With the continuous advancement of medical testing automation, the number of health indicators that patients require is steadily increasing. Both domestically and internationally, in-vitro diagnostic (IVD) equipment has been evolving toward automation, standardization, and high-throughput operation. Fully automated medical testing instruments reduce manual workload, minimize human errors, and significantly improve efficiency and testing quality.

 

 

Fully Automated ELISA Workstation

The Fully Automated ELISA Workstation is designed for small to medium-sized laboratories, providing efficient, rapid, and accurate immunoassay solutions. It automates the entire ELISA process, including:

• Sample distribution

• Standard dilution

• Reagent dispensing

• Incubation and reaction

• Washing and measurement

• Data output and report printing

 

 

By automating these processes, the workstation greatly enhances efficiency, accuracy, and reproducibility. Among its modules, the liquid handling system is the most critical component, as its precision directly determines the reliability of test results.

 

 

Features of the Automated ELISA System

• Full automation – From sample dilution to report printing, the instrument completes the entire workflow and integrates with LIS systems.

• User-friendly – Operated under Windows with an intuitive Chinese-language interface.

• Contamination-free – Directly utilizes original sample tubes and reagent bottles, minimizing biological and reagent contamination.

• Low maintenance – Compact design, reliable components, low failure rate, and easy maintenance.

 

 

Kamoer KSY30 Industrial Syringe Pump

Kamoer's KSY30 industrial-grade syringe pump is a high-precision, high-reliability, corrosion-resistant liquid dispensing device, widely used in medical, pharmaceutical, and laboratory automation. Equipped with a precision control system, it delivers accurate and reliable liquid transfer and integrates seamlessly with automated ELISA workstations.

 

Key Features:

• High dispensing accuracy – Micro-step drive with ball screw mechanism, resolution of 0.625 μm/step, delivering sampling accuracy up to ±0.05%.

• Three-way rotary valve – Enables dead-volume-free and residue-free liquid transfer.

• Corrosion resistance – Valve body made of PCTFE and valve core of PTFE, ensuring compatibility with a wide range of chemical reagents.

• Strong communication capability – Supports RS485, RS232, CAN, and TECAN protocols, suitable for multiple automation platforms.

• High reliability – Precision mechanics ensure stable performance during long-term operation.

 

Advantages of Syringe Pumps over Peristaltic Pumps

• Higher precision – Syringe pumps provide an order of magnitude greater accuracy, enabling automatic generation of standard curves and improving data reliability.

• No tubing aging issues – Unlike peristaltic pumps, syringe pumps do not rely on tubing elasticity, thus avoiding accuracy decline caused by tubing wear.

• Pulsation-free flow – Ensures smooth and continuous liquid delivery without pulsation.

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Kamoer's Commitment

With over 20 years of expertise in microfluidics, Kamoer delivers precise and reliable fluid transfer solutions for medical, laboratory, pharmaceutical, and biotechnology industries. Backed by comprehensive quality assurance, Kamoer continues to provide high-quality, competitive products and services, driving advancements in automation and improving testing efficiency.