Lead Apron
Description:
The Lead Apron is a protective garment designed to shield medical personnel and patients from harmful ionizing radiation during X-ray and imaging procedures. It effectively minimizes radiation exposure to vital organs, ensuring maximum safety in radiology departments, dental clinics, operating rooms, and diagnostic centers.
3 part auto hematology analyzer (DH31)
1. Analysis Parameters
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3-Part Differential: Differentiates white blood cells into three groups – lymphocytes, monocytes, and granulocytes.
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Provides 20+ parameters, including:
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WBC (White Blood Cell count)
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RBC (Red Blood Cell count)
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HGB (Hemoglobin)
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HCT (Hematocrit)
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MCV, MCH, MCHC (Red cell indices)
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PLT (Platelet count)
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RDW-CV, RDW-SD (Red cell distribution width)
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PCT, MPV, PDW (Platelet indices)
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2. Sample Handling
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Sample Volume: Requires only 10–20 µL of whole blood.
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Throughput: Analyzes up to 60 samples per hour.
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Sampling Mode: Closed or open tube system (depending on configuration).
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Automatic aspiration and cleaning minimize contamination and maintenance.
3. Operation and Interface
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Touchscreen Display: 8–10 inch color LCD screen with intuitive menu navigation.
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User Interface: Graphical interface supports real-time data visualization and histogram display for WBC, RBC, and PLT.
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Built-in Thermal Printer: Provides fast, direct printing of test reports.
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Data Storage: Stores up to 50,000 patient results for review or export.
4. Analytical System
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Technology: Uses impedance method for cell counting and cyanide-free colorimetry for hemoglobin measurement.
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Calibration: Fully automatic with internal quality control options.
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Precision and Accuracy: CV <2% for RBC and HGB, ensuring consistent results.
5. Connectivity and Maintenance
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USB / LAN Interface: Allows data transfer to laboratory information systems (LIS).
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Automatic Cleaning and Dilution Systems: Reduces manual intervention and ensures consistent operation.
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Low Reagent Consumption: Designed to use minimal reagents for cost-efficiency.
6. Physical and Power Specifications
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Dimensions: Approximately 400 × 320 × 420 mm (compact bench-top design).
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Weight: Around 20–25 kg.
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Power Supply: AC 110–240V, 50/60Hz.
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Operating Environment: Temperature 15–30°C; humidity ≤85%.
3 part auto hematology analyzer (DH36)
1. Analysis Parameters
-
3-Part Differential: Differentiates white blood cells into three groups – lymphocytes, monocytes, and granulocytes.
-
Provides 20+ parameters, including:
-
WBC (White Blood Cell count)
-
RBC (Red Blood Cell count)
-
HGB (Hemoglobin)
-
HCT (Hematocrit)
-
MCV, MCH, MCHC (Red cell indices)
-
PLT (Platelet count)
-
RDW-CV, RDW-SD (Red cell distribution width)
-
PCT, MPV, PDW (Platelet indices)
-
2. Sample Handling
-
Sample Volume: Requires only 10–20 µL of whole blood.
-
Throughput: Analyzes up to 60 samples per hour.
-
Sampling Mode: Closed or open tube system (depending on configuration).
-
Automatic aspiration and cleaning minimize contamination and maintenance.
3. Operation and Interface
-
Touchscreen Display: 8–10 inch color LCD screen with intuitive menu navigation.
-
User Interface: Graphical interface supports real-time data visualization and histogram display for WBC, RBC, and PLT.
-
Built-in Thermal Printer: Provides fast, direct printing of test reports.
-
Data Storage: Stores up to 50,000 patient results for review or export.
4. Analytical System
-
Technology: Uses impedance method for cell counting and cyanide-free colorimetry for hemoglobin measurement.
-
Calibration: Fully automatic with internal quality control options.
-
Precision and Accuracy: CV <2% for RBC and HGB, ensuring consistent results.
5. Connectivity and Maintenance
-
USB / LAN Interface: Allows data transfer to laboratory information systems (LIS).
-
Automatic Cleaning and Dilution Systems: Reduces manual intervention and ensures consistent operation.
-
Low Reagent Consumption: Designed to use minimal reagents for cost-efficiency.
6. Physical and Power Specifications
-
Dimensions: Approximately 400 × 320 × 420 mm (compact bench-top design).
-
Weight: Around 20–25 kg.
-
Power Supply: AC 110–240V, 50/60Hz.
-
Operating Environment: Temperature 15–30°C; humidity ≤85%.
5- Part Hematology Analyzer Micro CC-25 Plus
Key Specifications & Features
Throughput:
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Processes approximately 60 samples per hour.
Parameters Measured:
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Around 25 hematology parameters, including:
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WBC total and differential counts (LYM#, LYM%, MON#, MON%, NEU#, NEU%, EOS#, EOS%, BASO#, BASO%)
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RBC, Hemoglobin (HGB), Hematocrit (HCT)
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Red cell indices: MCV, MCH, MCHC
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Platelet indices: PLT, MPV, PDW, PCT, P-LCR, P-LCC
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Additional parameters may include immature granulocytes (IG#) and ALY#.
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Sample Volume & Types:
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Whole blood: ~15 µL per test
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Prediluted sample: ~20 µL
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Supports manual sample tubes and open cups with retractable sample probe
Measurement Principles:
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WBC 5-part differential: Laser scatter method
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Hemoglobin: Photometry
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RBC and Platelet counts: Electrical impedance method
Software & Connectivity:
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10.4-inch color touchscreen display with menu navigation and virtual keyboard
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Memory storage of up to ~100,000 results
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Connectivity: USB ports, Ethernet (RJ-45), bidirectional LIS interface
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Built-in thermal printer for immediate report generation
Physical & Environmental Specifications:
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Dimensions: ~47 cm (width) × 52.5 cm (height) × 36.5 cm (depth)
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Weight: ~35 kg
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Power supply: 110–240 V, 50/60 Hz, ~400 VA
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Operating environment: Temperature 10 °C–30 °C, humidity ≤85%
Reagents & Maintenance:
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Uses three main reagents: Diff Lyse, Hgb Lyse, and Diluent, plus a Cleaner Concentrate
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Daily maintenance is minimal; designed for ease of use in clinics or smaller labs
A 12-Channel Electrocardiograph (ECG) machine
A Microscope (CX 107)
Acetone
ALAT / ALT / GPT Reagents — Clinical Chemistry / Semi-Automated Systems
🔬 1. IFCC Kinetic Method (Standard ALT Method)
Primary Reaction
ALT catalyzes:
L-Alanine + α-Ketoglutarate
→ Pyruvate + L-Glutamate
Indicator (Coupled) Reaction
Pyruvate + NADH + H⁺
→ Lactate + NAD⁺
(catalyzed by LDH)
As ALT activity increases, NADH decreases, and absorbance at 340 nm falls.
Measurement
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Wavelength: 340 nm
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Method: Kinetic, ΔA/min
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Rate proportional to ALT activity (U/L)
Albumin Reagents
🔬 1. BCG Method (Bromocresol Green)
Most widely used in routine chemistry analyzers.
Principle
Albumin binds to BCG dye in an acidic buffer forming a green-colored complex.
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Absorbance: 600–630 nm (green complex)
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Type: Endpoint reaction (color intensity ∝ albumin concentration)
Advantages
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Very robust
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Strong signal (high sensitivity)
Limitations
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Mild positive bias in some conditions (e.g., high globulins)
🧪 2. BCP Method (Bromocresol Purple)
A more specific albumin method.
Principle
Albumin binds selectively to BCP dye in acidic buffer forming a purple complex.
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Absorbance: 540–550 nm
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Type: Endpoint
Advantages
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Higher specificity than BCG
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Less interference from globulins or acute phase proteins
Limitations
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Slightly lower color intensity
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More common in premium reagent lines
Alkaline Phosphatase (ALP / ALKP) Reagents
🔬 1. IFCC Kinetic ALP Method (Standard)
Principle
ALP + p-Nitrophenyl phosphate (pNPP)
→ p-Nitrophenol (yellow) + Phosphate
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Absorbance increases as p-nitrophenol is formed.
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The rate of increase (ΔA/min) at 405 nm is proportional to ALP activity.
Measurement
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Wavelength: 405 nm
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Mode: Kinetic (multiple interval readings)
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Temperature: 37°C (IFCC standard)
🧪 2. Reagent Composition (Typical)
Most ALP kits use single-reagent or two-reagent formats.
R1 (Main Buffer Reagent)
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Diethanolamine (DEA) buffer (high pH ~10.3)
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Magnesium ions (Mg²⁺) — ALP cofactor
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Zinc ions (Zn²⁺) — enzyme stabilizer
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Surfactants
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Preservatives
R2 (Substrate Reagent)
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p-Nitrophenyl phosphate (pNPP)
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Stabilizers
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Preservatives
ASAT / AST / SGOT Reagents — Clinical Chemistry / Semi-Automated Systems
🔬 1. IFCC Kinetic Method (Standard AST Method)
Primary Reaction (AST enzyme reaction)
L-Aspartate + α-Ketoglutarate
→ Oxaloacetate + L-Glutamate
Indicator (Coupled) Reaction
Oxaloacetate + NADH + H⁺
→ Malate + NAD⁺
(catalyzed by MDH)
LDH is often included to convert pyruvate → lactate, preventing inhibition.
As AST activity increases, NADH decreases, causing a fall in absorbance at 340 nm.
Measurement
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Wavelength: 340 nm
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Mode: Kinetic (rate), ΔA/min
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Rate proportional to AST activity (U/L)
ASO Test Kit
Specifications
| Content And Storage | 2°C to 8°C |
| Control Sets | Yes |
| CPT Code | 86060 |
| CE Marker | Self-declared |
| Clia Complexity | Moderate |
| Detectable Analytes | Anti-Streptolysin O (ASO) |
| Detection Method | Agglutination |
| Sample Type | Human Serum |
| Sensitivity | 200 IU/mL |
| Disposable | Single-use |
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