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Sample Throughput

Handling Time

Sample Type

Operating Temperature

Operation Mode

Automated Sample Processing System

Our automated sample processing systems can help your laboratory process samples quickly and accurately. They can complete lid opening and closing, dispensing, and proteinase and internal control addition for 48 sample tubes in one run. The systems also monitor the status of materials and equipment in real-time and sound an alarm if there are any abnormalities. All functions are designed to be performed within a biosafety cabinet with a remote control pad to minimize cross-contamination.

Automated Sample Processing System LMASP-101

  • Sample Throughput: 1 to 48
  • Sample Type: Plasma, serum, whole blood, swab solution, and urine, etc
  • Operation Mode: Stand-alone operation, Pad remote control
  • Operating System: Android system, user interface in Chinese/English
  • Pipetting Channels: 2

$ 12975 / Each of 1

Automated Sample Processing System LMASP-A100

  • Sample Throughput: 96
  • Handling Time: Less than or equal to 20 minutes
  • Operating Temperature: 15°C to 35°C
  • Relative Humidity: 35% to 70% RH
  • Atmospheric Pressure Range: 56 to 106 kPa

$ 54000 / Each of 1

Frequently Asked Questions

1 What is an Automated Sample Processing System?

An Automated Sample Processing System is an apparatus designed to automate the preparation, handling, and analysis of laboratory samples.

2 How does Automated Sample Processing System improve laboratory efficiency?

It improves laboratory efficiency by reducing manual tasks, minimizing human error, and increasing throughput, allowing laboratories to process more samples in less time.

3 How does Automated Sample Processing System support clinical diagnostics?

It supports clinical diagnostics by streamlining processes such as sample aliquoting, reagent dispensing, and barcode tracking, thereby reducing turnaround times and increasing diagnostic accuracy.

4 Can Automated Sample Processing System be used in genomic sequencing workflows?

It is widely used in genomic sequencing workflows for tasks like DNA extraction, PCR setup, and library preparation, ensuring consistency and reducing the risk of cross-contamination.

5 What role does Automated Sample Processing System play in pharmaceutical R&D?

In pharmaceutical R&D, it accelerates high-throughput screening, compound management, and assay development, enabling faster and more reliable drug discovery.

6 How is Automated Sample Processing System applied in environmental testing labs?

It is applied in environmental testing labs to automate processes such as water, soil, and air sample analysis, improving reproducibility and compliance with regulatory standards.

7 How does Automated Sample Processing System enhance food safety testing?

It enhances food safety testing by automating microbial detection, pesticide residue analysis, and allergen testing, thus increasing throughput and reducing manual error.

8 Is Automated Sample Processing System useful in forensic science labs?

It is extremely useful in forensic science labs for automating evidence processing, DNA profiling, and toxicology screening, improving chain-of-custody tracking and accuracy.

9 How does Automated Sample Processing System assist in toxicology testing?

It assists in toxicology testing by automating sample prep, dilution, and reagent addition for urine, blood, and hair samples, improving accuracy and sample integrity.

10 How does Automated Sample Processing System contribute to precision medicine?

It contributes to precision medicine by enabling high-throughput processing of patient-specific samples, ensuring consistent data for personalized diagnostics and treatment plans.