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Rapid Cards
- Rapid Cards, Rapid Tests, Tropical/ Parasitic
Scrub typhus IgG/IgM Rapid 30 Test Pack
₹3,000.00₹6,000.00 - Gastrointestional Tests, Rapid Cards, Rapid Tests
Typhoid IgG/IgM Rapid 30 Test Pack
₹1,500.00₹3,000.00
- Gastrointestional Tests, Rapid Cards, Rapid Tests
S.Typhi/Paratyphi Ag Rapid 25 Test Pack
₹3,000.00₹5,200.00 - Gastrointestional Tests, Rapid Cards, Rapid Tests
Chikungunya IgM Combo Rapid 30 Test Pack
₹5,000.00₹7,500.00 - Rapid Cards, Rapid Tests, Tropical/ Parasitic
Dengue IgG/IgM Combo Rapid 30 Test Pack
₹3,300.00₹7,500.00 - Rapid Cards, Rapid Tests, Tropical/ Parasitic
Leptospira IgG/IgM Combo Rapid 30 Test Pack
₹4,200.00₹7,500.00 - Hormone/ Neonatal Tests, Rapid Cards, Rapid Tests
Toxo IgG/IgM Rapid 30 Test Pack
₹1,600.00₹3,000.00
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RAPID WIDAL (O, & H) Slide Test
REAGENTS CONTENTS
1. S.typhi “0” – 5ML
2. S.typhi “H” -5ML
3. S.paratyphi “A(H)” – 5ML
4. S.paratyphi “B(H)” – 5ML
All reagents contain killed bacterial antigen,
preservatives and stabilisers.
5. Positive Control – 0.5ML
Accessories Glass Slide – 1 NO
Blood Grouping Reagent COMBO (A + B + D)
Understanding the importance of blood compatibility in transfusions is essential for ensuring the safety and effectiveness of these medical procedures. The ABO and Rh blood group antigen systems play a significant role in determining compatibility between the donor and recipient.
The ABO system is the most well-known and widely used blood group system. It consists of four major blood types: A, B, AB, and O. These blood types are determined by the presence or absence of specific antigens on the surface of red blood cells. For example, individuals with type A blood have A antigens, those with type B blood have B antigens, individuals with type AB blood have both A and B antigens, and those with type O blood have neither A nor B antigens.
In addition to the ABO system, the Rh system is also critical in blood compatibility. The Rh factor refers to the presence or absence of the Rh antigen on red blood cells. Individuals who have the Rh antigen are considered Rh-positive, while those who lack the antigen are Rh-negative. The combination of ABO and Rh factors determines an individual’s specific blood type, such as A-positive, B-negative, AB-positive, etc.
When it comes to blood transfusions, compatibility between the donor and recipient is crucial to prevent adverse reactions. If incompatible blood is transfused, the recipient’s immune system may recognize the foreign antigens as threats and mount an immune response. This can lead to a range of serious complications, including hemolysis (destruction of red blood cells), organ damage, and even death.
To ensure compatibility, healthcare professionals carefully match the ABO and Rh types of the donor and recipient before transfusion. For example, individuals with type A blood can receive blood from type A or type O donors, while those with type B blood can receive blood from type B or type O donors. Individuals with type AB blood are considered universal recipients, as they can receive blood from any blood type, while those with type O blood are considered universal donors, as their blood can be transfused to individuals with any blood type.
While the ABO and Rh systems are the most important in determining compatibility, there are other blood group systems that healthcare professionals consider during transfusions. These include the Kell, Duffy, Kidd, and Lewis systems, among others. Each system has its own set of antigens and antibodies, and compatibility is determined by matching these factors between the donor and recipient.
In conclusion, blood compatibility is of utmost importance in transfusions to ensure the safety and efficacy of these medical procedures. The ABO and Rh blood group antigen systems, along with other blood group systems, play a crucial role in determining compatibility between the donor and recipient. By carefully matching blood types and antigens, healthcare professionals can minimize the risk of adverse reactions and ensure successful transfusions.
The ABO blood group system is one of the most well-known and widely used systems for classifying human blood types. It plays a crucial role in blood transfusion and organ transplantation, as well as in paternity testing and forensic analysis. The system is based on the presence or absence of two specific antigens, known as A and B, on the surface of red blood cells (RBCs).
These antigens are determined by three alleles, or variations of a gene, located at a single genetic locus. The three alleles are labeled as A, B, and O. The A allele codes for the production of the A antigen, the B allele codes for the production of the B antigen, and the O allele does not produce any antigens. The combination of these alleles determines a person’s blood type.
Individuals with type A blood have the A antigen on the surface of their RBCs, which is produced by the A allele. Those with type B blood have the B antigen, produced by the B allele. Individuals with type AB blood have both A and B antigens, as they inherit one A allele from one parent and one B allele from the other. On the other hand, individuals with type O blood have neither A nor B antigens, as they inherit two copies of the O allele.
It is important to note that the presence or absence of A and B antigens on RBCs is not the only factor that determines blood type. There is another antigen called the Rh factor, which can be either present (Rh positive) or absent (Rh negative). The combination of the ABO blood group system and the Rh factor results in the eight main blood types: A+, A-, B+, B-, AB+, AB-, O+, and O-.
The ABO blood group system is significant in medical practice because it determines the compatibility of blood for transfusion. For example, individuals with type A blood can safely receive blood from type A or type O donors, as their immune system recognizes the A antigen. However, they cannot receive blood from type B or AB donors, as their immune system would recognize the B antigen as foreign and mount an immune response.
Similarly, individuals with type B blood can receive blood from type B or type O donors, but not from type A or AB donors. Individuals with type AB blood, being the universal recipient, can receive blood from any blood type, as their immune system recognizes both A and B antigens. Lastly, individuals with type O blood, being the universal donor, can donate blood to any blood type, as their RBCs do not have A or B antigens that could be recognized as foreign.
In addition to its importance in blood transfusion, the ABO blood group system has implications in other areas of medicine. It can affect the outcome of organ transplantation, as matching the ABO blood type between the donor and recipient is crucial to prevent rejection. Furthermore, the ABO system is used in paternity testing to determine the likelihood of a biological relationship between a child and an alleged father. It is also used in forensic analysis to help identify individuals based on blood stains found at crime scenes.
In conclusion, the ABO blood group system is a fundamental aspect of human biology and has significant implications in various fields of medicine and forensic science. It is a testament to the complexity and diversity of the human genetic makeup, and its understanding has revolutionized the practice of blood transfusion, organ transplantation, and forensic analysis.
The Rh blood group system, named after the Rhesus monkey in which it was first discovered, is one of the most complex and clinically significant blood group systems. It plays a crucial role in blood transfusions and pregnancy-related complications.
The Rh system is determined by the presence or absence of Rh antigens on the surface of red blood cells. These antigens are proteins that can trigger an immune response if they are recognized as foreign by the immune system. The Rh system is defined by two alleles at a separate genetic locus: Rh positive (Rh+) and Rh negative (Rh-).
Individuals who are Rh+ have the Rh antigen on their red blood cells, while individuals who are Rh- lack this antigen. Approximately 85% of the population is Rh+, making it the most common blood type. Rh positivity is inherited in an autosomal dominant manner, meaning that if one parent is Rh+ and the other is Rh-, there is a 50% chance that their child will be Rh+.
The presence or absence of the Rh antigen is of great importance in blood transfusions. If an Rh- individual receives Rh+ blood, their immune system may produce antibodies against the Rh antigen, leading to a potentially life-threatening reaction. Therefore, it is crucial to match the Rh type of the donor and recipient during blood transfusions to prevent such complications.
In addition to its significance in blood transfusions, the Rh system also plays a crucial role in pregnancy-related complications. If a Rh- woman becomes pregnant with a Rh+ fetus, there is a risk of Rh sensitization. During pregnancy and childbirth, small amounts of fetal blood may enter the mother’s bloodstream, causing her immune system to produce antibodies against the Rh antigen. If the woman becomes sensitized, these antibodies can cross the placenta in subsequent pregnancies and attack the red blood cells of the Rh+ fetus, leading to a condition known as hemolytic disease of the newborn.
To prevent Rh sensitization and subsequent complications, Rh- women who are pregnant with Rh+ fetuses are given an injection of Rh immune globulin (RhIg) around the 28th week of pregnancy and within 72 hours after delivery. RhIg works by preventing the mother’s immune system from producing antibodies against the Rh antigen, thus protecting the current and future pregnancies.
In conclusion, the Rh blood group system is a complex and clinically significant system that determines the presence or absence of Rh antigens on red blood cells. It has implications for blood transfusions and pregnancy-related complications, highlighting the importance of accurate Rh typing and appropriate interventions to ensure the safety and well-being of individuals with different Rh types.
Preventing Complications and Transfusion Reactions
Ensuring compatibility between the donor and recipient blood types is vital to the success of a blood transfusion. If the recipient has antibodies to the infused red blood cells, these cells will be rapidly destroyed, leading to a potentially life-threatening transfusion reaction.
For example, if type A blood is given to a type B recipient, the recipient’s serum contains anti-A antibodies that will recognize the A antigens on the transfused red blood cells as foreign. This recognition triggers an immune response, causing the destruction of the transfused cells and potentially leading to severe complications.
In cases where a Rh- mother is carrying an Rh+ baby, there is a risk of erythroblastosis fetalis, a condition where the mother’s immune system produces antibodies against the Rh antigen present in the baby’s red blood cells. To prevent this, the mother can receive passive immunization with anti-Rh antibodies, which will neutralize any Rh antigens present in her bloodstream and prevent the production of antibodies against them.
Moreover, healthcare professionals take additional measures to prevent complications and transfusion reactions. One such measure is the crossmatching of blood samples. Crossmatching involves mixing a small sample of the recipient’s serum with the donor’s red blood cells to check for any reactions. This process helps identify any potential compatibility issues before the actual transfusion takes place.
In addition, healthcare providers also perform pre-transfusion testing to ensure the safety of the blood being transfused. This testing includes screening for infectious diseases, such as HIV, hepatitis B and C, and syphilis, among others. By thoroughly screening the donated blood, the risk of transmitting these diseases through transfusion is significantly reduced.
By carefully matching the blood types of donors and recipients, healthcare professionals can minimize the risk of transfusion reactions and ensure the safety and effectiveness of blood transfusions. These precautions, including crossmatching and pre-transfusion testing, play a crucial role in maintaining the integrity of the blood supply and safeguarding the health of patients in need of transfusions.
Lipid Panel (CHO/TG/HDL) Meter
3-in-1 Lipid Test* Lipid Panel (CHO/TG/HDL) Meter
Complete test panel
Efficient
Ease of Use
Premium Features
One Step Chlamydia Trachomatis Antigen Detection Test
For in ~ vitro diagnostic use only
Store at 2 ~ 40 C
Kit Contents:
1. Mytest Chlamydia Ag Device individually foil pouched with a desiccant.
2. Extraction Buffer.
3. Sample Applicator (Optional).
4. Package insert (instruction for use).
TRUSTwell Ferritin ELISA KIT
Streptavidin coated plates for higher sensitivity and enhanced stability.
Ready to use 6 level calibrators & an assay control.
Analytical Sensitivity: 0.5ng/mL & Linearity: Upto 1200ng/mL
Minimal assay time: 75 Mins.
Excellent correlation: R2 = 0.961 (with Roche e411) & commercial ELISAs.
Shelf Life: 18 Months.
HCV Total Ab ELISA KIT
Detects all IgM, IgA and IgG antibodies
Better performance: Biotinylated antigen improves the sensitivity and specificity of the assay
External Evaluation: NIB, Govt. Of India – Sensitivity: 100 % & Specificity: 100 %
Internal Evaluation: Zeptometrix HCV sero-conversion panel showed early detection
100% detection rate over market leading IgG ELISA
Minimal assay time: 105 mins
Shelf Life: 18 Months
Glucometer – Glucospark
Glucose Ranges | 20 – 800 mg/dL |
Fill Direction | Automatic |
Sample Mode | Capillary |
Sample | Whole Blood |
Sample Volume | 0.5 µL |
Analysis Time | 5 Seconds |
Battery | 3v Lithium Battery (CR2032) Lasts for 1000 tests |
Relative Humidity | 10-95% (Non-Condensing) |
Operating Temperature | 2-50 Degree Centigrade |
Strips Storage Temperature | 0-50 Degree Centigrade |
Interference | Minimal |
Memory | 1000 Readings |
Shelf Life of Strips | 24 months (From Date of Manufacturing) |
Display | 48 mm (diagonally) LCD |
Beakers BG- Low Form
BEAKERS
Beakers Low form and Graduation | |||||||
1 | Cat # | QLBG 015 | QLBG 016 | QLBG 017 | QLBG 018 | QLBG 019 | QLBG 020 |
2 | Capacity | 5ml | 10ml | 25ml | 50ml | 100ml | 150ml |
1 | Cat # | QLBG 0210 | QLBG 023 | QLBG 025 | QLBG 026 | ||
2 | Capacity | 250ml | 500ml | 1000ml | 2000ml |
Lactate Test Strip – Lacto spark
Lab Bottles – Blue Capped
Lab Bottles – Blue Capped
Lab bottles Blue Capped: Laboratory reusable bottles are ideal for sample preparation, storage, transport, and sterilization.
These are Wide Mouth (Mouth dia same in all capacities) with threaded Polypropylene
screw cap (totally leak proof)
Manufactured from 3.3 borosilicate glass for high resistance to thermal shock, superior chemical compatibility, and transparency.
Fired-on durable white ceramic graduations with easy-to-read scale for accurate measurements.
Large labeling spot for easy identification.
Includes polypropylene (PP) screw cap for sample protection and pouring ring for drip-free pouring.
The service temperature level of the screw cap and pouring ring: +140°C.
LAB BOTTLES: Blue Capped Bottles | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 25ml | QLBG 046 | 1 |
2 | 50ml | QLBG 047 | 1 |
3 | 60ml | QLBG 048 | 1 |
4 | 100ml | QLBG 049 | 1 |
5 | 250ml | QLBG 050 | 1 |
6 | 500ml | QLBG 051 | 1 |
7 | 1000ml | QLBG 052 | 1 |
Hemoglobin Test Strip – Hemo Spark
Hemoglobin Test Strip – Hemo Spark
Strip (Working Environment) | Working Temperature 2 – 40 ºC and Humidity 5 – 95% |
Strip (Storage Environment) | Storage Temperature 2 – 40 ºC and Humidity 5 – 95% |
Strip Shelf Life | 18 Months |
Auto Calibration | Auto/Self Calibrations |
Sensitivity | More than 80% |
Specificity | More than 80% |
Bias (Limits of Agreement) | 0.5 g/dL (±1gm/dL) |
Accuracy | 98% |
Reproducibility | CV : < 3% |
Measurement Range | 0 – 25.6 g/dL, 0 – 256 g/L, 0 – 15.9 mmol/L |
Sample | Whole blood (Capillary, Venous, Arterial) |
Sample Volume | 10 µL |
Lactate Meter Lacto Spark
Lactate Meter
Lactate Ranges | 1 – 20 mmol/L |
Fill Direction | Automatic |
Sample Mode | Capillary |
Sample | Whole Blood |
Sample Volume | 0.5 uL |
Analysis Time | 5 Seconds |
Battery | 3v Lithium Battery (CR2032) Lasts for 1000 tests |
Relative Humidity | 10-95% (Non-Condensing) |
Operating Temperature | 2-50 Degrees Centigrade |
Strips Storage Temperature | 0-50 Degree Centigrade |
Interference | Minimal |
Memory | 50-500 Readings |
Shelf Life of Strips | 15 months (From Date of manufacturing) |
Display | 48 mm (diagonally) LCD |
HIV 1/2 Ab Rapid Test – 30Test Pack
*It Is Only For Professionals And Not For any Individual Use. Misuse Of This Kit Can Give Wrong Results.
Each kit contains:
Digital Ultrasonic Cleaner
SALIENT FEATURES
Ultrasonic Cleaner operates at 40kHz frequency. These high frequency sound waves convert the electrical energy into ultrasonic waves in the form of vibration by means of PEIZO transducers. The Accumulation of ultrasonic waves produces millions of microscopic cavitation bubbles. These cavitation bubbles drives the cleaning solution into components to be cleaned, removing away all the dirt and accumulated residues on them.
qlabs Electrometer Plus- PT/ INR Device
qlabs Electrometer Plus- PT/ INR Device
Lightweight, portable, compact and easy to use,
qLabs platform features:
Ultra Smart – ABGE Analyzer
Ultra Smart – ABGE Analyzer
**Applicable only for Indian Buyers: Price shown in RUPEES is inclusive of GST 18% , You will get the GST bifurcated details in the Tax Invoice
Sample Volume 100 μL (Capillary/Micro mode) Results with 1 Sample 27 different Result Sample Type Whole Blood, Serum, Plasma, CSF & Diluted Urine Parameters Blood Gas: pH, PCO2, pO2, Hct
Electrolytes: Na, K, Li, Cl, iCa
Metabolites: LGU, LAC
Calculated Parameter: Hb, HCO3, BE, BE-B, BE-ECF, TCO2, AG, AG(K), O2 Sat, O2 Ct, SBC, nCa, TCa, pO2%, A, AaDO2, a/A
Quickem Max -Semi Auto Biochemistry Analyzer
Features
Download Catalogue Here….
Quickem Mini – 120 Fully Auto Biochemistry Analyzer
Quickem Mini – 120 Fully Auto Biochemistry Analyzer
System Function:
General: Benchtop, automatic, discrete, random access, STAT sample priority
Throughput: Up to 120 tests per hour
Principle: Colorimetry and turbidimetry
Method: End-point, fixed-time, kinetic, etc.
Programming: Open or closed system on demand
Reagent/Sample handling
Reagent: 54 reagent positions
Sample: 27 sample positions
Reagent Volume: 10-300 μL, step by 1 μL
Sample Volume: 1-70 μL, step by 0.1 μL
Liquid level detection, vertical & horizontal collision detection
and reagent inventory monitoring
Probe Cleaning: Auto interior and exterior wash
Calibration and control:
Calibration: K-factor, Linear, Spline, Logit-Log
4P, Logit-Log 5P, Exponential, Polynomial
Control: Westgard multi-rule, Cumulative sum check,
Twin plot, L-J Chart
Operation system:
Computer: Built-in operation system
Screen: 10.4 inch color touch screen
Data Storage: 100,000 results
Printer: Built-in and external printer
Others: Soft keyboard Compatible with keyboard and mouse
Interface: Ethernet, USB, RS232, VGA, HDMI, etc
Water Consumption: ≤ 1.5 L/H
Reaction Tray: 81 reusable cuvettes,
Wavelength: 8 wavelengths: 340nm, 405nm,
450nm, 510nm, 546nm, 578nm, 630nm, 670nm
Absorbance: 0-4.5 Abs
I Chroma Instruments & Kits
- Cardiac Profile, i Chroma Kits, Immunoassay Catridges
i Chroma CK-MB – 25 Test Pack Kit
₹6,500.00₹7,500.00
Lab Consumables
Rapid Cards
Recent Products
Bacteriological Incubator
Features:
Quickem Mini – 120 Fully Auto Biochemistry Analyzer
Quickem Mini – 120 Fully Auto Biochemistry Analyzer
System Function:
General: Benchtop, automatic, discrete, random access, STAT sample priority
Throughput: Up to 120 tests per hour
Principle: Colorimetry and turbidimetry
Method: End-point, fixed-time, kinetic, etc.
Programming: Open or closed system on demand
Reagent/Sample handling
Reagent: 54 reagent positions
Sample: 27 sample positions
Reagent Volume: 10-300 μL, step by 1 μL
Sample Volume: 1-70 μL, step by 0.1 μL
Liquid level detection, vertical & horizontal collision detection
and reagent inventory monitoring
Probe Cleaning: Auto interior and exterior wash
Calibration and control:
Calibration: K-factor, Linear, Spline, Logit-Log
4P, Logit-Log 5P, Exponential, Polynomial
Control: Westgard multi-rule, Cumulative sum check,
Twin plot, L-J Chart
Operation system:
Computer: Built-in operation system
Screen: 10.4 inch color touch screen
Data Storage: 100,000 results
Printer: Built-in and external printer
Others: Soft keyboard Compatible with keyboard and mouse
Interface: Ethernet, USB, RS232, VGA, HDMI, etc
Water Consumption: ≤ 1.5 L/H
Reaction Tray: 81 reusable cuvettes,
Wavelength: 8 wavelengths: 340nm, 405nm,
450nm, 510nm, 546nm, 578nm, 630nm, 670nm
Absorbance: 0-4.5 Abs
Quickem Max -Semi Auto Biochemistry Analyzer
Features
Download Catalogue Here….
BLOOD GAS & CHEMISTRY ANALYZER
BLOOD GAS & CHEMISTRY ANALYZER
Blood Gas & Chemistry Analyzer – Features
Rapid
Fully Automated – Auto Sampling
Test Time – Less than 1 minute
Built in printer for results
Reliable
Principle: Innovative microfluidic and micro sensor technology
Parameters Measured: pH, pO2, pCO2, Na, K, Ca, Cl, Glu, Lac, Hct
Sample types: Arterial, Venous, Capillary, Mixed, CPB, Aqueous
Triple Result Guarantee: Ensured with Calibrator, Control and Electronic simulator
12 Months Cartridge Shelf life
Convenient
Micro sample – 140 µl
Zero maintenance
Automated Veterinary Hematology Analyzer – VH30
3 Part Veterinary Hematology Analyzer – VH30
Assays: 24 parameters(including WBC, Neu#, Lym#, Gran#, Neu%, Lym%, Gran%, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, MPV, PDW-SD, PDW-CV, PCT, P-LCR, P-LCC, NLR, PLR)
18+ Species
Cat, Dog, Rabbit, Sheep, Goat, Cattle, Horse, Rat, Mouse, Llama, Deer, Musk deer, Monkey, Tiger, Dolphin, Pig, Camel, Ferret.
Reagents
2 Reagent (1 Lyse + 1 Diluent)
1 Probe cleanser for maintenance
Quickcell 5 Plus 5 part Hematology Analyzer
Quick cell 5 Plus is an innovative, economical, compact hematology analyzer using advanced tri-angle laser scattering, flow cytometry technology that can be applied for detecting the parameters of WBC, RBC, PLT, HGB, etc. 28 parameters, 8 research parameters, and 2 histograms for RBC and PLT, 4 scattergrams for WBC differential) in whole blood or pre-diluted blood.
It is a perfect and cost-efficient solution for small to medium labs and clinics with limited budget space but requests accurate hematologic results.
Quicklyte -Electrolyte Analyzer ST200 Cl Plus
FEATURES
Download Catalog Here!!!
Ultra Smart – ABGE Analyzer
Ultra Smart – ABGE Analyzer
**Applicable only for Indian Buyers: Price shown in RUPEES is inclusive of GST 18% , You will get the GST bifurcated details in the Tax Invoice
Sample Volume 100 μL (Capillary/Micro mode) Results with 1 Sample 27 different Result Sample Type Whole Blood, Serum, Plasma, CSF & Diluted Urine Parameters Blood Gas: pH, PCO2, pO2, Hct
Electrolytes: Na, K, Li, Cl, iCa
Metabolites: LGU, LAC
Calculated Parameter: Hb, HCO3, BE, BE-B, BE-ECF, TCO2, AG, AG(K), O2 Sat, O2 Ct, SBC, nCa, TCa, pO2%, A, AaDO2, a/A
I Chroma 2 – Immunoassay Analyzer
I Chroma 2 – Immunoassay Analyzer
Interface: Expansion of user interface through the adoption of Android OS
Display: 7 “touch panel provides operational stability and quick response
Portability: Battery for unexpected power failure or poor power environment for a certain period
Data storage and update: Available to store and search a large amounts of test results
Data backup and OS update using SD card
I Chroma 3 – Immuno assay analyzer
I Chroma 3 – Immuno assay analyzer
ECG 3 Channel
ECG300G is an Electrocardiograph which can collect 12-lead ECG signal and print waveform by the thermal printing system. It features in, recording and displaying ECG waveform in AUTO/Manual mode, measuring and diagnosing ECG waveform parameters automatically, prompting for “Lead off” and “Lack of paper”, multi-language interface, AC/DC, selecting any rhythm lead, case database management.
Function
1)Sync collection for 12-lead ECG, adopt digital signal processing technology and get high-quality ECG waveform via power frequency filter, baseline filter and EMG filter of ECG signal.
2)Display of 3/6/12-lead ECG, print mode, sensitivity, paper speed and filter state, etc. on one screen, convenient for contrastively diagnosing.
3)Multiply printing modes and formats, including manual, auto 4×3, auto 3×4+1, auto 3×4, auto 2×6+1, auto 2×6, auto 3-2+1, auto 3-2, auto 1×12+1, auto 1×12, rhythm 4, rhythm 3 and rhythm 2, etc. Waveform length printed can be adjusted, and with time print function, which meets different requirements.
4)With the functions of auto-analysis and auto-diagnosis for routine ECG parameters, provide measurement results and auto-diagnosis conclusion for HR, P-R interval, P Duration, QRS Duration, T Duration, Q-T interval, Q-Tc, P Axis, QRS Axis, T Axis, R(V5), S(V1), R(V5)+S(V1), etc. which reduces the doctor’s burden.
5)Built-in memory stores up to 1000 cases, convenient for case review and statistic.
ECG 12 Channel
ECG1200G is an electrocardiograph which can collect 12-lead ECG signal simultaneously and print ECG waveform with thermal printing system. It features in, recording and displaying ECG waveform in AUTO/Manual mode, measuring and diagnosing ECG waveform parameters automatically, prompting for “Lead off” and “Lack of paper”, multi-language interface, AC/DC, selecting rhythm lead, printing the trend chart and histogram of P-R interval, case database management.
Function
1)Sync collection for 12-lead ECG, adopt digital signal processing technology and get high-quality ECG waveform via power frequency filter, baseline filter and EMG filter of ECG signal.
2)Display of 3/6/12-lead ECG, print mode, sensitivity, paper speed and filter state, etc. on one screen, convenient for contrastively diagnosing.
3)Multiply printing modes and formats, including auto 12×1, auto 6×2+1, auto 6×2+1_H, auto 6×2, auto 6x2_H, auto 3×4+1, auto 3×4+2, rhythm 12, rhythm 10, rhythm 8, rhythm 6, manual, etc. Trend chart and histogram of P-R interval can be printed, waveform length printed can be adjusted, and with time print function, which meets different requirements.
4)Paper speed: 5mm/s, 6.25mm/s, 10mm/s, 12.5mm/s, 25mm/s, 50mm/s.
5)With the functions of auto-analysis and auto-diagnosis for routine ECG parameters, provide measurement results and auto-diagnosis conclusion for HR, P-R interval, P Duration, QRS Duration, T Duration, Q-T interval, Q-Tc, P Axis, QRS Axis, T Axis, R(V5), S(V1), R(V5)+S(V1), etc. which reduces the doctor’s burden.
6)Built-in memory stores up to 1000 cases, convenient for case review and statistic.
7)In optimal DC state, up to 10-hour standby time, continuous print more than 3-hour, record up to 300 ECG waveform(commonly, it is 3s case), which meets the requirements of visiting a patient at home and body examination.
qlabs Electrometer Plus- PT/ INR Device
qlabs Electrometer Plus- PT/ INR Device
Lightweight, portable, compact and easy to use,
qLabs platform features:
Test tubes BG with Rim
Test tubes BG with Rim
TEST TUBE Made of superior quality, chemically inert, borosilicate glass Feature well-rounded bottoms and smooth, fire-polished rims Tubes are shrink-wrapped to keep them particle-free Safe Transport packaging prevents breakage of tubes during transport Packaging boxes are compact and designed to fit into most dispensers Test tubes
Test Tubes BG with Rim | ||||
S.No | Cat# | Size : Dia x Ht. | Appx. Capacity | Packing |
1 | QLBG 001 | 10 x 75 mm | 3ml | 100/ Box |
2 | QLBG 002 | 12 x 75 mm (1/2” x 3”) | 5ml | 100/ Box |
3 | QLBG 003 | 12 x 100 mm (1/2” x 4”) | 7ml | 100/ Box |
4 | QLBG 004 | 15 x 125 mm (5/8” x 5”) | 15ml | 100/ Box |
5 | QLBG 005 | 15 x 150 mm (5/8” x 6”) | 20ml | 100/ Box |
6 | QLBG 006 | 18 x 150 mm (3/4” x 6”) | 25ml | 100/ Box |
7 | QLBG 007 | 25 x 150 mm (1” x 6”) | 50ml | 50/ Box |
Test tubes BG without Rim
Test tubes BG without Rim
TEST TUBE Made of superior quality, chemically inert, borosilicate glass Feature well-rounded bottoms and smooth, fire-polished rims Tubes are shrink-wrapped to keep them particle-free Safe Transport packaging prevents breakage of tubes during transport Packaging boxes are compact and designed to fit into most dispensers Test tubes
Test Tubes BG without Rim | ||||
S.No | Cat# | Size : Dia x Ht. | Appx. Capacity | Packing |
1 | QLBG 008 | 10 x 75 mm | 3ml | 100/ Box |
2 | QLBG 009 | 12 x 75 mm (1/2” x 3”) | 5ml | 100/ Box |
3 | QLBG 010 | 12 x 100 mm (1/2” x 4”) | 7ml | 100/ Box |
4 | QLBG 011 | 15 x 125 mm (5/8” x 5”) | 15ml | 100/ Box |
5 | QLBG 012 | 15 x 150 mm (5/8” x 6”) | 20ml | 100/ Box |
6 | QLBG 013 | 18 x 150 mm (3/4” x 6”) | 25ml | 100/ Box |
7 | QLBG 014 | 25 x 150 mm (1” x 6”) | 50ml | 50/ Box |
Beakers BG- Low Form
BEAKERS
Beakers Low form and Graduation | |||||||
1 | Cat # | QLBG 015 | QLBG 016 | QLBG 017 | QLBG 018 | QLBG 019 | QLBG 020 |
2 | Capacity | 5ml | 10ml | 25ml | 50ml | 100ml | 150ml |
1 | Cat # | QLBG 0210 | QLBG 023 | QLBG 025 | QLBG 026 | ||
2 | Capacity | 250ml | 500ml | 1000ml | 2000ml |
BOD Clear Bottles- BG
BOD Clear Bottles- BG
BOD ( Biological Oxygen Demand ) CLEAR Bottles with solid I/C stopper
BOD Bottles for incubating diluted samples of clean, waste, effluent, and polluted water during the 5-day biochemical oxygen demand (BOD) test.
Bottles are unnumbered and feature a penny head stopper.
Clear Borosilicate glass has a low coefficient of thermal expansion. Therefore, the thermal stresses under a given temperature gradient are low, and the glass can withstand higher temperature gradients as well as sudden temperature changes / thermal shocks.
BOD ( Biological Oxygen Demand ) CLEAR Bottles with solid I/C stopper | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 125ml | QLBG 039 | 1 |
2 | 175ml | QLBG 040 | 1 |
3 | 300ml | QLBG 041 | 1 |
BOD Amber Bottles – BG
BOD Amber Bottles – BG
BOD ( Biological Oxygen Demand ) AMBER Bottles with solid I/C stopper
BOD Bottles for incubating diluted samples of clean, waste, effluent, and polluted water during the 5-day biochemical oxygen demand (BOD) test.
Bottles are unnumbered and feature a penny head stopper.
Amber Borosilicate glass has a low coefficient of thermal expansion. Therefore, the thermal stresses under a given temperature gradient are low, and the glass can withstand higher temperature gradients as well as sudden temperature changes / thermal shocks.
BOD ( Biological Oxygen Demand ) AMBER Bottles with solid I/C stopper | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 125ml | QLBG 042 | 1 |
2 | 175ml | QLBG 043 | 1 |
3 | 300ml | QLBG 044 | 1 |
Dropping Bottles – BG
Dropping Bottles – BG
Dropping bottle is equipped with an eye dropper pipette for clean dispensing of the stored contents.
The clear glass allows for maximum visibility and display of contents. Three piece pipette section, comprising of a glass eye dropper, high density polyethylene octagonal stopper and dust proof head with rubber teat.
Suitable for a variety of applications in the household, classroom or laboratory. Excellent for chemistry applications, transferring and mixing indicators, stains or other aqueous solutions.
DROPPING BOTTLES: With I/C dropper & R. teat | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 30ml | QLBG 045 | 1 |
2 | 60ml | QLBG 046 | 1 |
3 | 125ml | QLBG 047 | 1 |
Lab Bottles – Blue Capped
Lab Bottles – Blue Capped
Lab bottles Blue Capped: Laboratory reusable bottles are ideal for sample preparation, storage, transport, and sterilization.
These are Wide Mouth (Mouth dia same in all capacities) with threaded Polypropylene
screw cap (totally leak proof)
Manufactured from 3.3 borosilicate glass for high resistance to thermal shock, superior chemical compatibility, and transparency.
Fired-on durable white ceramic graduations with easy-to-read scale for accurate measurements.
Large labeling spot for easy identification.
Includes polypropylene (PP) screw cap for sample protection and pouring ring for drip-free pouring.
The service temperature level of the screw cap and pouring ring: +140°C.
LAB BOTTLES: Blue Capped Bottles | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 25ml | QLBG 046 | 1 |
2 | 50ml | QLBG 047 | 1 |
3 | 60ml | QLBG 048 | 1 |
4 | 100ml | QLBG 049 | 1 |
5 | 250ml | QLBG 050 | 1 |
6 | 500ml | QLBG 051 | 1 |
7 | 1000ml | QLBG 052 | 1 |
Reagent Bottles BG- Clear Narrow
Reagent Bottles BG- Clear Narrow
S.No | Capacity | Cat# |
1 | 30ml | QLRBCN30 |
2 | 60ml | QLRBCN60 |
3 | 125ml | QLRBCN125 |
4 | 250ml | QLRBCN250 |
5 | 500ml | QLRBCN500 |
6 | 1000ml | QLRBCN1L |
7 | 2000ml | QLRBCN2L |
Reagent Bottles BG -Clear Wide mouth
Reagent Bottles BG -Clear Wide mouth
S.No | Capacity | Cat# |
1 | 30ml | QLBG 060 |
2 | 60ml | QLBG 061 |
3 | 125ml | QLBG 062 |
4 | 250ml | QLBG 063 |
5 | 500ml | QLBG 064 |
6 | 1000ml | QLBG 065 |
Reagent Bottles BG -Amber Narrow mouth
Reagent Bottles BG -Amber Narrow mouth
Amber Reagent Bottles, Plain, Narrow Mouth, Graduated with Interchangeable Flat Head Solid Glass Stopper
Ground neck Borosilicate glass Durable Matt finish
S.No | Capacity | Cat# |
1 | 30ml | QLBG 066 |
2 | 60ml | QLBG 067 |
3 | 125ml | QLBG 068 |
4 | 250ml | QLBG 069 |
5 | 500ml | QLBG 070 |
6 | 1000ml | QLBG 071 |
Specific Gravity Bottles-BG
specific–gravity bottle. A small bottle or flask used to measure the specific gravities of liquids; the bottle is weighed when it is filled with the liquid whose specific gravity is to be determined, when filled with a reference liquid, and when empty. Also known as density bottle; relative-density bottle.
The density bottles (pycnometers) are individually adjusted. The nominal capacity is indelibly engraved on each bottle. Each bottle is calibrated with its own stopper. The volume in cm3 is specified to a precision of 3 decimal places.
SPECIFIC GRAVITY BOTTLES : With capillary bore I/C stopper | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 10ml | QLBG 073 | 1 |
2 | 25ml | QLBG 074 | 1 |
3 | 50ml | QLBG 075 | 1 |
Weighing Bottles-BG
Weighing bottles are glass laboratory equipment used for precise weighing of solids. Most of the glass used in the bottles is thin and fragile glass
Available in low-, regular- and tall-form, weighing bottles are typically manufactured from glass for the precise weighing of solids.
WEIGHING BOTTLES: With I/C stopper | |||
S.No | Capacity | Cat# | Units/ Packet |
1 | 25 x 60mm ( 15ml) | QLBG 076 | 1 |
2 | 30 x 65mm (25ml) | QLBG 077 | 1 |
pH Meter Microprocessore based
Salient Features
Specification are subject to change without notice.
TDS/EC METER MICROPROCESSOR BASED
Features
for optimum accuracy under variable temperature conditions.
Specification are subject to change without notice.
Turbidity Meter Bench top Microprocessor Based
Features
Microprocessor Based Turbidity Meter
LCD Backlight Display 16X2 Alphanumeric
2 Point calibration Distiller water & 200 NTU
Soft Touch Keypad
Standard Accessories
Test Tube Set
Operating Manual
Specification are subject to change without notice.
Smart Heamoglobin Meter Microprocessor Based
Salient Features
solution.
Standard Accessories
12.5 mm Round Test Tube – 5 Nos.
Test Tube Holder – 1 No
Operating Manual
Design & Specification are subject to change without any prior notice.
Double Beam UV-VIS Spectrophotometer
Basic Mode :
To measure the Absorbance and Tranmittance
Quantitative :
2. Standard Curve Up to 10 Standard sample may be used to establish a curve. Four methods for fitting a curve through the calibration points : Linear fit. Linear fit through zero, Square fit and cubic fit.
Wavelength Scan :
2. Fast, Medium and Slow scan speed are available. They vary from 100 to
3600 nm/min
3. Wavelength are scanned from high to low so that the instrument waits at high.
Wavelength and it minimizes the degradation of UV sensitive samples.
Design & Specification are subject to change without any prior notice.
UV-Visible Spectrometer – Single Beam
Salient Features
Visible Spectrometer – Single Beam
Salient Features
Probe Sonicator (Homogenizer)
Function
QUICKLAB Probesonicator Homogenizers offer precision engineering with all the necessary features to create a total system for ultrasonic disruption. In biological applications, Probe Sonicator is often used to disrupt cell membrances and release cellular Contents. Probe Sonicator is also used to fragment molecules of DNA. Probe sonicator is commonly used in nanotechnology for evenly dispersing nanoparticles in liquids and for breaking down particles to nano size.
Salient Features
Probe Sonicator 650W
SALIENT FEATURES
Microprocessor-controlled and completely
Programmable.
Digital Ultrasonic Cleaner
SALIENT FEATURES
Ultrasonic Cleaner operates at 40kHz frequency. These high frequency sound waves convert the electrical energy into ultrasonic waves in the form of vibration by means of PEIZO transducers. The Accumulation of ultrasonic waves produces millions of microscopic cavitation bubbles. These cavitation bubbles drives the cleaning solution into components to be cleaned, removing away all the dirt and accumulated residues on them.
Ice Maker Desktop
SALIENT FEATURES
Colony Counter Microprocessor based
Colony Counters are used to estimate a liquid culture’s density of micro organisms by counting individual colonies on an agar plate, slide, mini gel, petri dish. Typical application includes Ames testing, Bacterial Mutation, Assays and E.Coli bacterial colonies.