We specialize in high-precision, rapid prototyping for radiation monitoring systems — engineered to meet the demanding requirements of space, military, and other high-reliability applications.
Rapid Prototyping
Rapid Prototyping for Mission-Critical Radiation Technologies.
"Accelerate Your Path From Idea to Innovation"
Nucare’s rapid prototyping service transforms complex radiation-related concepts into fully functional, customized products through a structured, simulation-backed engineering process.
1
Review
- Understand user requirements and operational context
- Define technical specifications and constraints
- Conduct feasibility assessment and initial risk analysis
- Identify applicable innovations and new technologies
2
Refine
Simulation & Design
- Perform Monte Carlo radiation transport simulations
- Develop and validate signal processing algorithms
- Optimize detector geometry, shielding, and performance
- Generate mechanical and electronic concept designs
- Iterate CAD models and user interface layouts
3
Prototype
- Manufacture mechanical components and housings
- Assemble custom electronics and detector modules
- Integrate embedded firmware and system software
- Conduct functional verification and initial calibration
- Review user ergonomics and safety considerations
4
System
Integration
- Finalize system assembly and connectivity
- Ensure hardware-software coordination
- Conduct system-level testing and compliance validation
- Optimize packaging, shielding, and interfaces
- Prepare for field deployment or regulatory approval
HGM
Self-Powered Floating Radiation Monitoring System
An advanced underwater radiation monitoring system designed for real-time detection of radioactive contamination in reservoirs, dams, or other critical water sources.
Key Features
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Autonomous Operation: Solar-powered with internal battery backup for continuous, maintenance-free monitoring
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Buoyant Platform: Floats on the water surface while submerged sensors detect radiation levels below
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Modular Deployment: Multiple units can be networked for spatial radiation mapping
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Wireless Connectivity: Transmits real-time data to centralized monitoring stations
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Designed for Harsh Environments: Waterproof, corrosion-resistant housing suitable for long-term aquatic deployment
SGMS
Space-grade Gamma/Neutron Monitoring System
The Space GRS is a specialized gamma radiation detection system designed for satellite integration. Developed under stringent aerospace standards, it is currently in active service aboard the Danuri mission, operated by the Korea Aerospace Research Institute. The system supports both scientific payload and situational awareness missions by measuring gamma radiation from orbit.
Key Features
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Flight-qualified radiation detector with proven orbital performance
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Compact and rugged structure optimized for launch survivability and extended space operation
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High-energy gamma spectroscopy for planetary surface analysis or space environment monitoring
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Low-power electronics designed for long-term autonomous operation
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Thermal and mechanical stability in vacuum and extreme temperature fluctuations
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Integrated into KARI’s Danuri mission as a technology-demonstration and data-collection payload
Applications
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Planetary gamma spectroscopy for elemental composition analysis
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Background space radiation measurement for satellite health monitoring
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Radiation belt studies and space weather research
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Validation of terrestrial radiation detection systems under space conditions
MWBC
Mobile Radiation Response Units
Nucare’s Mobile Radiation Response Units are vehicle-integrated laboratories designed to bring high-performance radiation detection, screening, and decontamination to the field. Configured on heavy-duty truck chassis, these systems are purpose-built for flexible deployment in emergency response, nuclear facility monitoring, or population-wide screening operations.
Two Available Models:
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Model A: Mobile Whole Body Counter (MWBC)
Equipped with Nucare’s WBC, thyroid uptake system, and entrance portal monitor. Enables non-invasive internal contamination assessment using high-resolution NaI(Tl) detectors and full-body scanning with shadow shielding.
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Model B: MWBC + Decontamination Booth
Adds a built-in shower-based decontamination zone, allowing individuals with confirmed contamination to undergo on-site washing and re-screening. A sealed wastewater system ensures containment and regulatory compliance.
Core Features Across Both Models:
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Whole-body radiation monitoring with visual alignment aids
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Thyroid and portal monitoring integrated into one mobile unit
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Tablet and command-center-controlled data visualization & archiving
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High-throughput processing suitable for population-scale events
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Independent power source for field autonomy
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Designed for operation by minimal staff in rapid-response scenarios
Deployment Use Cases
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Post-nuclear accident response
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Nuclear facility worker checks
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National security event readiness
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Field drills and civil defense exercises
CRMS
Conveyor-type Radiation Monitoring System
The Conveyor-Type RMS is a high-throughput gamma radiation monitoring solution developed for screening food materials such as seafood, rice, vegetables, and processed goods — especially in regions affected by nuclear events (e.g., Fukushima). Built for reliability and speed, the system provides real-time identification of contamination using NaI(Tl) detectors and customized shielding to minimize background noise.
Applications
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Radiation monitoring of Fukushima seafood exports
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Inspection of agricultural goods from affected zones
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Quality control for food safety labs and import/export terminals
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Use in government inspection facilities, food logistics centers, and customs screening
OFPS
Used Fuel Integrity Monitoring System
This advanced diagnostic system evaluates the structural integrity and radiation profile of used nuclear fuel bundles stored in water pools. Utilizing an optical fiber-based probe, the system performs non-destructive in-situ measurements to identify potential damage, degradation, or abnormalities within the fuel assembly.
Key Features
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Fiber-optic probe technology enables high-resolution gamma profiling
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Non-contact inspection of spent fuel bundles underwater
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Provides axial radiation distribution data for condition assessment
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Enables early detection of structural anomalies or failed rods
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Fully compatible with standard spent fuel pool environments
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Designed for safe, repeatable measurements by automated or guided operation
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Ideal for nuclear power plants and research reactors seeking enhanced spent fuel monitoring, the system supports compliance with safety regulations while enabling data-driven decision making on storage, transport, or disposal readiness.
UEA
Portable UF6 Monitor & Uranium Analyzer
Designed for inspectors, field scientists, and nuclear security professionals, this highly portable system enables rapid, on-site analysis of uranium hexafluoride (UF₆) and enrichment levels. Equipped with an intuitive tablet interface, integrated detector, and all-in-one carry-case, it eliminates the need for bulky lab setups while maintaining high analytical accuracy.
Key Features
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Compact, fully integrated analyzer for UF₆ and enrichment assessment
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Embedded touchscreen UI for control and real-time display
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Dual model options optimized for operational flexibility
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Battery-powered for field deployment without infrastructure
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Ideal for safeguards, non-proliferation monitoring, and verification missions
ORMS
Ocean RMS System
The Ocean RMS is a robust radiation monitoring system designed to operate autonomously during marine missions. Integrated directly into the bypass loop of the ship’s engine cooling system, it continuously monitors potential radioactive contamination in seawater without disrupting vessel operations. Ideal for naval patrols, research vessels, and post-accident monitoring deployments.
Key Features
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In-line radiation detection via engine cooling system bypass
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Real-time contamination assessment during routine maritime missions
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Fully automated operation with minimal maintenance
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Compact, rugged design suitable for harsh marine environments
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Seamless integration with onboard systems for continuous logging and reporting
CGS
Container Gamma Scanner
The K-CGS2000 is a high-resolution gamma spectroscopy system designed for containerized radioactive waste monitoring and classification. Utilizing two or four HPGe (High Purity Germanium) detectors, it performs precise activity assessment of waste housed in up to half-size containers. This system is purpose-built for nuclear decommissioning facilities requiring accurate segregation of waste streams by radiological content.
Key Features
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Equipped with 2 or 4 HPGe detectors for enhanced measurement accuracy
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Supports up to half-size waste containers
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Fully automated scanning and activity quantification
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Waste classification by regulatory thresholds (e.g., LSA, ILW)
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Shielded and controlled measurement environment ensures operator safety
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Ideal for nuclear decommissioning and waste repository applications
ERMS
ERMS – Environmental Radiation Monitoring System
Continuous Spectroscopic Gamma and Neutron Monitoring for Critical Sites
The ERMS is a fixed, high-performance Environmental Radiation Monitoring System designed to provide continuous, real-time detection of both gamma and neutron radiation in outdoor and industrial settings. It features advanced spectroscopic capabilities for isotope identification and supports regulatory compliance, early warning, and emergency response.
Key Features
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Real-time gamma and neutron radiation monitoring
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Spectroscopic gamma detection for nuclide identification
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Optional neutron detection module (thermal and/or fast)
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Weatherproof, rugged enclosure for harsh environments
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Continuous data logging, alarm thresholds, and remote monitoring
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Compatible with public safety networks, plant systems, or national radiation monitoring grids
Applications
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Nuclear power plant perimeters
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Radiological emergency preparedness
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Environmental baseline and post-accident assessment
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Industrial zones, waste storage sites, and border areas
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The ERMS is available with flexible communication options and customizable detection ranges to meet diverse monitoring requirements. Deployment, calibration, and training support are available upon request.