3D model slicing software for additive manufacturing
Technology for domestic 3D printing slicer engines that can replace overseas slicers (e.g. Cura)
3D printer code-generating core engines and plug-in designs
Tailored slicer UI for individual 3D printer manufacturers (e.g. custom properties window)
Optimal layer thickness analysis-based adaptive slicing
Automatic 3D model orientation detection engine
40% improved printing speed than Cura’s Uniform Slicing with same print quality (*Only when 3D printing equipment is optimized with adaptive slicing and auto rotation technology)
A shape optimizer and path optimizer, in addition to all other requirements for customizable slicer software, enable companies to accumulate their technical know-how by finding their own best shapes and printing paths.
3D printing
A 3D indoor/outdoor environment recognition sensor for low-cost robots using a wide-angle time of flight (TOF) sensor and a stereo camera
A high precision HD wide-angle sensor based on the precise calibration of a stereo camera and a TOF sensor
A wide-angle TOF-stereo integration algorithm
A calibration solution for a TOF-stereo fusion sensor
A Graphics acceleration processor-based algorithm
A TOF-stereo camera fusion sensor that collects high precision high definition environment information and models the environment for the driving, operation and control of a robot
RobotAutonomous driving
3D simulation-based problem solving and process improvement services for manufacturing optimization
Digital virtual factory construction using a 3D content library
3D simulation synchronization in PLC programs and human-machine interfaces (HMI) for virtual and real factories
Real-time control of an actual manufacturing site with a small rentable manufacturing process controller system
Applicable to a system to interface with a variety of PLCs (Mitsubishi, Siemens, Rockwell, LS, etc.)
Solid Edge and STEP reference content that can be edited and used in numerous CAD tools
ProductionVirtual manufacturing
World’s first open-source IoT platform that is oneM2M-compliant and supports a variety of standard platforms
OneM2M certified
Provide open sources for outlets/gateways (&Cube) and servers (Mobius) for IoT system development
Enable scalable integrated IoT service environment by connecting various global standard platforms (including OCF and LWM2M)
Useful for industrial use with high reliability and real-time operability
Search, manage and synchronize with numerous video streaming services
Semantic information storage and management features for meaning-based data synchronization
Smart city Smart factory Smart farm Smart logistics
Composite materials and parts for custom 3D printing with a high resolution of 30μm
Organic-inorganic hybrid oligomer design and composition techniques
A new hybrid oligomer-based photocurable composite
Processing techniques for 3D printing materials with high elasticity and stiffness
Outstanding mechanical properties (percentage elongation: ~190%, tear resistance: 31Kg/cm, hardness: 91A) for wearable device applications
A functional inorganic filler inside and plating patterns on the surface of the material to support the electronic performance of wearable devices
Wearable electronic component / deviceBiomedical parts 3D printing
Deep learning algorithm-based robotic technology for grasping and handling of a specific object from a pile of mixed objects
AI-based bin-picking that is useful for general and factory logistics
Collect data of 3,000 picking activities daily through an automatic learning system
Collect virtual learning data from 3 million or more picking simulations
A lightweight robot control module with a collision detection sensor
A self-learning data collection module using automatic configuration of empirical data acquisition
Build a massive amount of high-quality learning data collection using the simulator’s data acquisition feature
Cost reduction by half for a brushless DC motor (BLDC motor) and by one-third for a joint module through domestic production of a robot control module
Logistics centerIndustrial robot
A Korea Open Source Motion System (KOSMOS)-based universal motion controller for manufacturing automation
System resource management for multi-platform implementation
A 500μs task frequency, 64-axes 100Mbps network-based PLCOpen TC2 motion control platform
An open source software-based standardized motion control software platform
ManufacturingRobot
A platform that recognizes and transforms a variety of control protocols and software used in oil & gas fields and other industrial sites
A new CPU for an open remote terminal unit (RTU) and applications for wellhead services
Standards establishment and on-site testing for open RTU technology
An open architecture platform that supports a variety of I/O interfaces and communication protocols for RTUs used for industrial purposes
Optimized functions and specifications for oil and gas field services, replacing expensive existing RTUs
Utility supplyAutomated factory/building control
An IoT platform that improves order fulfillment by enabling flexible capacity management and effective resource & equipment sharing
Enable optimal resource allocation to the right location, providing flexible custom manufacturing for adaptation to the changing business environment
OPC-UA, AutomationML, and oneM2M-based technologies for factory-to-factory information technology (IT)/operational technology (OT) integration
A safe plug-and-work feature for equipment interoperability and proof of concept (POC) scenarios for intelligent manufacturing data analysis
Smart factoryFlexible, customized production (speed factory)
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