HPLC Column Oven

The HPLC Column Oven system ensures precise column temperature control by using a fuzzy PID algorithm, fan-based air circulation, and multi-layer insulation. With a stability of ±0.1℃, it maintains consistent temperatures. Additionally, it incorporates real-time liquid leak protection, intelligent temperature monitoring, and over-temperature safeguards, preventing both leakage and overheating risks.

  • Pharmaceutical Analysis: Improves peak resolution and reproducibility for drug testing and stability studies.
  • Food & Beverage Testing: Enhances separation efficiency when analyzing additives, preservatives, and contaminants.
  • Environmental Monitoring: Provides stable temperature control for detecting trace pollutants and pesticides.
  • Clinical & Biomedical Research: Ensures precise separation of biomolecules such as proteins, peptides, and metabolites.
  • Chemical & Petrochemical Industry: Optimizes separation of complex mixtures in polymers, oils, and chemical intermediates.
  • Biotechnology Applications: Supports accurate analysis of nucleic acids, enzymes, and fermentation products.
  • Forensic Science: Maintains stable conditions for reliable detection of drugs, toxins, and other trace substances.
  • Method Development & Validation: Enables reproducible retention times and reliable comparisons across analytical runs.

Precision: Precise Temperature Control Ensures Good Separation and Repeatability

By utilizing a fuzzy PID intelligent temperature control algorithm, a fan-based air circulation system, and a multi-layer insulation design, the column temperature achieves exceptional accuracy, stability, and uniformity. Maintaining a temperature stability of ±0.1℃, each analysis consistently upholds a constant temperature throughout.

HPLCHPLC

Reliability: Triple Protection, More Safe to Use

The system incorporates real-time liquid leak protection and intelligent monitoring of Peltier and cavity temperature, along with over-temperature power-off protection. These triple safety measures effectively prevent accidental liquid leakage and mitigate risks associated with overheating.

Operating principle
Peltier element and fan-based forced air
Temperature range
5oC above ambient to 85oC
10oC below ambient to 85oC

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