#chemistryanalyzer

Fison Automated Chemistry Analyzer is designed for biochemical and enzyme analysis processing up to 400 samples per hour, it handles 80+ assay parameters including enzyme kinetics, metabolic panels, and routine chemistry testing with automated sample handling and real-time reaction monitoring.

Clinical laboratories worldwide are experiencing increasing test volumes, tighter turnaround time expectations, and stricter quality control requirements. As diagnostic needs expand across hospitals, research centers, and private labs, we cover the worldwide laboratory market with advanced automation-designed products to support scalable growth and operational efficiency. To keep pace, many facilities are upgrading to a high-performance Automatic Chemistry Analyzer that supports fast, accurate, and standardized biochemical testing. A modern Chemistry Analyzer Machine, such as the Automatic Chemistry Analyzer FM-ACA-B202, is designed to streamline sample processing, enhance reproducibility, and integrate seamlessly with laboratory information systems. In this guide, we explore how an Automated Chemistry Analyzer works, its key features, applications, and how to select the right system for your laboratory.

What Is an Automatic Chemistry Analyzer and How Does It Work?

An Automatic Chemistry Analyzer, also referred to as a Clinical Chemistry Analyzer, Biochemistry Analyzer, or Auto Chemistry Analyzer, is a laboratory instrument that performs automated biochemical testing on serum, plasma, urine, and other body fluids. Working Principle The system operates through three main mechanisms: 1. Automated Sample Handling The analyzer aspirates precise sample volumes (e.g., 2–30 µL with micro-step accuracy), dispenses them into reaction cuvettes, and performs automatic dilution when required. Built-in liquid level detection and clot detection minimize sample-related errors.

2. Reagent Mixing and Incubation Reagents are stored in a temperature-controlled compartment (2–14°C) to maintain stability. The instrument dispenses accurate reagent volumes, mixes them with the sample, and incubates the reaction at a controlled temperature (typically 37°C).

3. Photometric and ISE Measurement

Photometric detection: Uses a halogen lamp and a wavelength range (340–700 nm) to measure absorbance changes in biochemical reactions.

ISE module: Measures electrolytes such as sodium, potassium, and chloride through ion-selective electrode technology.

The Automated Chemistry Analyzer calculates concentration values using calibration curves (linear and non-linear) and transmits results to the lab information system.

Key Features of an Automatic Chemistry Analyzer

A high-throughput Automatic Chemistry Analyzer Laboratory System must offer more than basic automation. Essential features include:

High Throughput Processing up to 400 tests per hour, making it suitable for hospital core labs and reference laboratories. Random Access Testing Allows multiple parameters to be tested simultaneously without batch restrictions.

STAT Testing Capability Urgent samples can be prioritized without interrupting the routine workflow. Barcode Support Reduces manual data entry errors and improves traceability. LIS Connectivity USB and system compatibility with Windows-based platforms enable seamless integration with Laboratory Information Systems (LIS) and Hospital Information Systems (HIS). These capabilities make the Chemistry Analyzer Machine highly efficient for busy diagnostic environments.

Major Applications in Clinical and Diagnostic Laboratories

The Biochemistry Analyzer supports a broad range of clinical applications: 1. Routine Biochemistry Panels Glucose Total protein Albumin Urea Creatinine 2. Liver Function Tests (LFT) ALT AST ALP Bilirubin 3. Kidney Function Profile (KFT) Blood urea nitrogen Creatinine Uric acid 4. Lipid Profile Total cholesterol HDL LDL Triglycerides

5. Electrolyte Testing (via ISE) Sodium Potassium Chloride

A Clinical Chemistry Analyzer consolidates these tests on a single platform, improving laboratory efficiency and reducing equipment redundancy.

Benefits of Laboratory Automation in Chemistry Analysis

Faster Turnaround Time High throughput and automated workflows reduce reporting delays, especially during peak hours.

Reduced Human Error Automated pipetting, calibration, and washing minimize variability caused by manual handling.

Improved Reproducibility Controlled reaction conditions and precise reagent dispensing enhance consistency across batches.

Optimized Workflow An Auto Chemistry Analyzer allows technicians to focus on quality control and data validation rather than repetitive manual tasks. For medium to large laboratories, upgrading to an Automatic Chemistry Analyzer significantly enhances productivity.

Parameters and Test Menu Capabilities

Modern Automated Chemistry Analyzers support an extensive test menu: Enzymes Substrates Electrolytes Proteins Lipids Therapeutic drug monitoring

Open vs Closed System Open system: Allows reagent flexibility from multiple manufacturers. Closed system: Uses proprietary reagents for controlled performance.

The Chemistry Analyzer Machine may support reusable cuvettes, flexible reagent volumes, and customizable calibration curves to meet lab-specific requirements. A high-capacity Automatic Chemistry Analyzer Laboratory platform can manage over 100 programmed parameters based on reagent configuration.

How to Choose the Right Automatic Chemistry Analyzer

Selecting the right Automatic Chemistry Analyzer is based on several factors: Throughput per Hour Match analyzer capacity (e.g., 400 tests/hour) to daily workload. Sample Volume Requirements Low-volume aspiration capability is ideal for pediatric and limited-volume samples. Laboratory Workload Evaluate peak-hour intensive and STAT frequency. Space Availability Consider instrument dimensions and installation requirements. Reagent System Assess open vs closed reagent compatibility and storage temperature control. A properly selected Automated Chemistry Analyzer improves cost efficiency and operational scalability.

Quality Control and Calibration Features

Quality assurance is critical in clinical diagnostics. A robust Clinical Chemistry Analyzer should include: Internal Quality Control (IQC) Monitors assay performance using control materials. Calibration Curves Supports both linear and non-linear calibration for accurate quantification. Traceability Ensures result documentation and audit trails for regulatory compliance. NABL and ISO Compliance Laboratories accredited under NABL or ISO 15189 require analyzers capable of maintaining calibration documentation and performance logs. Advanced calibration management in an Automatic Chemistry Analyzer reduces assay drift and maintains analytical accuracy.

Maintenance and Operational Ideal Practices

To maintain consistent performance, laboratories should follow structured maintenance routines: Probe Cleaning Automatic probe washing cycles prevent carryover contamination. Reagent Storage Store reagents within specified temperature ranges (2–14°C). Periodic Calibration Perform scheduled recalibration for high-sensitivity assays. Software Updates Maintain updated firmware and operating systems for data security and system efficiency. Routine maintenance enhances instrument longevity and maintains steady performance in a high-volume Automatic Chemistry Analyzer Laboratory.

Workflow Integration and Data Management

Modern laboratories rely heavily on digital data integration. LIS/HIS Connectivity Automated transmission of patient data and results reduces transcription errors. Real-Time Monitoring Operators can track reaction status and sample progress through the user interface. Data Storage Secure digital storage allows result retrieval, audit trails, and regulatory documentation. A connected Biochemistry Analyzer improves data traceability and reporting efficiency across departments.

Conclusion: Enhancing Diagnostic Accuracy and Lab Productivity

Modern laboratories are under constant pressure to deliver faster turnaround times, reduce operational costs, and maintain analytical accuracy. Whether in hospitals, diagnostic centers, or remote health screening programs, delayed biochemical testing can slow clinical decisions and impact patient care. The Portable Chemistry Analyzer FM-PCA-A100 delivers rapid multiparameter biochemical testing in a compact format designed for laboratory benches and field deployment. If your lab is facing challenges like limited bench space, high sample volume requirements, or the need for portable diagnostics, this advanced Portable Chemistry Analyzer is built to address those operational gaps.

What is a Portable Chemistry Analyzer, and how does an electrolyte analyzer work?

A Portable Chemistry Analyzer is a compact diagnostic instrument used to measure biochemical parameters in blood, serum, plasma, and other body fluids. Unlike large, floor-standing systems, portable units are lightweight, easy to transport, and ideal for decentralized testing environments. The Portable Chemistry Analyzer FM-PCA-A100 functions as a high-performance Clinical Chemistry Analyzer using: Absorption spectroscopy Turbidimetric analysis End-point, kinetic, and two-point methods

It operates at a controlled temperature of 37°C (±0.3°C) to replicate physiological conditions. During analysis, the instrument measures changes in light absorbance (0.001 Abs precision), which correlate to analyte concentration. Portability Advantage

Traditional Automatic Chemistry Analyzer systems often require dedicated lab infrastructure and larger sample volumes. In contrast, this portable blood

chemistry analyzer: Requires only 90–120 µL sample volume Weighs just 4.6 kg Fits easily on compact lab benches Supports mobile and outreach diagnostics

For pediatric, geriatric, and low-volume sample testing, reduced sample consumption is a major benefit.

Key Features of a Portable Chemistry Analyzer

The FM-PCA-A100 integrates performance-focused features that enhance lab workflow efficiency.

Compact and Bench-Friendly Design Its small footprint makes it suitable for: Small diagnostic labs Satellite laboratories Emergency departments Mobile health units

Fast Turnaround Time 12 minutes per sample Ideal for STAT testing and urgent diagnostics

Multi-Parameter Testing The analyzer supports over 34 biochemical parameters, including: Liver Function Tests (ALT, AST, ALP, TB, DB, ALB) Renal Function Tests (Crea, UREA, UA) Lipid Profile (TC, TG, HDL, LDL) Electrolytes (Na⁺, K⁺, Cl⁻, Ca, Mg, PHOS) Cardiac markers (CK, CK-MB, LDH) Diabetes markers (GLU, HbA1c) Coagulation tests (PT, APTT, INR, D-Dimer) CRP and other inflammatory markers

This makes it a comprehensive Biochemistry Analyzer for routine and emergency use.

Touchscreen Interface 7-inch 800×480 multi-touch Android system Multi-language support 3-step simple operation

Connectivity & Data Management 4 USB ports 1 LAN interface Built-in thermal printer Storage capacity for 500,000 results 2D barcode support

These features help reduce manual entry errors and streamline data transfer to LIS systems.

Applications in Laboratories and Field Testing

A modern Chemistry Analyzer Machine must serve diverse clinical and field requirements. The Blood Chemistry Analyzer supports testing across multiple sectors.

Hospital Laboratories Routine biochemical panels Emergency department diagnostics ICU monitoring Pre-surgical screening

Clinical Diagnostic Centers Preventive health check-ups Diabetes and lipid monitoring Chronic disease management

Field and Outreach Testing As Portable Chemistry Analyzer Equipment, it is highly suitable for Rural health camps Mobile medical vans Corporate wellness screenings Disaster response setups

Environmental and Research Applications Although primarily designed as a Blood Chemistry Analyzer, its analytical principles also support research applications in: Biochemical studies Controlled laboratory experiments

Benefits of Using a Portable Chemistry Analyzer

Rapid Testing

With a 12-minute analysis time, labs can: Improve patient throughput Reduce waiting times Accelerate treatment decisions

High Analytical Accuracy

0.001 Abs absorbance precision Automatic real-time QC and calibration Stable halogen tungsten lamp (2500+ hours lifespan)

Cost-Effective Operation

Low sample volume reduces reagent consumption A compact design reduces infrastructure needs Multi-parameter capability reduces the need for multiple instruments

Versatile Deployment

This Chemistry Analyzer Device performs well in: Primary labs Satellite facilities Emergency rooms Field units

Reduced Consistency on Central Labs

Smaller facilities can perform advanced biochemical testing in-house rather than sending samples to reference laboratories, reducing turnaround delays.

How to Choose the Right Portable Chemistry Analyzer

Selecting the appropriate Portable Chemistry Analyzer requires careful evaluation.

Parameter Range Ensure the analyzer supports: Liver, renal, lipid, and cardiac markers Electrolytes Diabetes markers Coagulation parameters

The FM-PCA-A100 covers comprehensive clinical chemistry panels.

Sample Type Compatibility It supports: Lithium heparin whole blood Serum Plasma

This flexibility increases clinical applicability.

Measurement Accuracy Look for: Stable temperature control High absorbance precision Automatic QC calibration

Portability Needs Consider: Weight (4.6 kg) Power supply compatibility (AC 100–240V) Environmental working conditions (10–30°C, 30–70% humidity)

Ease of Use A user-friendly interface reduces technician training time and operational errors.

For labs transitioning from large Automatic Chemistry Analyzer systems, compact analyzers offer easier handling and simplified workflow.

Maintenance and Ideal Practices for Longevity

To maintain optimal performance of your Portable Blood Chemistry Analyzer, follow these ideal practices:

Regular Cleaning Clean sample areas and optical components as per manufacturer guidelines Avoid reagent residue buildup

Routine Calibration Use built-in automatic QC features Verify calibration periodically

Proper Storage Operate within recommended temperature and humidity conditions Store in a dust-free environment

Monitor Light Source Life A halogen tungsten lamp's lifespan exceeds 2500 hours Replace as recommended for consistent performance

Software & Data Management Regularly back up stored data Update system software if applicable

Consistent maintenance reduces downtime and ensures long-term laboratory efficiency.

Conclusion: Fison delivers advanced diagnostic capability with the Portable Chemistry Analyzer FM-PCA-A100, empowering laboratories and field testing facilities with fast, multiparameter biochemical analysis in a compact format. Designed to support hospitals, diagnostic centers, research institutes, and outreach programs, it streamlines workflow, improves turnaround time, and enhances clinical decision-making. With broad test coverage and user-friendly operation, this Portable Chemistry Analyzer strengthens laboratory efficiency while expanding access to accurate blood chemistry testing wherever it is needed.

labmate Auto Chemistry Analyzer delivers fast and accurate biochemical testing for clinical labs. It supports multiple test parameters with automated sampling to improve workflow efficiency. The intuitive interface and compact design make it suitable for routine diagnostics and high sample volumes.

Lab Expo Semi-Automatic Chemistry Analyzer offers 0–4.500 Abs range with five wavelengths (340–630 nm) for precise biochemical testing. Supports both flow cell and cuvette modes for flexible sample handling. Large color touchscreen enables easy operation and real-time result viewing.

Labmate Auto Chemistry Analyzer delivers fast, accurate biochemical analysis for clinical and diagnostic laboratories. Designed for high throughput and ease of use, it ensures consistent results with minimal manual intervention. Ideal for labs seeking efficiency, precision, and dependable daily performance.