In IVD (In Vitro Diagnostic) systems, reliable fluid transfer is essential for critical processes such as reagent dispensing, sample handling, washing operations, and waste liquid discharge.
However, as operating time increases, challenges gradually emerge:
Frequent tubing replacement, gradual flow variation, increased calibration requirements, and rising maintenance costs…
These hidden expenses can significantly impact long-term equipment performance and operational efficiency.
Challenges of Traditional Solutions
⚠️Traditional rotary peristaltic pumps rely on repeated compression of flexible tubing to achieve fluid transfer.
To prevent backflow, the tubing usually needs to be completely occluded during operation.
This “full tube occlusion” method places continuous high mechanical stress on the tubing during long-term operation, leading to fatigue, performance degradation, reduced flow stability, and increased maintenance frequency.
Lead Fluid JS10: A New Solution for Long-Term Stability
🔥 Equipped with advanced squeeze pump technology, the JS10 adopts an innovative dual-valve structure combined with a central compression block for precise control.
Without requiring complete tube occlusion, it achieves continuous and stable fluid delivery.
Compared with the “over-compression” mechanism of traditional rotary peristaltic pumps, the JS10 reduces tubing stress, minimizes abnormal wear, extends tubing service life, and lowers maintenance requirements.
Key Advantages of JS10
✅ Less Tube Replacement
Innovative squeeze structure reduces abnormal tube wear and significantly extends tubing lifetime.
✅ Modular Tube System
Supports integrated replacement of the tube module, eliminating the need for individual tube replacement and reducing repeated operations and human variation.
✅ Less Adjustment
Supports independent channel fine-tuning, allowing quick correction of flow deviations and maintaining multi-channel consistency.
✅ Less Downtime
Lower compression force slows flow degradation, reducing frequent calibration and maintenance requirements.
✅ Cleaner Fluid Transfer
Reduces the risk of particle generation caused by abnormal tubing wear, minimizing potential contamination risks.
✅ More Stable Performance
Low-pulsation output ensures smooth, stable, and controllable fluid transfer.
✅ Easy Integration
Compact and rectangular structural design enables flexible installation and system integration.
✅ More Transparent Operation
Transparent cover design allows clear visibility of operating status.
More Than Just an Optimization
For IVD fluid transfer, the key requirement is long-term operational stability.
The Lead Fluid JS10 is not simply a performance upgrade — it represents a design philosophy focused on continuous operation: Less tube replacement, less calibration, less maintenance, making fluid delivery more stable, reliable, and worry-free.
🏭 JS10 represents the successful implementation of advanced squeeze pump technology in IVD applications.
🧩 Focusing on diverse industries and operating conditions, Lead Fluid continues to expand its squeeze pump product portfolio.
📩 Contact Lead Fluid to explore more application solutions and product selection support.