Information
48-19 Dongcheon-ro 7beon-gil, Geumjeong-gu, Busan, South Korea
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Overview
- Summary
- LUGOLABS is a 3D printer manufacturer specializing in the development and research of FFF (Fused Filament Fabrication) technology since 2013. The company possesses the longest history of FFF technology development and production in Korea. Its goal is to maximize the potential of FFF technology for a wide range of material applications across various industries. The company provides high-quality 3D printing solutions, particularly through its dual-extruder technology and proprietary nozzle systems optimized for engineering plastic output.LUGOLABS is a 3D printer manufacturer specializing in the development and research of FFF (Fused Filament Fabrication) technology since 2013. The company possesses the longest history of FFF technology development and production in Korea. Its goal is to maximize the potential of FFF technology for a wide range of material applications across various industries. The company provides high-quality 3D printing solutions, particularly through its dual-extruder technology and proprietary nozzle systems optimized for engineering plastic output.
- Key Products/Technologies
- LUGO G3 and LUGO G3 HT 3D Printers: Professional dual-extruder 3D printers optimized for engineering plastic output. The LUGO G3 supports a maximum nozzle temperature of 285°C, while the LUGO G3 HT supports up to 400°C, enabling printing with high-performance filaments like PEEK, PEKK, and Ultem. They offer a build volume of 190 x 165 x 180 mm and can achieve fine layer thicknesses of 0.02mm.LUGO G3 and LUGO G3 HT 3D Printers: Professional dual-extruder 3D printers optimized for engineering plastic output. The LUGO G3 supports a maximum nozzle temperature of 285°C, while the LUGO G3 HT supports up to 400°C, enabling printing with high-performance filaments like PEEK, PEKK, and Ultem. They offer a build volume of 190 x 165 x 180 mm and can achieve fine layer thicknesses of 0.02mm.
- DCH (Dual Cone-shaped Head) Dual Nozzle Technology: A proprietary extruder developed by the company that allows independent nozzle temperature control, eliminating the need for dual calibration. This technology enables precise simultaneous printing with two materials having different melting temperatures. It features precise nozzle positioning that eliminates the need for recalibration after nozzle changes.DCH (Dual Cone-shaped Head) Dual Nozzle Technology: A proprietary extruder developed by the company that allows independent nozzle temperature control, eliminating the need for dual calibration. This technology enables precise simultaneous printing with two materials having different melting temperatures. It features precise nozzle positioning that eliminates the need for recalibration after nozzle changes.
- Purge Box Cleaning Mechanism: An exclusive cleaning system that removes filament residue during material switching. This efficient solution reduces print time and material consumption compared to conventional wipe tower methods.Purge Box Cleaning Mechanism: An exclusive cleaning system that removes filament residue during material switching. This efficient solution reduces print time and material consumption compared to conventional wipe tower methods.
- LUGO Fila-box Filament Drying System: A sealed filament compartment designed to store two spools of filament, maintaining internal humidity below 15-20 percent. It continuously supplies dry air to maintain optimal material conditions and ensure consistent print quality.LUGO Fila-box Filament Drying System: A sealed filament compartment designed to store two spools of filament, maintaining internal humidity below 15-20 percent. It continuously supplies dry air to maintain optimal material conditions and ensure consistent print quality.
- H1 Toolchanger System: A modular hot-end swapping system applied to the professional FFF 3D printer H1, capable of printing with up to six different materials simultaneously. This system uses a single extruder motor to feed filament to interchangeable hot ends, solving calibration issues with precise alignment and minimizing material waste.H1 Toolchanger System: A modular hot-end swapping system applied to the professional FFF 3D printer H1, capable of printing with up to six different materials simultaneously. This system uses a single extruder motor to feed filament to interchangeable hot ends, solving calibration issues with precise alignment and minimizing material waste.
- LUGO Cura Slicing Software: Proprietary slicing software recommended by the manufacturer to ensure optimal printing results.LUGO Cura Slicing Software: Proprietary slicing software recommended by the manufacturer to ensure optimal printing results.
- Core Advantages
- Extensive History and Expertise in FFF Technology: The company has continuously developed and produced FFF technology since 2013, accumulating the longest period of expertise in Korea. This forms the basis for its technical know-how and stable product development capabilities.Extensive History and Expertise in FFF Technology: The company has continuously developed and produced FFF technology since 2013, accumulating the longest period of expertise in Korea. This forms the basis for its technical know-how and stable product development capabilities.
- Proprietary Dual Extrusion and Nozzle Technology: The DCH (Dual Cone-shaped Head) dual nozzle technology is a key competitive advantage, enabling precise simultaneous printing of dissimilar materials without dual calibration. This is beneficial for creating complex geometries and functional parts.Proprietary Dual Extrusion and Nozzle Technology: The DCH (Dual Cone-shaped Head) dual nozzle technology is a key competitive advantage, enabling precise simultaneous printing of dissimilar materials without dual calibration. This is beneficial for creating complex geometries and functional parts.
- High-Temperature Engineering Plastic Printing Support: The LUGO G3 HT model supports nozzle temperatures up to 400°C, allowing for the printing of high-performance engineering plastics such as PEEK, PEKK, and Ultem. This enhances the applicability of its products in industrial settings.High-Temperature Engineering Plastic Printing Support: The LUGO G3 HT model supports nozzle temperatures up to 400°C, allowing for the printing of high-performance engineering plastics such as PEEK, PEKK, and Ultem. This enhances the applicability of its products in industrial settings.
- Material Efficiency and Enhanced Print Quality Technologies: The Purge Box cleaning mechanism reduces waste during material changes, and the Fila-box maintains optimal filament storage conditions, ensuring consistent print quality.Material Efficiency and Enhanced Print Quality Technologies: The Purge Box cleaning mechanism reduces waste during material changes, and the Fila-box maintains optimal filament storage conditions, ensuring consistent print quality.
- Patent for Modular Hot-End Swapping System: The patent (W02025244395) for its hot-end swapping system, applied in the H1 printer, represents a technological edge. This system reduces material waste during multi-material printing and ensures precise alignment, differentiating it from competitors.Patent for Modular Hot-End Swapping System: The patent (W02025244395) for its hot-end swapping system, applied in the H1 printer, represents a technological edge. This system reduces material waste during multi-material printing and ensures precise alignment, differentiating it from competitors.
- Focus on User Convenience and Reliability: The company is dedicated to developing proprietary technologies while prioritizing user convenience and usability, consistently striving to provide optimal solutions to its customers. This commitment ensures the provision of stable and high-quality 3D printers.Focus on User Convenience and Reliability: The company is dedicated to developing proprietary technologies while prioritizing user convenience and usability, consistently striving to provide optimal solutions to its customers. This commitment ensures the provision of stable and high-quality 3D printers.
- Target Industrie
- Medical Sector: The company is pursuing collaborations with the medical field to expand the application scope of FFF technology.Medical Sector: The company is pursuing collaborations with the medical field to expand the application scope of FFF technology.
- Defense Sector: Efforts are underway to explore changes in the FFF technology application environment through cooperation with the defense sector.Defense Sector: Efforts are underway to explore changes in the FFF technology application environment through cooperation with the defense sector.
- Footwear Manufacturing Industry: There is a case of developing the Lugoware Flex4 toolchanger printer for shoe printing using flexible filaments like TPU.Footwear Manufacturing Industry: There is a case of developing the Lugoware Flex4 toolchanger printer for shoe printing using flexible filaments like TPU.
- Automotive Industry: The automotive sector accounts for a significant portion of the 3D printing market, with increasing expectations for technology utilization.Automotive Industry: The automotive sector accounts for a significant portion of the 3D printing market, with increasing expectations for technology utilization.
- Aerospace and Defense Industry: These sectors are projected to see a substantial increase in 3D printing technology adoption.Aerospace and Defense Industry: These sectors are projected to see a substantial increase in 3D printing technology adoption.
- Prototyping and Manufacturing Aids: A key application area for 3D printing, actively utilized by various institutions and companies.Prototyping and Manufacturing Aids: A key application area for 3D printing, actively utilized by various institutions and companies.
- Major Markets
- South Korea, Other Asian countries (with reseller networks)South Korea, Other Asian countries (with reseller networks)
- Certifications/Patents
- Patent W02025244395, “Multi-Output-Head Module for 3D Printer”: A patent for a hot-end swapping system, describing an efficient method for exchanging hot ends within an FFF 3D printer. This is related to the H1 system's multi-material simultaneous printing and precise alignment technology.Patent W02025244395, “Multi-Output-Head Module for 3D Printer”: A patent for a hot-end swapping system, describing an efficient method for exchanging hot ends within an FFF 3D printer. This is related to the H1 system's multi-material simultaneous printing and precise alignment technology.
- DCH-Head Dual Nozzle Technology Patent Registration: The DCH-Head dual nozzle system, applied in the LUGO G3 and G3 HT models, is a patented technology. It features rapid heating and cooling, along with precise hardware-based control without the need for software intervention.DCH-Head Dual Nozzle Technology Patent Registration: The DCH-Head dual nozzle system, applied in the LUGO G3 and G3 HT models, is a patented technology. It features rapid heating and cooling, along with precise hardware-based control without the need for software intervention.
Introduction
Location
48-19 Dongcheon-ro 7beon-gil, Geumjeong-gu, Busan, South Korea
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