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Leaps Pro Bio Bio-Inert Ultra-High Performance Liquid Chromatography System

The system flow path is constructed using bio-inert materials, offering excellent corrosion resistance, reducing adsorption of biological macromolecules, ensuring their integrity, and effectively guaranteeing analytical repeatability and system durab

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Leaps Pro Bio Bio-Inert Ultra-High Performance Liquid Chromatography System

Autosampler：A62BC\A65BC

Column Oven：C10\C12

Diode Array Detector：D20\D22（钛合金）
UV-Vis Detector:D10（钛合金）

Liquid Delivery Pump：P42T\UP26T

Meets diverse application scenarios and analytical requirements.

Supports multiple chromatographic modes including reversed-phase, ion exchange, size exclusion, and hydrophobic interaction.
Ideal for purity analysis of monoclonal / bispecific antibody drugs, impurity testing of mRNA vaccines, quality control of cell therapy products, and more.

Fully inert, corrosion-resistant flow path: precise analysis with worry-free operation.

Corrosion-resistant flow path construction:Ensures long-term stable operation in high-salt or extreme pH environments, effectively preventing corrosion and clogging.
Reduced loss of metal-sensitive analytes:Minimizes non-specific adsorption and sample loss without complex mobile phases or tedious passivation, helping improve data quality.
Fully bio-inert system configuration:Covers all fluidic components including pump, flow path, injection valve, needle, and flow cell, ensuring consistent bio-inert performance.
Standard plunger washing peristaltic pump:Effectively reduces salt precipitation and guarantees stable operation of the liquid delivery pump.
Hand-tight zero-dead-volume tubing kit:Eliminates dispersion and band broadening, ensuring accuracy throughout the analysis.

High-precision automated sample processing

It can be customized and equipped with a high-precision robotic arm collaboration module.
Integrated with recognition and path planning algorithms, it enables fully unmanned end-to-end operation, including automatic sample tray replacement and precise positioning of sample positions.