Medical Products

Industrial grade medical products with CE, MDR, and ISO13485 compliance

All Products Adhesive Bandage Angiography Pack Band-Aid Bandages Bed Sheet Blood Collection Tube Bloodlines Tubing Set Catheter Clot Activator Tube Combined Spinal and Epidural Kit Confirming Bandage Cotton Roll Coverall CVC Kit Delivery Pack Diagnostic & Lab Products Dialyzer Drainage EAB EDTA K2/K3 ESR Tube Face Mask Feeding Tube Fistula Needles Foley Urinary Catheter Gauze Gauze Bandage Gauze Roll Gauze Swab Gel&Clot Activator Tube Glucose Tube Hemodialysis Hemodialysis Catheter Kit Heparin Tube High Elastic Bandage Hypodermic Needle Isolation Gown Israeli Bandage IV Cannula Dressing Lab Coat Medical Consumables Nasal Oxygen Cannula Nebulizer Mask Nelaton Catheter Non-Rebreather Mask Non-woven Cap Non-woven Wound Dressing Orthopedic Cast Tape Oxygen Mask Paper Tape PE Tape Perforated Adhesive Tape Plain Tube POP Bandage Protective Products PT Tube PU Wound Dressing Respiratory Scap Vein Set Scrub Suits Shoes Cover Silk Tape Slender ESR tube Spandex Crepe Bandage Spinal Needle Suction Tube Surgical & Procedure Products Surgical Gown Surgical Pack Syringe Syringes and Infusion Set Tape Urine Bag Wound Care Products Wound Dressing Wound Dressing Roll Yankauer Suction Tube Zinc Oxide Tape

Catheter Medical Consumables

Nelaton Catheter

1. Single, rounded closed tip with two opposing eyelets – Features a blunt, atraumatic rounded tip that minimizes trauma to the urethral mucosa during insertion. Two large, opposing side holes (eyelets) near the tip ensure complete drainage of bladder contents. 2. Smooth, flexible PVC or latex construction – Made of medical-grade polyvinyl chloride (PVC) or natural latex rubber. The smooth, low-friction surface reduces irritation during passage through the urethra. Latex-free PVC options are available for patients with latex allergy. 3. Single-use, sterile, with a radiopaque line (optional) – Typically supplied as a sterile, single-use device to prevent urinary tract infections. Some models include a barium-impregnated radiopaque line along the shaft, allowing X-ray visualization to confirm proper placement.

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Medical Consumables Oxygen Mask

Oxygen Mask

1. Soft, transparent PVC or silicone construction – Made of medical-grade, hypoallergenic material that is clear for easy monitoring of patient's mouth, nose, and skin condition. The soft rim reduces facial pressure and prevents skin breakdown during prolonged use. 2. Metal nose clip and adjustable elastic headband – A malleable aluminum strip over the nose bridge allows custom contouring for a leak-free fit. The elastic strap can be adjusted to different head sizes, ensuring secure placement without excessive tightness. 3. Oxygen tubing connector with standard tapered fitting – Features a 22 mm or 15 mm female tapered connector (Christmas tree type) at the bottom of the mask, compatible with standard oxygen tubing, humidifiers, and flow meters. Some models include a swivel connector to prevent tubing kinking.

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Medical Consumables Nebulizer Mask

Nebulizer Mask

1. Clear, soft PVC or silicone mask – Made of medical-grade, transparent material that allows visual inspection of aerosol mist and facial skin condition. The soft, flexible construction ensures patient comfort during extended treatment sessions (10–20 minutes). 2. Angled connector with standard tapered fitting – Features a 22 mm or 15 mm tapered connector (often with a swivel or elbow design) that fits standard nebulizer cups, T-pieces, and ventilator circuits. The angled design allows the mask to be used in upright or reclined positions. 3. Elastic headband and malleable nose clip – Adjustable elastic strap secures the mask comfortably around the head. A flexible metal strip over the nose bridge allows custom molding to prevent air leakage and direct aerosol toward the mouth and nose.

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Medical Consumables Non-Rebreather Mask

Non-Rebreather Mask

Non-Rebreather Mask (NRB Mask)/ Oxygen Reservoir Bag 1. Reservoir bag with one-way valve – Attached to the mask, the reservoir bag stores 100% oxygen from the source. A one-way valve between the mask and bag prevents exhaled air from entering the bag, ensuring the patient inhales only fresh, high-concentration oxygen. 2. Exhalation ports with flutter valves (side flaps) – Located on both sides of the mask, these one-way valves open during exhalation to release exhaled carbon dioxide and close during inhalation to prevent room air from being drawn in, minimizing air entrainment. 3. Soft, contoured mask with metal nose clip – Made of soft PVC or silicone, the mask conforms to facial contours for a snug seal. An adjustable metal nose clip helps secure the fit and reduce oxygen leakage around the nose bridge.

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Medical Consumables Nasal Oxygen Cannula

Nasal Oxygen Cannula

1. Soft, flared nasal prongs – The two short, curved prongs are made of soft, flexible PVC or silicone, with a flared or beveled tip design that comfortably fits into the nostrils without causing mucosal irritation or pressure sores. 2. Lightweight, kink-resistant tubing – The main supply tubing is thin, lightweight, and designed to resist kinking, allowing patient mobility during oxygen therapy. Tubing lengths typically range from 2.1 m to 7 m (7–21 ft) to accommodate bed or ambulatory use. 3. Adjustable elastic headband or ear-loop design – Most cannulas feature a slide-adjustable elastic band that wraps around the head or over-the-ear tubing loops, providing a secure, customizable fit for different face sizes and preventing accidental dislodgement. 4. Oxygen flow range 1–6 L/min – Designed for low-to-medium flow oxygen delivery (1–6 L/min), achieving FiO₂ approximately 24–44% depending on flow rate, respiratory rate, and tidal volume. Some high-flow nasal cannula (HFNC) systems extend to 60 L/min (different product category). 5. Universal tapered connector (Christmas tree type) – The distal end has a standard tapered, ridged connector that fits all common oxygen flow meters, humidifier bottles, and wall outlets, ensuring universal compatibility in hospital and home settings.

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Hemodialysis Hemodialysis Catheter Kit

Hemodialysis Catheter Kit

1. Single, Dual or triple lumen design with staggered exit ports – Features two lumens (arterial/red and venous/blue) or a third purple lumen for medication infusion. Staggered side holes at the distal tip minimize recirculation and maximize dialysis efficiency. 2. Large bore size (11–14 Fr) – Designed to accommodate high blood flow rates (typically 250–450 mL/min) required for effective hemodialysis, with reinforced tubing to prevent collapse under negative pump pressure. 3. Tunneled (with Dacron cuff) or non-tunneled design – Non-tunneled kits are for short-term acute use (days to 2 weeks). Tunneled kits feature a polyester (Dacron) cuff that promotes tissue ingrowth, creating a infection barrier for long-term access (weeks to months or even 1+ year). 4. Radiopaque catheter & pre-curved shape – The entire catheter is barium-impregnated for X-ray visualization. Some kits include a pre-shaped, curve-tip design (e.g., step-tip or split-tip) to reduce vessel wall irritation and enhance flow dynamics. 5. Complete Seldinger technique kit – Includes all necessary sterile components: introducer needle, J‑tip guidewire, peel‑away sheath (large bore), dilators (one or multiple sizes), scalpel, suture, sterile drapes, syringes, and transparent dressings. The peel‑away sheath allows easy insertion without damaging the catheter.

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CVC Kit Hemodialysis

CVC Kit

Central Venous Catheter (CVC Kit) 1. Multiple lumen options – Available in single, double, triple, or even quadrupole lumen configurations, allowing simultaneous infusion of incompatible medications, fluid resuscitation, and central venous pressure monitoring through separate channels. 2. Radiopaque catheter body & tip – The entire catheter is impregnated with barium or similar contrast material, making it clearly visible under X-ray/fluoroscopy to confirm proper tip placement in the superior vena cava (SVC) or cavoatrial junction. 3. Antimicrobial/antithrombotic coating (select models) – Some kits feature catheters coated with chlorhexidine, silver sulfadiazine, or heparin to reduce the risk of catheter-related bloodstream infections (CRBSI) and thrombus formation. 4. Complete procedure-ready components – Includes all necessary accessories in a sterile, single-use kit: Seldinger needle, guidewire (usually J-tip with straight or angled introducer), dilators (one or more sizes), scalpel, suture with needle, sterile drapes, syringes, and transparent dressings. 5. Tunneled or non-tunneled design – Non-tunneled kits (e.g., temporary access) are for short-term use (days to weeks), while tunneled kits (e.g., Permcath type) include a Dacron cuff for subcutaneous tunneling, reducing infection risk for long-term access (months to years).

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Bloodlines Tubing Set Hemodialysis

Bloodlines Tubing Set

Bloodlines Tubing Set 1. Biocompatible, medical‑grade materials – Manufactured from non‑toxic, DEHP‑free or low‑extractable PVC/polyurethane, minimizing allergic reactions and ensuring patient safety during extended use. 2. Integrated drip chambers & sampling ports – Built‑in arterial and venous drip chambers for air trapping and pressure monitoring, plus Luer‑lock sampling ports for blood collection or medication injection without opening the circuit. 3. Color‑coded segments & connectors – Standard red (arterial line from patient to dialyzer) and blue (venous line from dialyzer back to patient) segments reduce connection errors; translucent tubing allows visual inspection of air bubbles. 4. Kink‑resistant, flexible tubing with reinforced joints – Maintains consistent blood flow (typically 200–500 mL/min) even during patient movement or machine pumping, with reinforced T‑connectors to prevent collapse or leakage. 5. Compatibility with various dialysis machines – Available in multiple lengths and connector types (e.g., ISO, female/male Luer, stepped connectors) to fit Fresenius, Baxter, Nikkiso, B.Braun, and other systems.

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Fistula Needles Hemodialysis

Fistula Needles

1. Sharp and smooth bevel design – Ensures clean, one‑stick penetration with minimal trauma to the vessel wall, reducing patient discomfort. 2. Color‑coded wings / connectors – Typically red for arterial (outflow) and blue for venous (inflow) lines, allowing easy identification and reducing the risk of misconnection. 3. Rotating or non‑rotating safety wings – Provides secure grip and control during cannulation; some models feature safety shields to prevent needle‑stick injuries after use. 4. Flexible, kink‑resistant tubing – Made of medical‑grade PVC or polyurethane, maintaining consistent blood flow during dialysis without collapse or torsion. 5. Radiopaque marker / echogenic tip (optional) – Enhances visibility under imaging guidance, helpful for difficult access or ultrasound‑guided cannulation.

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Dialyzer Hemodialysis

Dialyzer

For High Flux Hemodialyzer: 1. High Permeability Membrane – Allows efficient removal of large middle-molecular-weight toxins (e.g., β2-microglobulin, myoglobin). 2. Enhanced Convective Transport – Facilitates better clearance of uremic toxins through internal filtration and backfiltration. 3. Biocompatible Synthetic Materials – Typically made from polysulfone, polyethersulfone, or polyamide, reducing complement activation and inflammatory response. 4. Steep Sieving Curve – Retains essential proteins (e.g., albumin) while effectively removing harmful solutes. 5. High Ultrafiltration Coefficient (Kuf) – Supports high-volume ultrafiltration, suitable for short or intensive dialysis sessions. For Low Flux Hemodialyzer: 1. Low Permeability Membrane – Primarily removes small-molecular-weight solutes (e.g., urea, creatinine) with minimal middle-molecule clearance. 2. Minimal Backfiltration – Reduces potential endotoxin transfer from dialysate to blood, enhancing safety in conventional settings. 3. Cost-Effective Design – Lower manufacturing and reprocessing costs compared to high-flux membranes. 4. Durable Structure – Suitable for longer or repeated use in low-efficiency dialysis protocols. 5. Standard Kuf Value – Provides predictable and controlled fluid removal, ideal for stable hemodialysis patients.

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IV Cannula Dressing Wound Care Products

IV Cannula Dressing

Non-woven IV Cannula Dressing: 1. Highly Breathable & Absorbent Made from non-woven fabric (e.g., viscose or polyester), this dressing allows maximum air circulation to the skin and effectively absorbs moisture or minor exudate. This helps prevent skin maceration (softening/breakdown from excess moisture) and reduces the risk of dressing loosening due to sweat. 2. Gentle on Skin & Hypoallergenic The soft, non-woven material is less likely to irritate sensitive or fragile skin. It is an excellent choice for patients with known allergies to plastic-based adhesives or for long-term wear. 3. Absorbent Pad Integrated Typically features a built-in absorbent pad (non-adherent to the wound/cannula site) surrounded by a non-woven adhesive border, providing both absorption and secure fixation. PU IV Cannula Dressing: 1. Transparent for Continuous Site Monitoring Made from a clear, thin PU film that allows clinicians to visually inspect the IV insertion site for early signs of infection (redness, swelling, discharge) or infiltration without removing the dressing. This enables timely intervention and reduces unnecessary dressing changes. 2. Waterproof & Bacterial Barrier The PU membrane is waterproof, protecting the insertion site from external contaminants, moisture (e.g., from showering or spills), and bacteria. This creates a secure, closed environment that reduces infection risk. 3. High Breathability (MVTR) Despite being waterproof, high-quality PU films are microporous and allow moisture vapor and oxygen to pass through (high Moisture Vapor Transmission Rate). This prevents sweat accumulation under the dressing and maintains skin integrity

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Band-Aid Wound Care Products

Band-Aid

1. All-in-One Convenient Design Combines an absorbent non-stick pad with an adhesive backing in a single, ready-to-use unit. No additional tape or gauze is needed, making it ideal for quick, one-step application. 2. Breathable & Flexible Material The backing is typically made from flexible fabric, clear plastic (polyethylene), or waterproof material that allows air circulation while moving with the skin. This provides comfort during daily activities without restricting motion. 3. Non-Stick Wound Pad The central pad is designed not to adhere to the wound, scab, or sutures. It absorbs minor amounts of blood or exudate while allowing pain-free removal without re-opening the healing wound. 4. Strong, Skin-Friendly Adhesive Uses a hypoallergenic pressure-sensitive adhesive that holds the bandage securely in place on dry, clean skin. Despite strong holding power, it removes gently without leaving sticky residue or pulling hair excessively. 5. Variety of Sizes, Shapes & Special Formulations Available in multiple sizes (e.g., fingertip, knuckle, extra-large), shapes (e.g., spot, butterfly, strip), and specialized versions (e.g., waterproof, anti-bacterial, extra-stretch, children's character designs) to suit different wound locations and needs.

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