Centrifuge Tube
Centrifuge tubes have several distinct characteristics:
Material: They are made of glass (often borosilicate glass for thermal and chemical resistance).
Bottom Shape: They come in conical bottoms (to promote pellet sedimentation) or round bottoms (for general applications).
Graduations: These tubes are graduated to allow precise volume measurement, while others are not. The graduations are in milliliters (ml).
Caps/Closures: They are equipped with screw caps for a tight seal, or plain necks without caps.
Strength: Centrifuge tubes are designed to withstand high centrifugal forces (expressed as RCF or xg).
Sterility: They can be supplied sterile, particularly for cell culture.
Volume: They are available in a range of sizes, typically from a few milliliters to 50 ml or more.
Centrifuge with Hematocrit
MODEL: SH120
DESCRIPTION:
The SH120 centrifuge with hematocrit is a laboratory device designed for the precise determination of the specific volume of blood cells and the separation of traces of blood or solutions.
Main Features:
Speed and Centrifugal Force:
It reaches a maximum speed of 12,000 rpm and a maximum relative centrifugal force (RCF) of 15,300 x g.
Capacity:
It is designed to accommodate 24 1.5 x 75 mm capillary tubes.
Motor:
It is equipped with a brushless motor, ensuring quiet, maintenance-free operation and no carbon dust pollution.
Control and Safety:
It features microcomputer control and an automatic balancing system for optimal precision. Safety features include a durable plastic housing with a metal cover, a mechanical door lock, and a safety switch.
Operation:
It is easy and safe to use, with low noise and stable performance, enabling rapid centrifugation even with small amounts of blood.
Cerclage System
Features of the SuperCable® Iso-Elastic™ multifilament polymer cerclage system, shown in the image, include:
Iso-elasticity: Allows long-term dynamic compressive loading on bone fragments, promoting better healing and greater construct strength.
Superior fatigue resistance: Compared to metal cables and wires, reducing complications related to fracture.
Polymer cable: Eliminates metal contact with metal implants, the risk of sharps injuries, and glove tears.
Unique “no-crimp” locking mechanism: Allows for easy cable tightening, saving time in the operating room and reducing the number of cables required.
Biocompatibility: The cable is composed of UHMWPE strands braided over a nylon core, and the clasp components are made of titanium alloy.
Flexible Design: The polymer cable is flexible and has high fatigue and tensile strength.
Larger Footprint: The double-stranded cable can minimize penetration into soft bone.
Ease of Use: The polymer cable is easy to handle and can be quickly cut with a scalpel for rapid reinsertion in an emergency.
Cervical Collar
Navid Code 154 Medical Cervical Collar – Features & Applications
Key Specifications:
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Materials: Soft sponge core with breathable fabric cover
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Closure System: Adjustable hook-and-loop (Velcro®) strap for secure fit
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Hypoallergenic: Anti-irritation design for sensitive skin
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Origin: Manufactured in Iran
Design & Comfort:
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Balanced Support: Maintains natural cervical alignment while allowing gentle mobility
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Lightweight & Comfortable: Ideal for prolonged wear without skin irritation
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Contoured Shape: Anatomically designed to reduce pressure on the jaw and occiput
Medical Applications:
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Cervical Stabilization:
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Post-traumatic support (whiplash, minor cervical injuries)
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Management of cervical osteoarthritis (spondylosis)
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Torticollis (congenital or acquired) correction
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Therapeutic Benefits:
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Reduces nerve root compression via mild axial traction
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Alleviates muscle spasms and ligament strain
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Prevents abnormal neck flexion/extension
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Post-Surgical Use:
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Supplemental support after cervical spine procedures
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Target Conditions:
✔ Cervical radiculopathy
✔ Cervicalgia (neck pain syndromes)
✔ Mild cervical disc herniation
✔ Postural neck deformities
Advantages:
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Non-restrictive for daily activities
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Adjustable fit accommodates varying neck circumferences
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Easy to clean (hand wash recommended)
Note: For moderate to severe instability, consult a physician for rigid collar alternatives.
Children frame/trial frame
Lightweight and Comfortable:
Designed to be less burdensome and more comfortable on a child’s face, allowing for better cooperation during eye examination
Smaller Dimensions:
Smaller overall size and often fixed Pupillary Distance (PD) options, including specific infant and child sizes, to ensure a proper fit.
Adjustable Features:
Adjustable Temples: Allow for a customized length and fit to suit the child’s head size.
Lens Capacity:
Typically has multiple slots (often 3 or 4) to hold trial lenses and accessories like occluders or prisms.
Axis & PD Controls:
Knobs are present for rotating the cylindrical lens to adjust the astigmatism axis and for adjusting the interpupillary distance for accurate measurements.
Secure Fit Options:
An elastic headband can be included or used to help keep the frame centered on the child’s face.
Durable Materials:
Made from high-quality, durable, and long-lasting materials, often a combination of lightweight in
plastic and metal.
Cholesterol LR MONO
The characteristics of the SGM Italia “CHOLESTEROL LR MONO Enzymatic Trinder method” total cholesterol enzymatic assay kit, based on similar information for cholesterol enzymatic assay kits, are as follows:
Assay method: Trinder enzymatic method (CHOD-POD, Phenol), using colorimetric spectrophotometry.
Reaction type: Endpoint.
Reading time: Approximately 5 minutes.
Kit composition: A single reagent and a standard for calibration. The kit contains 4 x 100 mL of reagent (R1) and 1 x 5 mL of standard.
Use: For in vitro diagnostic use only, reserved for professional laboratory use.
Stability/Storage: The serum is stable for several days between +2 and +8°C.
Precautions: Do not pipette by mouth; Follow precautions for handling laboratory reagents.
Sensitivity: The detection limit is approximately 1 mg/dL.
Interferences: Characteristics may vary depending on the analyzer used; interference with hemoglobin or bilirubin may be observed at certain concentrations.
Circumcision Kit
The circumcision kit contains a set of surgical instruments essential for the procedure. Its main features include:
Kit Contents: The illustrated kit includes various surgical instruments such as scissors, hemostats (straight and curved), dissecting forceps (tweezers), and a retractor or probe-type instrument.
Material: The instruments are generally made of high-quality stainless steel, ensuring durability, sterility, and corrosion resistance.
Presentation: The instruments are organized and stored in a compact, portable case, often made of nylon or a similar material, with elastic bands to hold each instrument in place.
Use: Although the kit is advertised as a “Circumcision Set,” similar instruments can be found in training kits or dissection kits for educational purposes.
Sterility and Protection: In a real-world medical setting, these kits are sterile packaged and may include additional items such as drapes, gauze, and gloves to maintain an aseptic surgical environment
CK NAC LR
The CK NAC LR kit features are as follows:
Product Name: CK NAC LR.
Use: Kit for measuring creatine kinase (CK) in serum or plasma.
Method: Optimized kinetic method DGKC-IFCC.
Reference (REF): 10197.
Batch Number (LOT): 5908.
Contents: 60 + 15 ml, including R1 (1 x 60 ml) and R2 (1 x 15 ml).
Manufacturer/Distributor: SGM Italia srl, located in Via Olivadi 20 – 00126 Rome, Italy.
Clinical Significance: CK measurement is used in the diagnosis and treatment of myocardial infarction and muscle diseases such as progressive muscular dystrophy. N-acetylcysteine (NAC) acts as a CK activator.
Use: For in vitro diagnostic use only.
Cleb Agar Culture Medium
CLED Agar (Cystine Lactose Electrolyte Deficient Medium)
CLED Agar is a differential, non-selective culture medium designed for isolating, enumerating, and differentiating urinary tract microorganisms.
Key Features:
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Differential Properties:
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Supports the growth of most urinary pathogens while distinguishing them based on lactose fermentation.
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Lactose fermenters (e.g., E. coli, Klebsiella) produce yellow colonies due to acid production.
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Non-lactose fermenters (e.g., Proteus, Pseudomonas) form blue/green colonies.
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Electrolyte Deficiency:
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Prevents swarming of Proteus, which can overgrow other bacteria in conventional media.
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Composition:
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L-Cystine: Promotes growth of cysteine-dependent dwarf coliforms.
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Lactose: Serves as a fermentable carbohydrate source.
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Bromothymol Blue: pH indicator for colony differentiation.
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Primary Use:
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Ideal for urine culture (ECBU), especially for quantitative bacterial counts in diagnostic microbiology.
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Clinical Thermometer
CR.W23 Clinical Thermometer
Precision Axillary Temperature Measurement
Key Features:
✔ Safe & Accurate Measurement
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Mercury-free Galinstan alloy (gallium/indium/tin)
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Specifically designed for axillary (armpit) use
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Measurement range: 34.7°C – 37.5°C (normal axillary range)
✔ Clinical Guidance
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For core temperature estimation: add 0.8°C-1°C to displayed axillary reading
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3-5 minute measurement time for accurate results
✔ Certified Quality
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CE0197 certified (meets EU medical device standards)
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Clinically validated for reliability
✔ User-Friendly Design
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Easy-to-read scale markings
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Shock-resistant construction
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Easy disinfection for clinical hygiene
Coagulometer
URIT 610 Semi-Automatic Coagulometer – Technical Specifications
Key Features
✅ 4-Channel Multi-Parameter Analysis
✅ Advanced Interference Resistance (HIL-resistant)
✅ Compact & Efficient Design
Technical Specifications
Operating Principle
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Dual-Magnetic Circuit Method with mechanical bead detection
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Optical Detection System for clot formation
Performance & Capacity
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Simultaneous Testing: 4 independent channels
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Throughput: Up to 100 tests/hour
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Sample/Reagent Capacity:
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16-sample incubator (pre-warmed to 37°C)
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4 dedicated reagent wells
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Measured Parameters
| Parameter | Abbreviation | Clinical Application |
|---|---|---|
| Prothrombin Time | PT | Warfarin monitoring |
| Activated Partial Thromboplastin Time | APTT | Heparin therapy |
| Thrombin Time | TT | Fibrinogen disorders |
| Fibrinogen | FIB | Clotting factor assessment |
Advanced Technology
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HIL (Hemolysis/Icterus/Lipemia) Compensation – Reduces false results
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Auto-calibration for reagent batches
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Built-in QC with Levey-Jennings charts
User Interface
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LCD Touchscreen for intuitive operation
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Printer Connectivity for instant reports
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LIS Compatibility via RS-232/USB
Workflow Advantages
✔ Error Reduction – Minimizes manual steps
✔ Rapid Results – <10 mins for most assays
✔ Cost-Effective – Low reagent consumption
Ideal for:
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Hospital coagulation labs
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Anticoagulation clinics
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Research institutions
Quality Assurance
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CE Marked & ISO 13485 Certified
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Includes:
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Starter reagent kit
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Cleaning supplies
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Operation manual
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Coil
A coil is a spiral condenser, also called a serpentine condenser or Graham condenser.
Its main characteristics are as follows:
Form and function: It is a glass tube wound in a helix (solenoid shape) inside an outer shell. It is designed to serve as a refrigerating instrument, primarily in stills or distillation and reflux rigs in chemistry.
Operating principle: A hot gas or vapor passes through the helical tube, while a refrigerant liquid (water) circulates in the outer shell, around the coil. Indirect contact with the cold liquid causes the gas or vapor to condense.
Material: It is made of glass.
Use: It is used to condense vapors during chemical reactions requiring reflux or to separate components by distillation.
