Information
76 Dongsan-ro, Danwon-gu, Ansan-si, Gyeonggi-do, South Korea
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Overview
- Summary
- Ohsung System Co., Ltd. began in 1993 as a specialized company in food and logistics automation, evolving into a technology-intensive enterprise focusing on 3D printer businesses under the 'SMART3D' brand in line with the 4th Industrial Revolution. The company provides specialized 3D printing solutions for various industrial sectors, including metal, food, and signage. Notably, its metal paste additive 3D printer, 'Gauss MT90', received a CES 2026 Innovation Award, demonstrating its global technological competitiveness. Leveraging its automation expertise, the company offers a comprehensive platform contributing to digital transformation and advanced smart manufacturing in industrial settings.Ohsung System Co., Ltd. began in 1993 as a specialized company in food and logistics automation, evolving into a technology-intensive enterprise focusing on 3D printer businesses under the 'SMART3D' brand in line with the 4th Industrial Revolution. The company provides specialized 3D printing solutions for various industrial sectors, including metal, food, and signage. Notably, its metal paste additive 3D printer, 'Gauss MT90', received a CES 2026 Innovation Award, demonstrating its global technological competitiveness. Leveraging its automation expertise, the company offers a comprehensive platform contributing to digital transformation and advanced smart manufacturing in industrial settings.
- Key Products/Technologies
- Development and manufacturing of the metal 3D printer 'Gauss MT90'. This product adopts a metal paste additive manufacturing method, directly depositing high-viscosity metal paste instead of metal powder, ensuring safety by eliminating powder scattering and explosion risks. It represents an innovative solution that lowers the entry barrier for metal additive manufacturing processes, requiring no high-temperature lasers or high-power equipment. The printer is compatible with various metal materials, including stainless steel, iron, copper, and titanium. It achieves a resolution from 0.15mm to 0.5mm. The maximum print size is 85mm (width) x 85mm (depth) x 60mm (height), with a printing speed of 10-50mm/s. The high porosity of the material expands possibilities for fusion and application in diverse fields such as heat dissipation and batteries. It features an automatic output bed separation system, optimized for integration with manufacturing sites and automation lines.Development and manufacturing of the metal 3D printer 'Gauss MT90'. This product adopts a metal paste additive manufacturing method, directly depositing high-viscosity metal paste instead of metal powder, ensuring safety by eliminating powder scattering and explosion risks. It represents an innovative solution that lowers the entry barrier for metal additive manufacturing processes, requiring no high-temperature lasers or high-power equipment. The printer is compatible with various metal materials, including stainless steel, iron, copper, and titanium. It achieves a resolution from 0.15mm to 0.5mm. The maximum print size is 85mm (width) x 85mm (depth) x 60mm (height), with a printing speed of 10-50mm/s. The high porosity of the material expands possibilities for fusion and application in diverse fields such as heat dissipation and batteries. It features an automatic output bed separation system, optimized for integration with manufacturing sites and automation lines.
- Development and supply of food 3D printers (SMART3D Food Printing System). These are high-precision printing devices capable of producing intricate 3D shapes using viscous food ingredients and raw materials, such as chocolate and sugar. Manufactured with food-safe materials, they ensure a safe operating environment. The FoodBot model offers various options, including single and dual nozzles, and low-temperature (ambient~60℃) and high-temperature (ambient~100℃) types. Features like a food cooling system, nozzle cooling system, and safety case enhance material versatility and safety. It also supports Wi-Fi wireless communication for FTP functionality and provides remote service and update capabilities.Development and supply of food 3D printers (SMART3D Food Printing System). These are high-precision printing devices capable of producing intricate 3D shapes using viscous food ingredients and raw materials, such as chocolate and sugar. Manufactured with food-safe materials, they ensure a safe operating environment. The FoodBot model offers various options, including single and dual nozzles, and low-temperature (ambient~60℃) and high-temperature (ambient~100℃) types. Features like a food cooling system, nozzle cooling system, and safety case enhance material versatility and safety. It also supports Wi-Fi wireless communication for FTP functionality and provides remote service and update capabilities.
- Manufacturing and distribution of specialized 3D printers for channel signage (SMART3D CHANNEL). These printers apply specialized technology for producing the side walls and front panels of channel sign letters or logos. Unlike general FDM methods, the focus is on creating exterior wall shapes rather than internal infill, a unique technological capability. Notably, the proprietary "Shine UV" resin, developed independently, is a core technology enabling the creation of new types of channel signs. The full-chamber design, equipped with internal filters, allows for use in indoor environments, unaffected by external temperature and humidity.Manufacturing and distribution of specialized 3D printers for channel signage (SMART3D CHANNEL). These printers apply specialized technology for producing the side walls and front panels of channel sign letters or logos. Unlike general FDM methods, the focus is on creating exterior wall shapes rather than internal infill, a unique technological capability. Notably, the proprietary "Shine UV" resin, developed independently, is a core technology enabling the creation of new types of channel signs. The full-chamber design, equipped with internal filters, allows for use in indoor environments, unaffected by external temperature and humidity.
- Provision of diverse automation and IT solutions. This includes unmanned dispatch management systems, NeoAmico SuperCare&CleanCare, an indoor air quality solution utilizing low-temperature dehumidification, non-contact ID scanner solutions, patient wristband issuance solutions, and school access control kiosks. The company also develops and supplies hardware such as label printers and PDAs, along with related consumables and comprehensive solutions tailored to specific applications.Provision of diverse automation and IT solutions. This includes unmanned dispatch management systems, NeoAmico SuperCare&CleanCare, an indoor air quality solution utilizing low-temperature dehumidification, non-contact ID scanner solutions, patient wristband issuance solutions, and school access control kiosks. The company also develops and supplies hardware such as label printers and PDAs, along with related consumables and comprehensive solutions tailored to specific applications.
- Core Advantages
- Possession of proprietary metal paste additive manufacturing technology. This innovative technology eliminates the risks associated with metal powder use (explosion, scattering, inhalation) and enables metal 3D printing without high-temperature lasers or high-power equipment. This significantly lowers the high entry barriers of existing metal additive manufacturing processes, a key competitive advantage. Furthermore, it provides a safer working environment compared to powder-based methods, enhancing user accessibility and contributing to the resolution of high-risk and high-cost structures.Possession of proprietary metal paste additive manufacturing technology. This innovative technology eliminates the risks associated with metal powder use (explosion, scattering, inhalation) and enables metal 3D printing without high-temperature lasers or high-power equipment. This significantly lowers the high entry barriers of existing metal additive manufacturing processes, a key competitive advantage. Furthermore, it provides a safer working environment compared to powder-based methods, enhancing user accessibility and contributing to the resolution of high-risk and high-cost structures.
- A diverse portfolio of 3D printing solutions specialized for various industrial sectors. The company's expertise lies in providing customized 3D printers developed to meet the specific requirements of industries such as metal, food, and signage. This capability to offer specialized solutions, rather than general-purpose equipment, is a distinguishing strength that contributes to maximizing customer productivity and efficiency.A diverse portfolio of 3D printing solutions specialized for various industrial sectors. The company's expertise lies in providing customized 3D printers developed to meet the specific requirements of industries such as metal, food, and signage. This capability to offer specialized solutions, rather than general-purpose equipment, is a distinguishing strength that contributes to maximizing customer productivity and efficiency.
- Over 30 years of expertise in automation equipment development and supply. This accumulated technology and experience in food and logistics automation enable the company to effectively integrate 3D printer technology into industrial settings. The design of 3D printers with automation line linkage in mind enhances their applicability in industrial environments, providing essential foundational technology for customers' smart manufacturing environments.Over 30 years of expertise in automation equipment development and supply. This accumulated technology and experience in food and logistics automation enable the company to effectively integrate 3D printer technology into industrial settings. The design of 3D printers with automation line linkage in mind enhances their applicability in industrial environments, providing essential foundational technology for customers' smart manufacturing environments.
- Global market recognition and award achievements for its technology. The metal 3D printer 'Gauss MT90' received a CES 2026 Innovation Award in the Robotics category, validating its technological excellence and industrial applicability on an international stage. Participation in Germany's Formnext exhibition and securing technical inquiries and equipment contracts from various countries, including Europe, Ukraine, Brazil, and Israel, further solidify its global presence.Global market recognition and award achievements for its technology. The metal 3D printer 'Gauss MT90' received a CES 2026 Innovation Award in the Robotics category, validating its technological excellence and industrial applicability on an international stage. Participation in Germany's Formnext exhibition and securing technical inquiries and equipment contracts from various countries, including Europe, Ukraine, Brazil, and Israel, further solidify its global presence.
- Product design focused on enhanced safety and accessibility. The Gauss MT90 maximizes safety by not using metal powder and offers high accessibility with its compact design, allowing for safe operation in general laboratories and educational environments. This addresses the high-risk and high-cost structures, reducing the burden of adoption for small and medium-sized enterprises and public institutions.Product design focused on enhanced safety and accessibility. The Gauss MT90 maximizes safety by not using metal powder and offers high accessibility with its compact design, allowing for safe operation in general laboratories and educational environments. This addresses the high-risk and high-cost structures, reducing the burden of adoption for small and medium-sized enterprises and public institutions.
- A strategy for building an integrated metal manufacturing ecosystem based on materials, equipment, and data. This approach goes beyond equipment innovation to foster overall efficiency improvements and technological diffusion across the metal manufacturing process, anticipating significant industrial impact. The company is committed to continuous research and development and global partner discovery to expand its overseas markets, envisioning a long-term contribution to the digital transformation and advanced smart manufacturing of domestic industries.A strategy for building an integrated metal manufacturing ecosystem based on materials, equipment, and data. This approach goes beyond equipment innovation to foster overall efficiency improvements and technological diffusion across the metal manufacturing process, anticipating significant industrial impact. The company is committed to continuous research and development and global partner discovery to expand its overseas markets, envisioning a long-term contribution to the digital transformation and advanced smart manufacturing of domestic industries.
- Target Industries
- Education and research sectors. Utilization as equipment for education and research in universities, public research institutions, and general laboratories. Specifically, metal 3D printers contribute to metal manufacturing technology education and new material development research. Food 3D printers are used in food education institutions and food research institutions.Education and research sectors. Utilization as equipment for education and research in universities, public research institutions, and general laboratories. Specifically, metal 3D printers contribute to metal manufacturing technology education and new material development research. Food 3D printers are used in food education institutions and food research institutions.
- Defense sector. As a metal additive manufacturing equipment that addresses high-risk and high-cost structures, it offers potential for use in education, research, and on-site production in the defense sector. Anticipated applications include customized metal parts production for MRO (Maintenance, Repair, and Overhaul) systems in operational situations, contributing to technological innovation in national defense.Defense sector. As a metal additive manufacturing equipment that addresses high-risk and high-cost structures, it offers potential for use in education, research, and on-site production in the defense sector. Anticipated applications include customized metal parts production for MRO (Maintenance, Repair, and Overhaul) systems in operational situations, contributing to technological innovation in national defense.
- Manufacturing industry. High utilization of metal 3D printers in industries requiring high-strength products, such as aerospace and automotive. Applications include the production of vapor chambers for secondary battery thermal management, wireless antenna structures for high-frequency communication equipment, metal mesh structures for lightweight technology development, and precise functional metal parts for experimentation and development.Manufacturing industry. High utilization of metal 3D printers in industries requiring high-strength products, such as aerospace and automotive. Applications include the production of vapor chambers for secondary battery thermal management, wireless antenna structures for high-frequency communication equipment, metal mesh structures for lightweight technology development, and precise functional metal parts for experimentation and development.
- Food and hospitality industries. Utilization of food 3D printers for personalized cuisine, mass production for large-scale catering businesses, and the creation of health and special foods (low-sugar, allergen-free alternatives). Applicable across various food service sectors, including restaurants, cafes, hotels, experiential museums, and kids' cafes.Food and hospitality industries. Utilization of food 3D printers for personalized cuisine, mass production for large-scale catering businesses, and the creation of health and special foods (low-sugar, allergen-free alternatives). Applicable across various food service sectors, including restaurants, cafes, hotels, experiential museums, and kids' cafes.
- Advertising and signage industry. Maximization of commercial space and brand value through high-quality channel signs produced using 3D printing methods. This includes the efficiency of high-quality sign production using 3D printing technology. Capability to produce customized design signs for small shops to large franchises, contributing to brand value maximization.Advertising and signage industry. Maximization of commercial space and brand value through high-quality channel signs produced using 3D printing methods. This includes the efficiency of high-quality sign production using 3D printing technology. Capability to produce customized design signs for small shops to large franchises, contributing to brand value maximization.
- Medical and wellness industries. Utilization of food 3D printers for producing special foods like low-sugar diets for diabetic patients and alternative foods for allergy sufferers, supporting personalized nutritional management for patients. Application of patient wristband issuance solutions and other patient management systems within hospitals, enhancing accuracy and convenience. This contributes to improving the quality of medical services.Medical and wellness industries. Utilization of food 3D printers for producing special foods like low-sugar diets for diabetic patients and alternative foods for allergy sufferers, supporting personalized nutritional management for patients. Application of patient wristband issuance solutions and other patient management systems within hospitals, enhancing accuracy and convenience. This contributes to improving the quality of medical services.
- Public institutions and financial institutions. Contribution to customer ID verification and infection prevention through non-contact ID scanner solutions. Protection of students and staff through school access control kiosks.Public institutions and financial institutions. Contribution to customer ID verification and infection prevention through non-contact ID scanner solutions. Protection of students and staff through school access control kiosks.
- Major Markets
- Japan, SingaporeJapan, Singapore
- Germany, Ukraine, IsraelGermany, Ukraine, Israel
- United StatesUnited States
- BrazilBrazil
- Certifications/Patents
- CES 2026 Innovation Award in Robotics. The metal paste additive 3D printer 'Gauss MT90' received international recognition for its technological excellence and industrial applicability at the world's largest technology exhibition. This is an exceptional achievement for a domestic proprietary technology-based metal additive manufacturing equipment to win a CES Innovation Award.CES 2026 Innovation Award in Robotics. The metal paste additive 3D printer 'Gauss MT90' received international recognition for its technological excellence and industrial applicability at the world's largest technology exhibition. This is an exceptional achievement for a domestic proprietary technology-based metal additive manufacturing equipment to win a CES Innovation Award.
- Radio Waves Act conformity assessment certification. Acquisition of the R-R-O2S-OSAD-8065PRO certification for the SMART3D SIGN 3Dprinter OSAD-8065 PRO model (July 13, 2021). This emphasizes that all products are certified and reliable, serving as official recognition of product quality and safety.Radio Waves Act conformity assessment certification. Acquisition of the R-R-O2S-OSAD-8065PRO certification for the SMART3D SIGN 3Dprinter OSAD-8065 PRO model (July 13, 2021). This emphasizes that all products are certified and reliable, serving as official recognition of product quality and safety.
- Proprietary metal additive manufacturing technology. Development and possession of domestic proprietary technology for directly depositing high-viscosity metal paste without using metal powder. This represents a differentiated technological competitiveness, eliminating powder scattering and explosion risks and enabling metal 3D printing without high-temperature lasers or high-power equipment.Proprietary metal additive manufacturing technology. Development and possession of domestic proprietary technology for directly depositing high-viscosity metal paste without using metal powder. This represents a differentiated technological competitiveness, eliminating powder scattering and explosion risks and enabling metal 3D printing without high-temperature lasers or high-power equipment.
- Development of proprietary "Shine UV" resin technology. The independently developed "Shine UV" resin, in conjunction with channel signage 3D printer technology, is a core technology enabling the production of new types of channel signs. This demonstrates innovative technological development capabilities driving innovation in the signage industry.Development of proprietary "Shine UV" resin technology. The independently developed "Shine UV" resin, in conjunction with channel signage 3D printer technology, is a core technology enabling the production of new types of channel signs. This demonstrates innovative technological development capabilities driving innovation in the signage industry.
Introduction
Location
76 Dongsan-ro, Danwon-gu, Ansan-si, Gyeonggi-do, South Korea
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