1. High-Precision Metering, Minimize R&D Cost
Adopts servo-driven high-precision metering pump with fast-response closed-loop flow control system, ensuring metering error within ±0.5% under rated temperature, pressure and viscosity conditions. A single experiment only requires tens of grams or even grams of raw materials, greatly reducing R&D expenditure, especially for expensive or special raw materials.
2. Controllable Mixing & Stable Temperature-Pressure, Guarantee Experiment Reproducibility
Combines dynamic mixer and static mixer to adapt to raw materials of different viscosities. Multi-point temperature control and precision pressure regulating valve ensure stable working conditions, building a traceable and reproducible data closed loop for every foaming test.
3. Compact Design, Low Space Requirement
Adopts integrated compact frame structure, integrating metering, temperature control, power and electrical control units on a single base. It has a small footprint and requires no independent supporting station or complex circulating water system, suitable for flexible layout in laboratories. Split design is available for special scenarios such as fume hoods and glove boxes.
4. Easy Cleaning & Maintenance, Fast Formula Switching
Equipped with low-residue mixing head and quick cleaning valve group, it eliminates tedious material replacement procedures. Formula switching can be completed within 3–5 minutes, reducing cleaning time and raw material waste by 30%–50% compared with ordinary equipment. Modular connection design allows easy disassembly of key flow parts for low-cost independent maintenance.
5. Digital R&D Platform, Traceable Data & High Efficiency
Built-in intelligent data acquisition system automatically generates complete records for each sample preparation. Touch screen with PLC control supports storing multiple sets of formula parameters (flow rate, temperature, pressure, pouring time, etc.) for one-click recall and real-time monitoring. It is also equipped with emergency stop button, overpressure alarm and low material level alarm to reduce operation risks.
