ShineLab Chromatography Data System (CDS)
Comprehensive, Intelligent, and Regulatory-Compliant Chromatography Software.
ShineLab is a chromatography data system (CDS) independently developed by SHINE, fully supported on Windows 10 and above. Designed to provide powerful data acquisition, analysis, and instrument control, ShineLab ensures efficient, reliable, and regulatory-compliant operation across SHINE analytical instruments, including IC, HPLC, and AFS systems.
Key Features
- Regulatory Compliance – meets FDA 21 CFR Part 11, GMP, GLP, and other regulations, with full user authority management, electronic signatures, audit trails, and secure data backup/restore
- Baseline Correction & Filtering – effectively removes baseline drift caused by gradient elution for precise data processing
- Virtual Column Technology – enables rapid exploration of chromatography conditions without consuming real samples
- Full Data Traceability – stores all operational information in a secure database to guarantee data integrity and reliability
- Automatic Instrument Diagnostics – detects instrument failures, leaks, overpressure events, and abnormal data in real time
- Powerful Data Analysis – supports efficient sequence setup, automatic integration correction, and advanced data processing
- Method Synchronization – one-click method import to synchronize analysis conditions and operation parameters, improving workflow efficiency
- Comprehensive Instrument Control – real-time monitoring and adjustment of pump pressure, temperature, rinse solution concentration, suppressor current, and other critical parameters
- Intuitive Graphical Interface – visualizes instrument operation in real time; offers multiple interface styles for a streamlined user experience
Your benefits
ShineLab combines regulatory compliance, real-time instrument monitoring, and powerful data analysis in a single software platform.
It maximizes analytical efficiency, ensures reliable and traceable results, and simplifies the management of complex chromatography workflows, making it an essential tool for modern laboratories.