Indian Bio System

Product Features:
• Semi-automated biochemistry analyzer

222 open user-defined test programs
and 5000 result memory

• Multipoint calibration up to 6 standards.
with graphical display

• Mono as well as Bi-chromatic
measurement

• 3 level QC with Levey-Jennings graphic

• Dual cuvette system: Flow cell volume

- 18 µl and 10 mm square cuvette

• 8-filter static photometer

• 16 Positions In-Built incubator @ 37°C

• Inbuilt thermal printer

Connectivity to external Incubator

Product Applications:

•⚫ All routine chemistries

Specialized chemistries like HbA1c,
ApoA1, ApoB, Lp(a) etc.
Immunoturbidimetric Assays like ASO,
RF, CRP, etc.

Home / Laboratory / Analyzers
Erba Chem-7 Clinical Chemistry Analyzer
Erba CHEM-7 Semi Automatoed Clinical Chemistry Analyzer
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Categories: Analyzers, Clinical chemistry, Laboratory
DESCRIPTION
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The Instrument
Erba CHEM-7 is an advanced and versatile semi automated analyzer that can perform many clinical chemistry, electrolytes, Immunoturbidimetric assays and coagulation tests.
Test menu:
Glucose
HGB A1C
Cholesterol
Triglycerides
UREA
Creatinine
Albumin
Protein
HDL
LDH
Bilirubin, Direct
Bilirubin, Total
SGOT
SGPT
ALP
GGT
CK
CK-MB
Amylase
Lipase
Phosphorus
Uric Acid
Acid Phosphatase
Bicarbonate
Ca+
Fe+
Na+
K+
Cl-
Mg+
NH3
BUN
Lipoprotein A
LDL
Apoprotein A
Apoprotein B
Microalbumin
Microprotein
Antistreptolysin O (ASO)
CRP
RF
IGA
IGG
IGM
Ferritin
Transferrin
PT
PTT
Phenytoin
Digoxin
Features and benefits:
Semi automated analyzer
56 direct access keys
Temperature selection for 20oC – 40oC in steps of 1oC
5 reporting formats
Online display of reaction curve
Result recalculation
Three levels of quality control with Levy Jennings plot
5 reporting formats
USB port interface for PC & printer
Technical specifications:
Optical Module:
Static photometer with photometric range (340-670)
8 Interference filters 340, 405, 450, 505, 546, 578, 600 and 670 n.m.
Silicon photodiode detectors
Photometric range from 0 to 3.0 OD
Quartz Halogen lamp of 12V, 20W
Measuring Module:
Unique Triple cuvette system
18 µl Flow cell
10 mm Square cuvette
6 mm Round glass tube with adaptor
Peltier temperature control: 20°C-40°C in steps of 1°C
Peristaltic Pump
Minimum aspiration volume 200 µl
Analysis Modes
1-point linear
Rate A non-linear
2-point linear
1-point sample blank linear
1-point non-linear
1-point sample blank non-linear
2-point non-linear
Absorbance
Rate A linear
Coagulation
Memory:
200 User defined test programs
1000 test result
Reagent Blank
3 Levels of QC
Result Recall:
Collated Reports by Date, ID, Date & ID
Test & Date wise
Patient Demographics
Built-in QC:
Daily and monthly monitoring for 3 Levels Levy-Jennings QC graphs
Display:
High resolution graphics LCD with backlight.
View Area: 120 x 92 mm
Keyboard: 41 Multifunction Keys and 6 dynamic keys
Printer: In built high resolution graphic thermal printer
Interface:
USB connectivity to PC
Direct printer connectivity through USB port
Port for External keyboard
Power:
External Universal SMPS adapter 18V DC, 70W, 115/230V AC (± 10%), 50/60 Hz
Size: (mm): 205 (H) x 450 (W) x 300(D)
Weight:  Approx. 7 Kgs.
Optional Accessories: External 16 Position Dry Block Incubator

Biochemistry Analyzers, like the Oscar model, are sophisticated instruments designed for the automated analysis of biochemical substances in blood and other fluids. These analyzers are crucial in clinical laboratories for performing a wide range of tests, including metabolic panels, liver function tests, and kidney function tests. Here’s a detailed description of the Oscar Biochemistry Analyzer:
### Features
1. **Testing Capabilities**:   - **Biochemical Tests**: Performs a broad spectrum of biochemical assays, including tests for glucose, cholesterol, triglycerides, liver enzymes (ALT, AST), kidney function markers (creatinine, urea), electrolytes, proteins, and more.   - **Panel Testing**: Capable of conducting comprehensive panels such as metabolic panels, lipid profiles, and liver function tests.
2. **Technology**:   - **Assay Methods**: Utilizes various assay methods including colorimetric, turbidimetric, and enzymatic techniques for accurate biochemical analysis.   - **Automation**: Features automated sample handling, reagent management, and result processing, minimizing manual intervention and increasing throughput.
3. **Display and Interface**:   - **Screen**: Equipped with a high-resolution color touchscreen or LCD display that provides clear visualization of test results, patient data, and system status.   - **User Interface**: Offers an intuitive and user-friendly interface for easy operation, test selection, and result interpretation.
4. **Data Management**:   - **Data Storage**: Includes internal memory for storing test results, patient records, and historical data.   - **Connectivity**: Provides various connectivity options such as USB, Ethernet, and wireless for data transfer, integration with laboratory information systems (LIS), and electronic medical records (EMR).
5. **Quality Control**:   - **Calibration and Maintenance**: Includes built-in calibration and quality control systems to ensure the accuracy and reliability of results.   - **Self-Diagnostics**: Equipped with self-diagnostic tools to monitor system performance and detect any potential issues.
6. **Sample Throughput**:   - **High Throughput**: Designed to handle a large volume of samples efficiently, suitable for high-demand clinical laboratories.   - **Rapid Testing**: Provides quick turnaround times for test results, enhancing workflow efficiency and patient care.
### Benefits
1. **Comprehensive Testing**: Offers a wide range of biochemical tests and panels, providing a complete profile of a patient’s metabolic and organ function.2. **Efficiency**: Automated processes increase laboratory efficiency by reducing manual handling and speeding up result processing.3. **User-Friendly**: The intuitive interface and high-resolution display make it easy for laboratory technicians to operate and interpret results.4. **Accurate Results**: Advanced technology and quality control systems ensure accurate and reliable test results.
### Applications
1. **Clinical Laboratories**: Ideal for use in hospitals, diagnostic labs, and outpatient facilities for routine biochemical testing and diagnostic purposes.2. **Health Monitoring**: Useful for regular health check-ups, monitoring of chronic conditions, and assessing organ function.3. **Research**: Suitable for research laboratories conducting studies related to biochemistry, metabolic disorders, and clinical trials.

Mindray Biochemistry Analyzers are advanced diagnostic instruments designed for comprehensive biochemical analysis of blood and other fluids. These analyzers are widely used in clinical laboratories for routine and specialized testing, providing accurate and efficient results for a variety of biochemical parameters. Here’s a detailed description of Mindray Biochemistry Analyzers:
### Features
1. **Testing Capabilities**:   - **Biochemical Assays**: Performs a wide range of tests including glucose, cholesterol, triglycerides, liver enzymes (ALT, AST), kidney function markers (creatinine, urea), electrolytes, proteins, and more.   - **Panels and Profiles**: Capable of conducting complete metabolic panels, lipid profiles, liver function tests, and renal function tests.
2. **Technology**:   - **Assay Methods**: Utilizes multiple assay techniques such as colorimetric, turbidimetric, enzymatic, and electrochemical methods for accurate biochemical analysis.   - **Automation**: Features advanced automation for sample handling, reagent management, and result processing, reducing manual intervention and increasing throughput.
3. **Display and Interface**:   - **Screen**: Equipped with a high-resolution color touchscreen or LCD display for clear visualization of test results, patient data, and system status.   - **User Interface**: Provides an intuitive and user-friendly interface that simplifies operation, test selection, and result interpretation.
4. **Data Management**:   - **Data Storage**: Includes internal memory for storing test results, patient records, and historical data.   - **Connectivity**: Offers various connectivity options such as USB, Ethernet, and wireless for data transfer, integration with laboratory information systems (LIS), and electronic medical records (EMR).
5. **Quality Control**:   - **Calibration and Maintenance**: Incorporates built-in calibration and quality control systems to ensure the accuracy and reliability of results.   - **Self-Diagnostics**: Features self-diagnostic tools to monitor system performance and detect potential issues.
6. **Sample Throughput**:   - **High Throughput**: Designed to handle a high volume of samples efficiently, making it suitable for busy clinical laboratories.   - **Rapid Results**: Provides quick turnaround times for test results, enhancing workflow efficiency and patient care.
### Benefits
1. **Comprehensive Analysis**: Offers a broad spectrum of biochemical tests and panels, providing a detailed profile of metabolic and organ function.2. **Efficiency**: Automated processes increase laboratory efficiency by reducing manual handling and expediting result processing.3. **User-Friendly**: The intuitive interface and high-resolution display facilitate ease of use and result interpretation.4. **Accuracy**: Advanced technology and quality control systems ensure precise and reliable test results.
### Applications
1. **Clinical Laboratories**: Ideal for use in hospitals, diagnostic labs, and outpatient facilities for routine biochemical testing and diagnostic purposes.2. **Health Monitoring**: Useful for regular health check-ups, monitoring chronic conditions, and assessing organ function.3. **Research**: Suitable for research laboratories studying biochemical processes, metabolic disorders, and clinical trials.

Fully Automated Random Access Clinical Chemistry Analyzer with a throughput of
200 tests/hr (photometric test) and
400 tests/hr with ISE (Na/K/Cl/Li).
30 Position Reagent Tray with On-board cooling, convenient software and extensive quality control menu.
DISPENSING OF SAMPLES AND REAGENTS
Sample volume: 2-70 µl (in 0,2 µl step)
 
Reagent volume:  R1 50-300 µl (in 1 µl step), R2 10-200 µl (in 1 µl step)
 
Dispensing probe equipped with liquid -level sensor and crash detector
 
Auto-dilution of samples and calibrators
ECONOMY
Minimum reaction volume: 180 µl
 
Reusable reaction cuvettes
MIXING SYSTEM
Independent stirrers
 
3 user selectable mixing speeds
QUALITY CONTROL
4 levels of control material can be used
 
Levey-Jennings graphs
 
Twin Plot diagrams for monitoring of systematic and random error 
REACTION UNIT 
45 reusable hard glass cuvettes
 
Possibility of replacement of individual cuvette
 
Wash station – cuvette rinsing and drying  in 8 steps
 
Automatic cuvette blank measurement before analysis
 
Reaction temperature 37°C ± 0,2°C
SAMPLE TRAY
39 positions for samples, blanks, standards, calibrators, controls and ISE solutions
 
Primary tubes 5, 7 and 10 ml, vacuum system tubes and cups
 
STAT sample with priority in any position
 
Possibility of programming up to 99 virtual trays
REAGENT TRAY
50 positions, 20 ml, 50 ml reagent containers, 5 ml tube with adaptor)
 
Reagent compartment with Peltier/air cooler (8-12°C)
 
Option to use one reagent for several tests simultaneously 
SOFTWARE
Convenient user interface
 
Connection to LIS
 
Statistical methods of processing results
 
Data export in selected format
MEASUREMENT MONITORING
Color indication of sample analysis
 
Possibility of monitoring the reaction in real time
 
Reagent volume monitoring
 
Informative reports on ongoing analyzer status

Salient Features
7″ graphic resistive touchscreen colour display
Online reaction Curve
Collated Patients Reports
3 Level Quality Control with L-J plot
Technical Specifications
Parameter Description
Assay Types Absorbance, End point, Kinetic, Fixed Time, Endpoint with Sample Blank and Coagulation
Wavelength Interference Filters 340, 405, 450, 505, 546, 578, 630 and 670nm
Bandwidth 10nm ±2nm
Absorbance Range -0.1 to 3.000 Abs
Flow Cell 18 µL
Aspiration Volume 300µL to 1000µL by specially designed Peristaltic Pump
Cuvette Semi Micro Cuvette
Cuvette Volume 2.5 mL
Memory 196 programs, 5000 test records with Reaction Curve
Light Source 6V/10W, Tungsten Halogen Lamp
Temperature Control 25, 30 & 37° C by Peltier Effect
Quality Control L-J Plot of Tri-level control with daily and monthly data
Display
"7″ Graphic Colour LCD with resistive touchscreen
Resolution: 800 x 480 pixels
Built-in Printer 2″ Graphic Thermal Printer (can be switched ON/OFF, when desired)
Interface Two USB ports for External Keyboard/ Mouse
Operating Condition
Temp: 15°C to 40°C
Relative Humidity: up to 85%
Storage Condition 10°C to 40°C, Altitude: Below 3000 Meter
Inbuilt Incubator Incubator for 8 test tubes & 5 coagulation tubes – Optional.
Battery Back-up Battery back up for the instrument – Optional.
Dimension 360mm (L) x 355mm (B) x 170mm (H)
Weight 6.6 Kg
Power Consumption 50 Watts
Power Supply 100 to 240 VAC ±10%, 50/60 Hz
Calibration curve Linear, Multipoint and non-linear calibration upto 6 standards with calibration curve like cubic spline, exponential, parabola etc.

A fully automated biochemistry analyzer is a sophisticated laboratory instrument designed to perform a wide range of biochemical tests with minimal manual intervention. It enhances efficiency and accuracy in analyzing biochemical parameters, making it an essential tool for clinical laboratories, research facilities, and diagnostic centers. Here’s a detailed description:
### Features
1. **Testing Capabilities**:   - **Assays**: Capable of performing a broad spectrum of biochemical assays, including glucose, cholesterol, triglycerides, electrolytes, liver function tests, kidney function tests, proteins, and more.   - **Multi-parameter Testing**: Allows simultaneous analysis of multiple parameters from a single sample, increasing throughput and efficiency.
2. **Automation**:   - **Sample Handling**: Features an automated sample loading and processing system, which can handle multiple samples with minimal manual intervention.   - **Reagent Management**: Automated reagent dispensing and mixing systems ensure accurate reagent usage and consistent results.
3. **Detection and Measurement**:   - **Technology**: Utilizes advanced detection technologies such as photometry, spectrophotometry, and colorimetry for precise measurement of biochemical parameters.   - **Calibration and Validation**: Automated calibration and validation processes ensure accurate and reliable test results.
4. **Display and Interface**:   - **Screen**: Equipped with a high-resolution color touchscreen or LCD display for clear visualization of test results, workflows, and system status.   - **User Interface**: Features an intuitive and user-friendly interface for easy operation, data entry, and result interpretation.
5. **Data Management**:   - **Data Storage**: Includes internal storage for test results, patient information, and historical data.   - **Connectivity**: Offers various connectivity options such as USB, Ethernet, and wireless for data transfer, integration with laboratory information systems (LIS), and electronic medical records (EMR).
6. **Quality Control**:   - **Built-in QC**: Incorporates quality control (QC) features such as internal QC runs, calibrations, and error detection to maintain accuracy and consistency.   - **Self-Diagnostics**: Equipped with self-diagnostic tools to monitor system performance and identify potential issues.
7. **Sample Throughput**:   - **High Throughput**: Designed to handle a high volume of samples efficiently, making it suitable for busy clinical and diagnostic laboratories.   - **Rapid Testing**: Provides quick turnaround times for test results, enhancing workflow efficiency and patient care.
### Benefits
1. **Increased Efficiency**: Automates sample processing, reagent management, and data analysis, reducing manual workload and increasing throughput.2. **Accuracy and Precision**: Advanced detection technologies and automated calibration ensure accurate and reliable test results.3. **User-Friendly**: The intuitive interface and automated systems simplify operation and minimize the risk of human error.4. **Seamless Integration**: Facilitates easy integration with laboratory information systems and electronic medical records for efficient data management.
### Applications
1. **Clinical Laboratories**: Ideal for use in hospitals, diagnostic labs, and outpatient facilities for routine biochemical testing and diagnostics.2. **Research Facilities**: Suitable for research laboratories conducting biochemical and clinical studies.3. **Diagnostic Centers**: Useful in diagnostic centers for high-throughput biochemical analysis and patient testing.