanding conditions.
Sustainable Foam
Control Solution
IWK and POSCO E&C have collaborated to develop an Expandable Flexible Membrane Prefabricated Modular Structure designed to effectively remove viscous foam generated in discharge channels of seawater-based plants such as power plants, LNG terminals, and seawater desalination facilities.
This technology is based on OSC (Off-Site Construction) principles, allowing steel structures to be added or variably installed in modular units according to the seawater flow requirements of the facility. This enables rapid installation of lightweight modular structures within a short period, while maximizing the adhesion effect of the flexible membrane to the water surface in response to upstream water level changes, effectively blocking air inflow. Additionally, buoyancy devices installed at the end of the flexible membrane suppress excessive turbulence caused by falling water, ensuring stable removal of viscous foam.
In particular, this technology prevents marine ecosystem pollution caused by viscous foam and minimizes the environmental impact of discharged cooling water. The modular design reduces on-site waste generation, minimizes resource waste, and maximizes energy efficiency. Beyond reducing maintenance costs and enhancing operational efficiency, this technology supports the sustainable operation of plants. Currently under patent application, IWK and POSCO E&C aim to set a new global standard for environmentally friendly and sustainable plant technology through this innovation.