2 Port Manifold Right On / Right Off Stainless Steel
Simultaneous infusion of multiple medications through a single IV line sounds straightforward until someone needs to adjust flow rates mid-procedure and discovers that changing one stopcock affects pressure dynamics across the entire line. Or when debubbling one port requires disconnecting three others. These are the small operational frustrations that turn routine fluid management into a coordination exercise that nobody has time for during critical care. The 2 Port Manifold Right On / Right Off eliminates those friction points through intentional valve geometry and handle placement. This is a stainless steel two-port infusion manifold designed for simultaneous delivery of multiple medications or fluids through separate access ports during anesthesia, cardiac surgery, critical care, and interventional procedures. The right on / right off designation indicates that both rotating handles turn clockwise to open flow and counter-clockwise to close, providing consistent operational logic that reduces valve-position errors during high-pressure clinical situations. This handle orientation standardization matters because muscle memory under stress defaults to learned patterns, and mixed handle orientations across different devices introduce cognitive load that increases error risk. The stainless steel construction provides pressure resistance up to 500 psi, making the manifold suitable for power injection applications in interventional radiology and cardiac catheterization where high-pressure contrast media delivery is required. Polycarbonate-body manifolds cannot withstand these pressures and are limited to gravity-flow applications. The steel body is also autoclavable, though most manifolds are supplied sterile and intended for single-use disposal. Each port features standard Luer lock connections ensuring secure attachment to syringes, extension tubing, and infusion pumps. The transparent polycarbonate handles allow visual confirmation of valve position and internal fluid paths, enabling operators to verify flow status at a glance without relying solely on handle orientation. This visibility is particularly valuable for debubbling procedures where air must be visually tracked and expelled before connecting to patient lines. The two-port configuration is the minimum manifold size, offering fewer connection points than three-port or six-port alternatives. Fewer ports mean lower dead space volume, faster flushing, and reduced medication interaction within the manifold body. For applications requiring only two simultaneous infusions, the two-port design minimizes unused access points that could become contamination risks if left capped. The manifold's compact footprint makes it suitable for crowded procedural fields where space on the sterile drape is limited. Rotating Luer connections at each port allow extension tubing to be oriented in any direction, accommodating the ergonomic and spatial constraints of different procedural setups. For distributors supplying operating rooms, catheterization laboratories, intensive care units, and anesthesia departments, stainless steel manifolds represent durable infusion accessories with predictable consumption tied to procedural volume. Sara Wellness has been exporting IV infusion components and procedural accessories from India for 15 years.
BD Arterial Cannula with Floswitch (20G/22G — Peripheral Arterial Access)
The radial artery is not a forgiving location for inferior equipment. It sits at the wrist, smaller than a peripheral vein, and the clinical team doing the arterial line needs insertion to work on the first or second attempt. After insertion, that line stays in place for continuous blood pressure monitoring or serial arterial blood gas draws — sometimes for days. The material and design of the cannula matter from the moment of insertion to the moment of removal. BD Arterial Cannulas have been used successfully for peripheral arterial access since 1980. The catheter body is made from FEP or PUR — both fluoropolymer materials with a critical property: they remain pliable at body temperature without softening excessively, which means the catheter tracks well through tissue after the needle is withdrawn and holds its position against arterial pressure without kinking. The atraumatic needle bevel assists first-pass insertion and reduces the intimal trauma that increases the risk of postprocedural arterial occlusion. The Floswitch is the feature that distinguishes this design from basic arterial cannulas. It is an on/off valve integrated directly onto the hub that prevents blood backflow and exposure when the transducer tubing is being connected or disconnected. This matters for two reasons: air embolism risk (a Floswitch-closed hub prevents air entering an open arterial circuit) and blood exposure risk for the clinical team. The needle safety guard activates on withdrawal, covering the sharp needle bevel automatically to prevent needlestick after the cannulation is complete. The 20G size (1.1 x 45mm, red) is the most widely used for adult radial artery lines. The 22G (0.9 x 25mm, blue) is selected where arterial calibre is smaller or in patients at higher risk of occlusion — evidence from comparative trials suggests lower thrombosis rates with 22G in higher-risk populations. For critical care equipment distributors, hospital procurement offices, and ICU consumable buyers — arterial cannulas are a non-optional stock item in every ICU and theatre environment running haemodynamic monitoring. Sara Wellness exports BD arterial access products and related critical care consumables to international wholesale buyers. Fifteen years of export experience. Direct one-on-one communication on every order, flexible MOQ arrangements, and correct documentation for your import destination.
Cannula Fixator for IV (IV Cannula Securement Dressing)
An IV cannula that falls out is a cannula inserted for nothing. The IV attempt that failed, the venesection that took two tries, the patient who is already anxious about needles — all of that effort and discomfort leads to a single function: the cannula must stay in place and the insertion site must remain accessible, observable, and clean for the duration of the infusion. The cannula fixator does exactly that job. Specifically, it does it better than tape. IV cannula fixators are purpose-designed transparent polyurethane (or non-woven film) dressings that hold the cannula hub and tubing junction securely against the skin. Transparent film allows continuous visual inspection of the insertion site for signs of infiltration, phlebitis, or infection without disturbing the dressing. The adhesive layer is designed for skin adhesion without excessive traction — strong enough to hold the cannula secure through patient movement, position changes, and incidental contact, but gentle enough for removal without skin stripping. Window-frame construction in many designs creates a central fenestration over the insertion point that keeps the insertion site unobstructed while the adhesive border holds the surrounding skin. Some variants include a built-in sterile gauze pad for mild exudate management. All variants are sterile, individually packed, and single-use. For hospital procurement departments and IV therapy supply distributors, cannula fixators are a pure consumable with daily per-patient usage that scales directly with bed count and IV therapy volume. High-consumption, regular reorder, predictable demand. Sara Wellness exports IV therapy consumables including cannula fixators to hospital supply chains, pharmacy distributors, and procurement officers worldwide. We offer flexible pack sizes, export-grade packaging, and cold-chain-appropriate documentation where required. Fifteen years of export experience means your containers move without incident.