Nuclear Labs

The Best LIMS for Nuclear Labs

Accelerate nuclear testing workflows, ensure regulatory compliance, and enhance operational safety with Scispot's nuclear LIMS. Purpose-built for laboratories performing environmental monitoring, radiochemical analysis, and nuclear material characterization.

Outcomes

Comprehensive Sample & Chain-of-Custody Tracking

Track radioactive samples from collection to disposal with specialized barcoded tracking and labeling systems, reducing lost specimens by 99% and supporting College of American Pathologists (CAP), International Organization for Standardization (ISO) 17025, and International Atomic Energy Agency (IAEA) traceability requirements.
Monitor sample locations in real-time with digital storage mapping for hot cells and decay vaults, cutting search time from hours to minutes while maintaining As Low As Reasonably Achievable (ALARA) principles.
Support multiple nuclear testing workflows including environmental monitoring, fuel analysis, waste characterization, and nuclear forensics in one unified nuclear lab LIMS with version-controlled experiment and protocol templates that evolve with your processes.
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Outcomes

Advanced Decay Correction & Radiochemical Processing

Automate complex decay corrections and radiochemical calculations with built-in nuclide databases covering 3,000+ isotopes and their decay chains.
Integrate directly with 250+ instrument types including High-Purity Germanium (HPGe) gamma spectrometers, Liquid Scintillation Counting (LSC) systems, and alpha spectrometry systems through our specialized middleware agent without custom coding, supporting brands like Canberra, Ortec, and PerkinElmer.
Process up to 50% more samples with automated decay calculations and reference time corrections, eliminating manual calculation errors in your nuclear testing workflow with intelligent data validation that catches format mismatches and entry errors.
Outcomes

Automated Instrument Data Import & Nuclear Analysis

Centralize data from gamma spectrometers, Inductively Coupled Plasma Mass Spectrometry (ICP-MS), and radiation monitoring systems in one secure system that meets 21 Code of Federal Regulations (CFR) Part 11 and 10 CFR Part 50 Appendix B requirements.
Reduce transcription errors with automated data transformation and CSV imports from N42.42 spectral files and instrument reports, saving up to 20 hours weekly while ensuring compliance with Nuclear Regulatory Commission (NRC) and Department of Energy (DOE) standards.
Support custom radiochemical methods for uranium enrichment analysis, plutonium isotopics, and environmental surveillance with flexible integration options and Python scripting capabilities for specialized nuclear instrumentation.
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Outcomes

Integrated Nuclear Compliance Management System

Automate regulatory documentation with fine-grained audit trails that satisfy 10 CFR Part 20, NQA-1, ISO 17025, and IAEA safeguards standards while reducing compliance workload by 70%.
Streamline nuclear quality processes with integrated document control, built-in Quality Control (QC) checks with customizable spec ranges, non-conformance tracking, and Corrective and Preventive Action (CAPA) workflows designed specifically for nuclear laboratories.
Protect sensitive nuclear data with Material Control and Accountability (MC&A) integration, role-based access controls, and tamper-evident audit trails that track every action by user and timestamp for special nuclear materials and safeguards information.
Outcomes

Secure Nuclear Reporting & Data Distribution

Generate standardized radiological reports with automated decay corrections and uncertainty calculations for seamless integration with regulatory databases.
Share results securely with nuclear regulatory bodies via encrypted channels that maintain data classification requirements throughout the reporting process.
Support nuclear material accountability with automatic inventory updates and integration with safeguards reporting systems for uranium and plutonium tracking with real-time dashboard analytics and trend monitoring.
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Outcomes

Advanced Nuclear Inventory & Asset Management

Track radioactive sources, standards, and nuclear materials with real-time activity monitoring, automated decay corrections, and intelligent thresholding alerts, reducing compliance violations by 90%.
Receive automated notifications for source decay, calibration due dates, and inventory thresholds with build readiness assessment capabilities, preventing operational delays and saving up to $150,000 annually in avoided violations.
Document radiation protection equipment, detector components, and specialized nuclear supplies automatically for complete asset traceability throughout facility operations with comprehensive materials management and supply chain planning.

Why Scispot

Tool and strategies modern teams need to help their companies grow.

Accelerated Operations

Reduce analytical turnaround time by up to 90% with automated decay corrections, sample processing, and regulatory report delivery.

Compliance & Security

Meet Nuclear Regulatory Commission (NRC), Department of Energy (DOE), Food and Drug Administration (FDA) Good Manufacturing Practice (GMP), Good Laboratory Practice (GLP), and IAEA standards with built-in compliance tools and advanced cybersecurity features.

Seamless Integration

Connect with 250+ radiation monitoring instruments, material control databases, and nuclear instrumentation via specialized Application Programming Interfaces (APIs) and standard protocols with proven middleware technology.

ALARA-Driven Insights

Optimize radiation exposure management with intelligent dose tracking, real-time analytics dashboards, and data science-powered trend analysis for contamination monitoring and automated ALARA documentation.

Nuclear-Specific & Future-Ready

Adapt to evolving nuclear regulations and new analytical methods with version-controlled templates and flexible configuration without extensive reconfiguration as your facility capabilities expand.

White Glove Support

Receive personalized setup, training, and ongoing support from implementation specialists in lab operations and regulatory compliance.

Book Your Free Demo Today 

See how Scispot can transform your nuclear testing workflows.
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Resources

Discover case studies by Scispot

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FAQs

How does Scispot's nuclear lab LIMS enhance safety and regulatory compliance?

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Scispot streamlines nuclear lab safety through comprehensive ALARA documentation and automated regulatory compliance features. Our nuclear LIMS eliminates manual data entry errors through direct instrument integrations with 250+ detector types and radiation monitors. Automated decay corrections, intelligent data validation, and contamination tracking reduce exposure time from hours to minutes, while built-in compliance checks with customizable Quality Control ranges ensure consistent adherence to 10 CFR Part 20 and NQA-1 standards. By automating routine safety documentation with fine-grained audit trails, Scispot's nuclear lab LIMS allows health physicists to focus on analysis rather than paperwork, leading to improved safety performance and reduced regulatory findings.

What types of nuclear testing does Scispot nuclear LIMS support?

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Scispot nuclear LIMS supports the full spectrum of nuclear laboratory testing through flexible, version-controlled templates, including gamma spectrometry for environmental surveillance and nuclear material characterization, alpha spectrometry for actinide analysis, and liquid scintillation counting for low-energy beta emitters like tritium. Our energy and nuclear LIMS accommodates both routine environmental monitoring and complex nuclear forensics investigations, with customizable workflows that can evolve and branch as your processes develop. The platform's flexible data structure allows nuclear laboratories to implement both standard radiochemical methods and specialized nuclear analytical techniques within a single, unified system with comprehensive materials management and build readiness assessment.

How does Scispot nuclear lab LIMS integrate with existing nuclear facility systems?

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Scispot nuclear lab LIMS integrates seamlessly with nuclear facility ecosystems via specialized middleware agents and APIs for radiation monitoring and material control systems. Our nuclear LIMS features built-in connections with 250+ instrument types including HPGe spectrometers, liquid scintillation counters, and area radiation monitors without requiring custom code through automated data transformation capabilities. The platform supports both direct instrument interfaces and CSV/data file imports, creating an end-to-end solution that eliminates information silos while maintaining strict nuclear security protocols. Integration capabilities extend to regulatory reporting systems with real-time dashboard analytics, enabling automated submission of required nuclear surveillance data.

How does Scispot support nuclear material control and accountability (MC&A)?

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Scispot combines nuclear material tracking, safeguards documentation, and data security into a unified platform with comprehensive barcode labeling and inventory management specifically designed for nuclear laboratories handling special nuclear materials. Our nuclear lab LIMS automates MC&A documentation with real-time inventory updates, intelligent thresholding alerts, and comprehensive audit trails that satisfy 10 CFR Part 74 requirements. With advanced encryption, role-based access controls, and tamper-evident audit logs that track every action by user and timestamp, our nuclear LIMS safeguards sensitive nuclear information according to DOE and NRC security requirements. The system's MC&A module captures all material movements automatically with supply chain planning capabilities, providing complete accountability for inspections and safeguards reporting.

How does Scispot nuclear LIMS improve inventory management for nuclear laboratories?

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Scispot transforms nuclear inventory management with comprehensive tracking, barcode labeling systems, and intelligent automation for radioactive sources, nuclear materials, and specialized equipment used in nuclear testing. Each radioactive source is monitored with automated decay corrections, activity calculations, and smart thresholding alerts, while safety equipment and detector components are tracked with calibration schedules and maintenance records. Digital storage mapping shows the exact location of every sample and source in hot cells, decay vaults, or shielded storage areas. Automated alerts prevent violations of possession limits, ensure timely calibrations, and provide build readiness assessment for planned operations, while usage analytics with real-time dashboards optimize procurement of nuclear-grade materials and equipment.