Peristaltic Pump in Fully Automated Nucleic Acid Hybridization Instruments

2025-08-18 16:51:43

In molecular biology research and clinical diagnostics, the fully automated nucleic acid hybridization instrument is a core device for nucleic acid detection and analysis. With the continuous advancement of technology, there is growing demand for higher accuracy and efficiency in nucleic acid hybridization processes.

 

 

The primary function of these instruments is to perform gene detection, virus detection, and pathogen identification using nucleic acid hybridization technology. They are widely applied in molecular biology, genomics research, clinical diagnostics, and public health monitoring. Capable of processing large sample volumes with speed and precision, these instruments significantly improve laboratory efficiency and testing accuracy.

 

 

Automated hybridization systems integrate sample preparation, nucleic acid extraction, hybridization reaction, and signal detection into one streamlined process. The workflow includes:

Throughout these steps, the peristaltic pump plays a vital role, ensuring the accurate and stable transfer of reagents and samples, which is essential for reliable experimental results.

 

 

Kamoer KPCS200 peristaltic pump, with its excellent performance and innovative design, provides powerful support for the fully automated nucleic acid molecular hybridiser, helping to develop scientific research and medical diagnostics further. The following are the advantages of the Kamoer KPCS200 peristaltic pump;

 

01 Sliding snap rocker arm

KPCS200 is equipped with a factory preset and locked parameters of the sliding snap rocker arm, avoiding errors while changing the pump tube, and improving the continuity and accuracy of the operation. This design simplifies the reagent and sample change steps and ensures consistency and accuracy for each operation, which is suitable for high-frequency operation of nucleic acid molecular hybridisers.

 

02 Spring-Loaded Pressure Regulation Technology

Adopting the spring technology automatically adapting and regulating the pressure ensures precise interception of the flow, suitable for particulate matter transfer. Spring-loaded technology ensures precise control of the liquid transfer, which makes the transfer of reagents and samples stable, reduces errors and improves the reliability of the experimental results.

 

03 High-precision stepper motor drive

The stepper motor drive of KPCS200 has 1% repeatability accuracy, which guarantees the consistency and reliability of fluid transfer and meets the strict requirements of precision experiments and industrial applications. The high-precision stepper motor ensures the accurate addition of reagents and improves the repeatability and reliability of nucleic acid molecular hybridization experiments.

 

04 Metal panel

KPCS200 is equipped with an anti-static metal panel, which effectively protects the instrument from static interference and ensures the safety of experiments and the accuracy of results. The anti-static design is particularly important in dealing with laboratory environments that are susceptible to static electricity.

 

05 Multi-material compatibility

Supporting 1.6mm wall thickness pump tubing, suitable for transferring different media. the KPCS200 is suitable for transferring a variety of reagents and samples and has good compatibility to ensure the flexibility of the experimental process and a wide range of applications.

 

 

With its slide-lock rocker arm, spring-loaded pressure control, high-precision stepper motor, anti-static metal panel, and multi-material compatibility, the Kamoer KPCS200 peristaltic pump is the ideal choice for fully automated nucleic acid hybridization instruments.

 

Kamoer is committed to delivering high-quality fluid transfer solutions for scientific research and clinical diagnostics, empowering researchers to achieve breakthroughs in molecular biology and genomics. With years of expertise in medical and laboratory fluid applications, Kamoer continues to provide precise, reliable pump technologies and competitive products, backed by comprehensive quality assurance, to support the progress of scientific and medical fields.

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