RDI-2000 Real-Time Degassing & Separation System: Solving Traditional Liquid-Liquid Separation Pain Points

Why Traditional Liquid-Liquid Separation Slows Down Your Experiments?

In high-precision fields like chemical synthesis, biopharmaceuticals, and electronic materials, hidden issues in liquid-liquid separation have long plagued R&D and production. These "efficiency bottlenecks" include:

Stubborn Residual BubblesIncomplete liquid degassing leaves bubbles, causing uneven mixing, blocked flow, abnormal reaction rates, and damage to precision equipment performance.

Uncontrolled Oxygen Exposure RisksOxygen triggers oxidative degradation of active ingredients. Traditional open separation/degassing methods fail to regulate oxygen levels, leading to incomplete degassing or secondary oxygen re-entry-with no real-time monitoring.

Environmental Fluctuation InterferenceTemperature changes cause liquid expansion/contraction, leading to separation volume deviations and reduced sample stability.

These problems not only delay experiments but also waste high-cost samples, hindering research and production progress.

Solution: RDI-2000 – Degassing + Separation + Temperature/Oxygen Control in One Step

To address these industry challenges, we launched the RDI-2000 Real-Time Degassing and Separation System-an innovative solution that integrates three core functions: degassing, liquid-liquid separation, and environmental control. It eliminates bubble and oxygen interference throughout the process, redefining high-precision separation standards.

3 Key Technological Breakthroughs of RDI-2000

1. Simultaneous Degassing & Separation – Low Bubble, Low Dissolved Oxygen

Traditional equipment requires pre-degassing (exposing liquids to air, causing secondary air intake). The RDI-2000 uses dynamic degassing-coupled separation technology, keeping samples in a low-bubble, low-dissolved oxygen state during separation. Dissolved oxygen levels are stably maintained at ≤1.0 mg/L.

2. Constant Temperature & Oxygen – Full-Process Low-Oxygen Protection

Precise Temperature Control: Built-in degassing heating function + optional external constant temperature bath, ensuring sample stability. Avoids volume changes and instability caused by temperature fluctuations.

Real-Time Oxygen Monitoring: Optional dual-channel dissolved oxygen sensors for high-accuracy monitoring. The system automatically detects oxygen levels and circulates degassing to maintain a set oxygen range-ideal for oxygen-sensitive samples.

3. Milliliter-Level Quantitative Dispensing – High Precision, Dual-Channel Option

Equipped with a high-precision syringe pump and intelligent algorithm control. Supports flexible dispensing ranges (1~10mL) with ±1% accuracy (@10mL). Optional dual-channel configuration boosts dispensing efficiency.

RDI-2000 Applicable Scenarios

From laboratory R&D to production lines, the RDI-2000 covers full-chain high-precision needs:

Microfluidic Chips: Low-oxygen reagent dispensing for drug delivery systems, high-throughput screening, and gene sequencing chips.

Fuel Cells: Low-oxygen dispensing for electrolytes in lithium battery material R&D and production.

Electrochemical Detection Chips: Low-oxygen dispensing for electron mediators (e.g., potassium ferricyanide K₃[Fe(CN)₆]).

Experience RDI-2000: Smarter Dispensing, More Reliable Results

The RDI-2000 is more than an upgraded tool-it's an "environmental steward" for high-precision experiments. From degassing to dispensing, and temperature/oxygen control, every detail is designed to protect your samples.

Elevate your R&D and production efficiency with the RDI-2000 today!