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Bio-Chemistry Analyzer

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Bio-Chemistry Analyzer Specification

Capacity
Up to 300 tests/hour

Feature
User-friendly software, High throughput, Bar code reader compatible

Frequency
50/60 Hz

Power Source
AC Power

Accuracy
2% CV

Automation Grade
Fully Automatic

Measurement Range
0.01 999 U/L

Temperature Range
10C to 35C

Core Components
Optical System, Photometer, Sample Probe

Model No
LabQ 300

Voltage
220-240 V

Equipment Materials
ABS Plastic, Stainless Steel

Type
Fully Automated Bio-Chemistry Analyzer

Usage
Quantitative determination of clinical chemistry analytes

Display Type
7-inch TFT LCD Touchscreen

Dimension (L*W*H)
860 x 600 x 420 mm

Weight
32 kg

Sample Type
Serum, Plasma, Urine

Reagent Positions
40 (Refrigerated)

Alarm System
Automatic error, absence and clog alert

Printer Interface
Built-in Thermal Printer/External Printer option

Languages Supported
English, customizable

Number of Reaction Cuvettes
80

Memory
10,000 Test Results Storage

Reaction Volume
150 500 L (programmable)

Water Consumption
5L/hour

Sample Positions
60

Data Connectivity
USB, RS232

Test Principle
Colorimetric, Turbidimetric, Enzymatic methodologies

Sample Throughput
Up to 300 tests/hour (bi-directional LIS compatible)

Light Source
Halogen Lamp, 12V/20W

Wavelength Range
340 800 nm

About Bio-Chemistry Analyzer

Bio-Chemistry Analyzer

The Bio-Chemistry Analyzer is mainly used for the quantitative analysis of the clinical bio-chemical items; it applies the lamber- beer law: A=kbc=lg(i0/i).
Among them:a: absorbency, k: aspirated index, b: liquid layers thickness, c: solutions consistency, i0: incident lights strength, i: transmit lights strength.
According to the above formulas, under the condition of the certain liquid layers thickness and incident lights strength, as long as test the strength of transmit light which goes through the liquid, so we can calculate the consistency of the solution.

Technical parameters condition for operation

Temperature: 10C-35C
Relative humidity: 20 90 %.
Power: 85-264V

Conserved Transportation Condition:

Temperature: 0C-40C
Relative humidity: 10%-90 %.

Technical Parameters:

Method: kinetic.
End-point, linearity, plus time, non linearity plus time, absorbency, sample blank, multi-standard, velocity, calculation, two-point, double wavelength etc.

7 wavelengths optic system avoiding outer disturbance.
Wavelength range: 340-700nm
Quality control: quality control for all tests, statistic and print quality control parameters automatically with QC curves. Every test can do high medium low three groups quality control.
Program: add or delete test items easily according to the condition. Modify the test parameters. Display dynamic curves at real time.

The print content includes comprehensive hospital's name and sample' materials. Dormant automatically for the lamp to prolong it's life span/input
8 standard curves at most in testing with multi standard method.
Test items: 200filter
Wavelengths: 340. 380. 405. 505. 546. 578. 620nm, 1 empty position wavelength
Precision: 2NM.
Photometric range: -0. 2 2. 3 abs.
Flow cell: quartz .
Measure volume 32ULL
lamp: quartz-halogen lamp, 6V 10W.
Liquid thickness: 10mm.
Screen: 240128 dots graphic LCD.
Output: inner thermal printer or external parallel printer optional Out-printer: print A4 paper result report. Thermal paper dimension: diameter 35mm,width: 78mm(3inches)aspirating samples
Volume: 500UL,
Adjustable memory: 500 samples or quality controls. 30 tests per sample.
Communications connector: RS-232 serial.
Dimension: 33cm in length35. 5cm in width12. 59cm in height
weight: 8kg.

Advanced Performance and Versatility

The LabQ 300 stands out with its innovative detection methods, including colorimetric, turbidimetric, and enzymatic testing. This robust system accommodates multiple sample typesserum, plasma, and urinegranting diagnostic versatility. With up to 300 tests per hour and 80 reaction cuvettes, laboratories benefit from exceptional throughput and reliability, bolstered by 40 refrigerated reagent slots for consistent reagent integrity.

Seamless Operation and User-Friendly Features

Featuring a 7-inch TFT LCD touchscreen and intuitive software, the LabQ 300 streamlines workflow and ensures easy navigation for users. Automated error and absence alerts enhance safety and precision, while bi-directional LIS compatibility enables smooth data management. The built-in or external printer support and immense result storage offer both flexibility and convenience in busy clinical environments.

FAQs of Bio-Chemistry Analyzer:

Q: How does the LabQ 300 Bio-Chemistry Analyzer process samples?

A: The analyzer employs colorimetric, turbidimetric, and enzymatic methodologies to quantitatively analyze clinical chemistry analytes in serum, plasma, and urine. Users simply load samples into one of the 60 available positions, after which the system automates dispensing, incubation, reaction, and result reporting.

Q: What sample types are compatible with the LabQ 300?

A: This analyzer supports serum, plasma, and urine samples, making it suitable for a wide range of clinical chemistry tests to meet diverse laboratory requirements.

Q: What is the throughput and sample capacity of the analyzer?

A: The LabQ 300 can process up to 300 tests per hour, aided by 80 reaction cuvettes, 40 reagent positions, and 60 sample slotsenabling high-volume laboratories to function efficiently.

Q: When should I use the refrigerated reagent positions?

A: Refrigerated reagent positions are essential for preserving reagent stability and preventing degradation, particularly during extended operation hours or when handling heat-sensitive chemistry reagents.

Q: Where can the test results be stored and accessed?

A: Test results can be stored in the analyzers internal memory (up to 10,000 results) and accessed through its touchscreen or exported via USB or RS232 connections for integration with external systems or laboratory information systems (LIS).

Q: What are the main benefits of using the LabQ 300?

A: Key benefits include high sample throughput, robust error and absence alert systems, user-friendly software interface, large storage capacity, and flexible connectivityall of which contribute to dependable and efficient laboratory workflow.

Q: How does the analyzer ensure accuracy and reduce errors?

A: The system incorporates automatic alarm alerts for errors, reagent absence, and probe clogs. With less than 2% coefficient of variation (CV) in accuracy, as well as bar code reader compatibility, it ensures sample tracking, consistent results, and reduced manual errors.

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