Nicu Equipment

Product Details:

Bubble CPAP (b-CPAP) is a non-invasive respiratory support device commonly used in neonatal intensive care units (NICUs) to treat infants with breathing difficulties. It provides continuous positive airway pressure, helping to keep air sacs open, while creating bubbles by submerging the expiratory tube in water, which creates pressure oscillations that aid lung function.Detailed Breakdown of Bubble CPAP

• Mechanism of Action: A blended, heated, and humidified gas source is delivered to the infant via nasal prongs or a mask. The "bubble" effect comes from placing the expiratory tubing into a bottle of water, which generates vibrations (oscillations) that help with gas exchange and reduce the work of breathing.
• Components of the System:
  • Continuous Flow: An air/oxygen blender provides a steady flow of oxygen.
  • Heated Humidifier: Conditions the gas to protect the infant's airway.
  • Nasal Interface: Short binasal prongs or a nasal mask to deliver pressure.
  • Bubble Generator/Bubbler: A water bottle where the expiratory tube is immersed, allowing for the generation of positive end-expiratory pressure (PEEP).
• Adjusting Pressure: The pressure level is determined by the depth to which the expiratory tube is submerged in the water container.
• Key Indications:
  • Neonatal Respiratory Distress Syndrome (RDS).
  • Transient tachypnea of the newborn.
  • Apnea of prematurity.
  • Post-extubation support after mechanical ventilation.
• Main Benefits:
  • Non-invasive: Often prevents the need for intubation.
  • Efficiency: The oscillation effect mimics high-frequency ventilation, potentially improving lung recruitment.
  • Low Cost/Versatility: Particularly useful in developing settings. 

Bubble CPAP is a trusted, simple method for treating neonatal respiratory issues. 

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

A bubble CPAP (Continuous Positive Airway Pressure) set with a semi-automatic humidifier is a specialized non-invasive respiratory support system designed for neonates experiencing breathing difficulties. It delivers a continuous, warm, and moist flow of blended oxygen (FiO2) at a specific pressure to keep the infant's lungs inflated (alveoli open), preventing lung collapse (atelectasis). The "semi-auto" humidifier refers to a servo-controlled, heated-wire, or auto-fill system that automatically maintains water levels and gas temperature, requiring minimal manual adjustment. Key Components of the Bubble CPAP Set

1. Air/Oxygen Blender: Mixes compressed air and oxygen to deliver a precise oxygen concentration (21% to 100%).
2. Flow Meter: Regulates the flow rate of the gas, usually set between 5–10 liters per minute (LPM).
3. Semi-Auto (Servo) Humidifier: Warms and moisturizes the gas (up to 37°C/100% relative humidity) to protect the neonate's airway. It frequently features "auto-fill" technology to keep the water chamber full.
4. Heated Breathing Circuit: Corrugated, dual-limb tubing with heater wires embedded to maintain temperature and minimize "rainout" (condensation).
5. Bubble Generator (Pressure Bottle): A container, often with a measurement scale, where the expiratory limb is submerged. Bubbling creates positive pressure and gentle oscillations that aid respiration.
6. Patient Interface: Nasal prongs or masks designed to deliver air securely to the newborn. 

Mechanism of Action

• Pressure Generation: The CPAP level (measured in ) is determined by the depth the expiratory tube is submerged into the water in the generator. For instance, a 6 cm submersion yields 6  PEEP (Positive End-Expiratory Pressure).
• Constant Flow: The system provides a constant, high flow to ensure the infant is not rebreathing exhaled CO2.
• High-Frequency Oscillations: As the gas bubbles through the water, it creates small, high-frequency oscillations that travel back to the lungs, improving gas exchange and lowering the effort of breathing. 

"Semi-Auto" Features Explained

• Auto-Fill Humidifier Chamber: A feed line from a water bag maintains a consistent water level in the heating chamber, preventing it from running dry, which reduces the need for manual monitoring and refilling.
• Heater Wires: The breathing circuit is heated, reducing the need for constant, manual clearing of water condensate (rainout) from the tube.
• Servo Control: The humidifier dynamically adjusts the temperature based on feedback from a probe at the patient interface, ensuring consistent moisture delivery. 

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

The AVI PBI 1400 D - 20 Dual Probe NICU Incubator is an advanced neonatal care unit engineered to provide a secure, thermo-regulated environment for premature or low-birth-weight infants. Manufactured by AVI Healthcare Pvt. Ltd., this unit utilizes microprocessor-based technology to offer precise climate control and maintain the optimal temperature and humidity necessary for neonatal development. 

Key Features and Specifications

• Dual Probe System (Servo/Baby & Air Mode): The "Dual Probe" feature allows for simultaneous monitoring of both the baby's skin temperature and the incubator's air temperature. The servo control system uses these inputs to automatically adjust the heater, ensuring precise temperature regulation (Set Temp Range: 30°C–38°C).
• Neotherm iWARM Technology: The unit features a computerized PID servo control system that detects and adjusts to minimal temperature variations to keep the infant in a stable, warm environment.
• 5.4" Color TFT Touch Screen Display: Features a user-friendly interface that clearly displays both air and skin temperatures, along with other vital functions and trend data.
• Double Wall Canopy: A transparent, double-walled acrylic canopy minimizes radiant heat loss and maintains humidity levels.
• Safety Alarms and Backup: Includes an integrated battery backup for continued temperature control during power failures. Comprehensive audiovisual alarms are included for Sensor Fail, Power Fail, Heater Fail, and Door Open.
• Ergonomic Design: Features a smooth bed tilting mechanism (approx. $\pm$10 degrees), electronic height adjustment (optional), and a foldable head door for easy access.
• Integrated Humidity & Oxygen Control: The incubator is equipped with a hygrometer for humidity measurement (40% – 80% range) and an oxygen port (0.5 – 8 L/min) to manage oxygen supply efficiently.
• Mobility & Storage: Mounted on lockable castors with built-in storage cabinets.

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

The AVI PBI 1200 D-20 (Neotherm D20) is a microprocessor-controlled premature baby incubator manufactured by AVI Healthcare, designed specifically for Neonatal Intensive Care Units (NICUs) and specialized neonatal care. It provides a stable, temperature-controlled, and humidified environment to support the growth of premature or low birth-weight infants until they can adapt to the natural environment. 

Key Features and Specifications

• Temperature Control: Uses a microcontroller-based Neotherm D20 system with advanced computerized software-based PID (Proportional-Integral-Derivative) servo control to maintain precise thermal stability.
• Operating Modes: Features dual modes of operation:
  • Baby Mode (Skin): 30°C – 38°C (0.1°C increments).
  • Air Mode: 30°C – 38°C (0.1°C increments).
• Display & Interface: Large LED/LCD display for skin and air temperature, with a feather-touch user interface.
• Humidity Management: Includes digital humidity measurement via a hygrometer and a water tank for humidity control.
• Structure & Accessibility: Features a transparent acrylic canopy with four ports and one door for easy access, and a mattress with a zipper-locked, waterproof, washable, and flame-retardant cover.
• Mobility & Convenience: Equipped with strong, lockable castor wheels, a storage cabinet, and an adjustable IV stand. 

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

TypeRadiant WarmersMaterialFRPUsage/ApplicationHospitalColorWhiteNumber Of Wheels4FeaturesColor Coated 
Our range of Digital Radiant Heat Warmer is used for specific purposes in diagnosis and treatment processes. These are designed with various special features for use in Nursery, Labor & Delivery suits to provide quick & effective treatment for the newborn infants. Clients can avail from various ranges with various international standards.


Salient Features:


Digital display for set temp as well as actual temp.
PT-100 sensor.
High & Low temp. range can be set.
Temperature cut-off accuracy 0.1oC.
Alarms provided for overheat, power fil, battery low, sensor failure as well as range crossed alarms provided.
 
Technical Specifications:


Power supply 220v / 230v, 50/60Hz.
Power consumption L 900w.
Heater source two quartz silicon heater with S.S. reflector..
Temp. accuracy : 0.1oC.
Temp. range : 25oC to 40oC.
Dimension 760 x 530 x 1720mm.
Weight 40kg approx.
Overheat is set at 39oC with total cut-off system.

Additional Information:

• Delivery Time: 1 week

Product Details:

The AVI Single Surface Phototherapy Unit with Stand is a specialized neonatal medical device designed for the effective treatment of neonatal jaundice (hyperbilirubinemia). It uses high-intensity blue LED technology to break down excess bilirubin in a newborn's blood, converting it into a harmless, water-soluble form for excretion. Key Features and Design

• Advanced Blue LED Technology: The unit typically uses 11 to 24 high-intensity blue LED lamps, operating within the optimal wavelength range of 450–470 nm.
• Single Surface Configuration: It focuses light from above, providing concentrated treatment on one side of the infant.
• Mobile & Adjustable Stand: The unit is mounted on a sturdy, height-adjustable trolley with lockable anti-static caster wheels, making it easy to move and position over incubators or radiant warmers.
• Tiltable Lamp Unit: The lamp head can tilt up to 90 degrees, allowing for precise positioning and compatibility with other neonatal equipment.
• Observation Lamps: The unit often includes white LEDs to assist medical staff in monitoring the infant’s skin color without removing them from the therapy.
• Long Life and Low Maintenance: The LED lamps have a lifespan of approximately 30,000 hours, requiring minimal replacement compared to traditional CFL Tubes.

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

The AVI IW5100 Radiant Infant Warmer is a microprocessor-controlled, open-care system designed by AVI Healthcare to provide a stable, controlled thermal environment for neonates in NICUs, labor rooms, and nurseries. It is designed to prevent hypothermia in newborns through radiant heat, with a focus on safety, accessibility, and precise temperature regulation. Key Features and Details:

• Microprocessor-Based Control: The unit operates using advanced microprocessor technology, offering multiple operating modes: Servo (Skin/Air), Manual, and Pre-warm modes.
• Temperature Management: It features highly accurate temperature monitoring (accuracy of +/- 0.1°C to 1°C depending on configuration) and allows for both Skin and Air temperature control to maintain the infant's comfort.
• Radiant Heat Source: The warmer uses a quartz/ceramic infrared heating element, often with a Stainless Steel reflector to direct heat evenly across the infant's mattress.
• Design & Structure: The IW5100 is constructed with a robust frame, often incorporating FRP (Fiber Reinforced Plastic) and mild steel, and includes an oval-shaped baby tray for safety.
• Integrated Phototherapy: Many configurations of the IW5100 include an inbuilt LED phototherapy unit (e.g., 12 LEDs on each side) for treating neonatal jaundice, along with a digital treatment timer.
• Safety Alarms: Equipped with comprehensive audio-visual alarms for safety, including Probe Failure, High/Low Temperature, Power Failure, and System Failure.
• Observation Lamp: An integrated observation light is provided for clear visibility of the infant during procedures.

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

Single Surface Phototherapy is a standard, non-invasive medical treatment used in neonatal units to treat jaundice (hyperbilirubinemia) by exposing a baby’s skin to high-intensity blue light from a single overhead source. This light breaks down bilirubin, a byproduct of red blood cell breakdown, into a water-soluble form that the baby can easily excrete through urine and stool. Detailed Breakdown

• Mechanism of Action: The light (ideally blue-green spectrum, 450–470 nm) converts toxic unconjugated bilirubin into non-toxic photoisomers (like lumirubin), which do not need to be processed by the liver to be removed.
• Equipment: The unit consists of a stand-mounted, overhead light source (usually LEDs or halogen bulbs) positioned over a bassinet or incubator.
• Target Population: Newborns with moderate to high serum unconjugated bilirubin levels that do not necessitate immediate, aggressive "double-surface" phototherapy.
• Procedure:
  • Positioning: The light is placed as close to the infant as possible—sometimes as near as 10 cm—to maximize intensity without causing overheating.
  • Protection: The baby is undressed (to maximize skin exposure) except for a diaper to protect the genitals and eye patches (goggles) to protect the retinas from the bright blue light.

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

The TransNANO B from AVI Healthcare is a compact, lightweight neonatal transport incubator designed for secure, warm, mobile care of infants (up to ) during transport. Key features include PID-controlled heating, battery backup, and options for collapsible or auto-loading trolleys. It ensures thermal stability via servo-controlled, air-mode operation and includes safety alarms. Key Features and Technical Details

• Design & Portability: Extremely lightweight (approx. 15 kg), enabling easy handling by one person, and fits into small vehicles or ambulances.
• Temperature Control: Uses a PID (Proportional-Integral-Derivative) controller to maintain a precise, stable microenvironment.
• Power Efficiency: Operates on AC/DC, consuming only 150 watts, with a battery backup of roughly 2 hours (some versions up to 4 hours).
• Monitoring & Safety: Includes a large digital temperature display and audio-visual alarms for, but not limited to, temperature, heater failure, and sensor failure.
• Comfort & Access: Features a sliding mattress, large baby tray, two port holes, and an openable door for easy access.
• Environment: Equipped with a bacteria filter and, in some models, a double-wall canopy for enhanced thermal protection.
• Trolley Variants: Available with either a collapsible trolley or an auto-loading stretcher trolley for easy transport. 

Product Details:

The AVI IW5200 is a microprocessor-controlled Infant Radiant Warmer designed by AVI Healthcare to provide a stable, controlled, and warm environment for neonates in NICUs, delivery rooms, and nurseries. It is a durable, open-care system aimed at maintaining a baby's body temperature, preventing hypothermia, and allowing easy access for medical procedures. IndiaMART +3Key Features and Specifications:

• Heating System: Uses a 600W-650W ceramic or quartz heater with a parabolic reflector to provide even warmth.
• Operational Modes: Features both Servo (automatic, based on baby's skin temperature) and Manual modes.
• Temperature Control: Microcontroller-based system with a large digital display for monitoring set and skin temperatures (25°C to 40°C range).
• Safety Alarms: Includes audio-visual alarms for sensor failure, power failure, high/low temperature, and heater malfunction.
• Design & Structure: Features an oval-shaped bassinet with drop-down, transparent polycarbonate side panels, lockable castor wheels, and easy mattress tilting.
• Accessories: Includes a heater unit that rotates 90° for, an LED observation lamp,IV Pole,and a baby tray with an x - ray cassette holder.

Product Details:

The AVI Healthcare IW4100 is a microprocessor-based radiant warmer designed to provide controlled, safe, and immediate warmth for neonates in NICUs, delivery suites, and nurseries. It is a durable, open-care system often used to maintain the body temperature of newborns, preventing hypothermia. IndiaMART +4Key Features and Specifications:

• Temperature Control: Features Neotherm (D10/D20) temperature control systems with both manual and servo (skin probe) modes for precise thermal regulation.
• Heating Source: Uses a Quartz/Ceramic heater with a parabolic reflector to ensure even heat distribution.
• Mobility & Access: The heater unit swivels 90° on both sides to allow for procedures, and it sits on a robust Mild Steel (MS) trolley with lockable, anti-static castor wheels.
• Safety Features: Includes comprehensive audio-visual alarms for sensor failure, power failure, heater failure, and overheating.
• Design & Accessories: Features a washable mattress, drop-down/lockable polycarbonate side panels, an inbuilt observation lamp, and a monitor tray.
• Optional Upgrades: Can be equipped with an LED phototherapy unit, storage Drawers, or a T - Piece resuscitator.

Product Details:

The AVI Healthcare IW4100 Infant Warmer with Phototherapy is a microprocessor-controlled, open-care system designed for NICU and delivery suites, providing precise neonatal thermal regulation and jaundice treatment. It features a swivel, 650W heater, LED phototherapy, and automatic servo/manual modes with audio-visual alarms. Key Features and Detailed Specifications:

• Thermal Control: Uses Neotherm D10 technology (skin temperature control) for precise warming, often with a range of 0-10 kg, ensuring the neonate stays in a thermo-neutral zone.
• Phototherapy: Equipped with top-mounted LED lights (often designated as IW4100S) for treating jaundice by reducing bilirubin levels.
• Mobility & Access: Features a sturdy, mobile trolley with lockable, anti-static wheels. It has drop-down/foldable side panels and a 90° swiveling heater for easy access during procedures.
• Safety & Monitoring: Includes a 650W heater with safety alarms, a digital LED display for temperature monitoring, and a battery backup for temperature monitoring during power failures.
• Structure & Components: Constructed of mild steel (M.S.) with a baby tray that allows for Trendelenburg/Reverse-Trendelenburg tilting. Often includes a monitoring tray and an IV stand. 

Product Details:

THE PBI 1100 (often paired with the Neotherm D-10 controller) Premature Baby Incubator by AVI Healthcare is a specialized, microprocessor-controlled neonatal care unit designed to provide a stable, controlled environment (temperature, humidity) for premature or low-birth-weight neonates in NICUs. It is designed to support the fragile thermoregulation needs of newborns, offering both manual and servo (automatic) control modes. 

Additional Information:

• Delivery Time: WITH IN WEEK

Product Details:

The AVI IW4200 Infant Warmer with Phototherapy is a microprocessor-controlled open-care system designed for NICUs to provide precise thermal regulation and jaundice treatment. It features a 500W-600W heater, swivel capability, LED display, and both servo/manual modes, ensuring a safe, stable environment for newborns while reducing bilirubin levels. Key Features and Technical Specifications:

• Temperature Control: Uses advanced Neotherm (D10/D20) systems for precise Servo (skin) and Manual (air) modes.
• Heater Mechanism: A 600W heater that can swivel 90° on both sides for easy access.
• Phototherapy: Integrated system designed for treating neonatal jaundice.
• Safety & Monitoring: Includes an in-built observation lamp, mattress tilt functionality, and audible/visual alarms.
• Construction: Robust design suitable for NICU, delivery suites, and emergency settings. 

Product Details:

The AVI TransNANO B is a specialized, lightweight neonatal transport incubator designed by AVI Healthcare to provide a stable, controlled, and protected microenvironment for critically ill or premature newborns during transit. Its primary purpose is to extend Neonatal Intensive Care Unit (NICU) care from hospitals to vehicles such as ambulances, helicopters, ships, or even private cars, ensuring thermal neutrality and safety. Key Features & Detailed Breakdown

• Portability & Design: Extremely lightweight (approximately 13-15 kg for the incubator alone), allowing a single medic to carry it. Its compact nature enables it to fit into small cars, bypassing the absolute dependency on a dedicated ambulance.
• Thermal Management (PID Servo Control): The incubator features advanced Proportional-Integral-Derivative (PID) based servo control, which automatically adjusts heat output based on the baby's skin temperature (or air temperature) to prevent heat fluctuations.
• Power Efficiency & Supply: The unit operates at low power, consuming only ~150 watts. It can run on AC mains, external 12V DC battery packs, or direct power from a car cigarette lighter/battery socket, offering versatility in power-restricted situations.
• Accessibility & Comfort: Equipped with a sliding mattress for easy positioning, a front access door, and a head access door. It also has two port holes for essential medical procedures.
• Safety & Alarms: The system is compliant with global safety standards (IEC 60601). It includes a Comprehensive Audio-Visual Alarm system that alerts staff to potential issues like sensor failure, overheating, power failure, or temperature fluctuations.
• Environment & Hygiene: It features a built-in bacteria filter to protect the infant from airborne contaminants.
• Trolley & Optional Features: The TransNANO B is available with a collapsible or auto-loading stretcher trolley. Other options include a double-wall canopy for enhanced thermal stability and oxygen cylinder storage. 

Product Details:

Available with advanced temperature control options such as Neotherm D10 and D20, the IW4200 Infant Warmer combines durability, precision, and safety, making it an essential device for neonatal thermal management. Heater swivels 90° on both sides for convenience. Inbuilt Observation Lamp for enhanced visibility.What is the working principle of baby warmer?Radiant warmers use infrared heat to provide thermal support. They are typically used when immediate access to the infant is required, such as during medical procedures. The heat output is directed from above, warming the infant's body without requiring physical contact.Infant warmers are designed to regulate and maintain a newborn’s body temperature. They eliminate radiant heat loss by keeping heat that would otherwise escape their body. Newborns, particularly preterm infants, are at risk of rapid body heat loss due to their small size and lack of body fat. Infant warmers provide a controlled source of heat to keep critically ill infants and newborns warm and safe.

There are various types of infant warmers, including radiant warmers, incubator warmers, and localized warmers, such as heel warmers. Each type serves a specific purpose, depending on the infant’s needs and the medical setting.

How Infant Warmers WorkRadiant Warmers

Radiant warmers use infrared heat to provide thermal support. They are typically used when immediate access to the infant is required, such as during medical procedures. The heat output is directed from above, warming the infant’s body without requiring physical contact. A common type of radiant warmer used in the NICU is the radiant warmer bed, such as our Infatherm Warming Mattress. Infant radiant warmers keep infants comfortable, safe, and warm in the hospital.Infant warmers are essential in neonatal care, helping neonates maintain a stable body temperature, especially when they are born prematurely or develop health complications. These devices are crucial in preventing hypothermia, which can lead to serious health issues if they are not addressed promptly. In this blog post, learn how different infant warming products keep skin temperature constant and aid in necessary medical procedures.

Additional Information:

• Delivery Time: With in Week

Product Details:

Incubators generally maintain a constant temperature, however additional features are often built in. Many incubators also control humidity. Shaking incubators incorporate movement to mix cultures. Gas incubators regulate the internal gas composition.When working with susceptible biological samples, it's vital that the incubator can precisely control temperature, humidity, and CO2 levels. Some incubators have advanced control systems that continuously monitor and adjust these factors, ensuring stability throughout your experiment.An incubator is a sophisticated machine engineered to create and sustain a precisely controlled environment, facilitating the optimal growth and development of various organisms and substances.Incubating features are intended for proof-of-concept implementations to explore new and innovative solutions. They may be used for production purposes if the risk of major changes in the feature is acceptable to the customer. Incubating features do not require licensing during their incubation period.What sets incubating features apart:

• An incubator is a sophisticated machine engineered to create and sustain a precisely controlled environment, facilitating the optimal growth and development of various organisms and substances. This versatile device finds primary utility in nurturing cell cultures, bacteria, microorganisms, and even in the delicate process of egg incubation. Incubators meticulously regulate critical parameters, including temperature, humidity, and gas composition, ensuring the ideal conditions for their specific applications. Additionally, these versatile machines often incorporate supplementary features such as gentle shaking, precise cooling, and reliable heating, further enhancing their versatility and utility in scientific and medical contexts.

  What Are Incubators Used For?

  Scientific Research:

  • Cell Culture: Growing and sustaining cell lines for advancements in medical research, biotechnology, and drug discovery.
  • Microbiology: Nurturing bacteria, fungi, and other microorganisms to conduct research on infectious diseases, explore applications in food science, and delve into environmental studies.
  • Enzyme Studies: Creating optimal conditions for enzyme activity in diverse biochemical experiments by maintaining specific temperatures.
  • Genetics: Investigating gene expression and protein production in cells under precisely controlled conditions.
  • Plant Tissue Culture: Propagating plants for research purposes and agricultural applications.

  Medical Applications:

  • Neonatal Care: Offering a regulated environment for the care of premature or critically ill newborns.
  • Fertility Treatment: Incubating embryos post in vitro fertilization (IVF) procedures to enhance fertility treatments.
  • Tissue Engineering: Growing and maturing tissues for transplantation and advancements in regenerative medicine.
  • Drug Testing: Assessing the safety and efficacy of new drugs through experimentation on cell cultures or microorganisms.

  Industrial Applications:

  • Food Production: Cultivating microorganisms for the fermentation process in food production, such as the creation of yogurt.
  • Biotechnology: Manufacturing biofuels, enzymes, and various bioproducts using microorganisms.
  • Environmental Monitoring: Investigating the growth and activity of microorganisms in environmental samples for effective environmental monitoring.
  • Cosmetics and Pharmaceuticals: Evaluating the stability and efficacy of cosmetics and pharmaceutical products through controlled incubation processes.

Additional Information:

• Delivery Time: With in Week

Product Details:

Structure & Accessibility: Features a transparent acrylic canopy with four ports and one door for easy access, and a mattress with a zipper-locked, waterproof, washable, and flame-retardant cover. Mobility & Convenience: Equipped with strong, lockable castor wheels, a storage cabinet, and an adjustable IV stand.
What is the purpose of a NICU incubator?At their core, NICU incubators function as a lifeline for newborns and infants. They maintain an optimal temperature, provide controlled humidity, and monitor vital signs to ensure the baby's health. They also allow caregivers to easily access infants for necessary interventions and skin-to-skin contact.The device may include a heater, a fan, a container for water to add humidity, a control valve through which oxygen may be added, and access ports for nursing care. Once submitted, we will try and place you in contact with a suitable Infant Incubators supplier within 48 hours.What are the 7 core measures of NICU?Seven neuroprotective core measures for family-centered developmental care of the premature neonate are depicted on petals of a lotus as the Healing Environment, Partnering with Families, Positioning & Handling, Safeguarding Sleep, Minimizing Stress & Pain, Protecting Skin, and Optimizing Nutrition.

Additional Information:

• Delivery Time: With in Week

Product Details:

The AVI Dual Surface Phototherapy unit (often referred to as the Bilipod LED Double Surface unit) is an advanced medical device designed for the intensive treatment of neonatal jaundice (hyperbilirubinemia). It provides simultaneous, high-intensity blue light from both above and below the infant to accelerate the reduction of serum bilirubin levels. 

Key Features and Components

• Dual-Surface Illumination: Features overhead LED panels and an under-surface LED panel (Bilipad), allowing for 360-degree light exposure, which maximizes skin coverage and bilirubin breakdown.
• LED Technology: Utilizes specially calibrated blue LEDs (typically 420–500 nm, often around 460nm) to provide high-intensity light while generating minimal heat.
• Intensity & Safety: Delivers uniform, high irradiance (often >35-40 $\mu$W/cm²/nm) without ultraviolet (UV) or infrared (IR) radiation, ensuring patient safety.
• Design: Compact, portable unit with a mobile stand, suitable for NICU or postnatal wards. It features a clear acrylic baby tray for proper light penetration.
• User Interface: Includes a digital timer for monitoring both treatment time and total lamp usage, as well as intensity controls. 

Product Details:

Bubble CPAP (Continuous Positive Airway Pressure) is a non-invasive respiratory support method for neonates, providing oxygen, humidity, and positive pressure to keep airways open. The system uses a "bubble" mechanism to generate positive end-expiratory pressure (PEEP), which also creates vibrations that help with gas exchange. 
Here are the key bubble CPAP accessories and components explained in detail:1. Gas Source and Blending (Air/Oxygen)

• Oxygen Blender & Flowmeter: Connects to hospital air and oxygen sources to provide a precise concentration of oxygen (FiO2) between 21% and 100%.
• Air Compressor: Provides compressed air if a central medical gas supply is unavailable, especially in low-resource settings. 

2. Humidifier System

• Heated Humidifier & Humidification Chamber: Supplies heated, humidified gas (35.5–37°C) to the infant. This prevents airway dryness, reduces the risk of mucus plugging, and helps maintain body temperature.
• Water Feed Set: An automatic, gravity-fed water system that refills the chamber to maintain constant humidity without breaking the circuit.

3. Patient Circuit (Tubing)

• Inspiratory Limb: Corrugated tubing that carries the warmed, humidified gas from the humidifier to the nasal interface.
• Expiratory Limb: Returns exhaled air to the pressure generator. 

4. Patient Interface (Connecting to the Baby)

• Short Binasal Prongs: The most common interface, inserted into the nares. They are preferred for having low resistance, facilitating better pressure delivery.
• Nasal Masks: Covers the nose completely; generally associated with lower nasal trauma than prongs.
• Nasal Cannulae: Used as an alternative, but can sometimes have high resistance. 
• 5. Pressure Generator (The "Bubble" Part)
  • Bubble Generator/Water Chamber: A transparent jar containing sterile water. The expiratory tubing is immersed into this water.
  • Pressure Setting: The depth of the tube in the water (in cm) equals the PEEP generated (e.g., a 5 cm depth creates 5 cm H2O of pressure). Constant bubbles indicate correct functioning.
  • Pressure Relief Valve (Pop-off Valve): A safety feature that ensures pressure does not exceed a set limit, preventing lung damage. 
  6. Securement and Comfort
  • Nasal CPAP Bonnet/Hat: A fabric cap placed on the infant to hold the prongs and tubing securely in place.
  • Velcro Straps/Mustache: Secures the nasal prongs to the bonnet or directly to the face (often with a hydrocolloid patch to protect skin).
  • Chin Strap/Masks: Used to keep the mouth closed, reducing leaks and maximizing pressure efficacy.