Baby Weighing Scale (Digital) Amaris Medical

Digital Baby Weighing Scale

Name: Digital Baby Weighing Scale - Amaris Medical Solutions
Price: 1.00 USD
Availability: InStock

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A Digital Baby Weighing Scale is a high-precision medical device designed exclusively for the safe and accurate measurement of infant and toddler weight. Featuring a stable, hygienic platform with gram-level precision, it is indispensable in hospitals (especially NICUs), pediatric clinics, and community health settings. Its core functions—such as hold, tare, and zeroing—ensure reliable readings even with a moving child. Accurate weight data is foundational for assessing growth, calculating medication doses, managing nutrition, and detecting early signs of health issues, making this scale a critical tool for safeguarding infant health and development.

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Categories: DIAGNOSTIC EQUIPMENT, Scales and Measuring Devices Tags: BabyScale, DigitalScale, GrowthMonitoring, InfantScale, MedicalScale, NICUEquipment, PediatricScale

Description

Digital Baby Weighing Scale

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Newborn & Infant Growth Monitoring:

Primary Use: The primary use is for the accurate and frequent measurement of an infant’s weight from birth through early childhood. Serial weight measurements are the single most important objective indicator of adequate nutrition, proper feeding (breastfeeding or formula), and healthy growth in this vulnerable population.
How it helps: Provides parents and pediatricians with the most fundamental measure of a baby’s health and development, offering reassurance that a child is thriving or early warning when intervention is needed.

2. Assessment of Nutritional Status & Failure to Thrive (FTT):

Primary Use: Essential for diagnosing and monitoring Failure to Thrive, a condition where an infant’s weight gain deviates significantly from standard growth curves. Accurate daily or weekly weights are critical for evaluating the effectiveness of nutritional interventions.
How it helps: Gives healthcare providers the precise data needed to identify babies who aren’t gaining weight as expected, allowing for early intervention that can prevent long-term developmental problems.

3. Neonatal Hospital & NICU Care:

Primary Use: A fundamental tool in Neonatal Intensive Care Units (NICUs), special care nurseries, and postnatal wards. Used to monitor extremely low birth weight (ELBW) and very low birth weight (VLBW) infants, where precise daily weight trends (often to the gram) guide fluid management, caloric intake, and medication dosing.
How it helps: Provides the tiny, precise measurements needed to care for the most vulnerable patients, ensuring that premature infants receive exactly the right amount of fluids and nutrition to support their fragile development.

4. Pediatric Well-Baby Checkups:

Primary Use: A standard piece of equipment in pediatrician and family physician offices for tracking growth percentiles during routine visits, as plotted on standardized growth charts (e.g., WHO growth standards).
How it helps: Tracks a baby’s growth journey over time, ensuring they are hitting developmental milestones and alerting pediatricians to potential problems that need further investigation.

5. Pre-discharge & Post-discharge Assessment:

Primary Use: Used to ensure an infant has regained birth weight before hospital discharge and to monitor progress during early follow-up visits, a key metric for successful transition to home.
How it helps: Gives new parents confidence that their baby is ready to go home and provides continued reassurance during those crucial first weeks at home that weight gain is on track.

SECONDARY & SUPPORTIVE USES

1. Medication Dosage Calculation: Provides the precise body weight required to calculate safe and accurate medication doses for infants, where dosing is always weight-based (mg/kg), protecting the smallest patients from medication errors.

2. Monitoring Fluid Balance: In hospitalized infants, especially those with conditions like dehydration, sepsis, or cardiac issues, daily weight is a sensitive indicator of overall fluid status (loss or retention), guiding critical care decisions.

3. Public Health & Vaccination Campaigns: Used in community health centers and during vaccination drives to screen for underweight infants and monitor the nutritional status of populations, supporting public health initiatives.

4. Lactation Consulting: Used by lactation consultants to assess feeding adequacy through pre-feed and post-feed weight checks (test weighing), providing objective data on milk transfer and giving breastfeeding mothers confidence that their baby is getting enough.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: Electronic, platform-based weighing scale.
Patient Group: Designed specifically for infants and young children, typically from 0 kg up to 20 kg (or 44 lbs).
Platform Design: Features a large, flat, integrated tray or platform with raised edges or a shallow containment area to ensure the safety of a non-ambulatory or squirming infant. Some models have a removable bassinet or bowl for newborns.
Display: A clear, digital LCD or LED display, often mounted on a vertical pole or integrated into the base for easy reading while the infant is on the scale.

2. TECHNICAL & PERFORMANCE PROPERTIES

Capacity & Precision: High precision is critical. Typical capacity: 0-20 kg. Precision/Readability: 2g, 5g, or 10g for medical-grade scales. Consumer models may have 10g or 20g readability.
Weighing Modes:
- Hold Function: Locks the weight reading on the display after the infant is still, even if they are then removed, preventing movement from altering the result.
- Tare Function: Allows for the weight of a diaper, blanket, or clothing to be subtracted to obtain the infant's net weight.
- Zeroing: Automatic or manual zeroing ensures the scale reads zero before the infant is placed.
Measurement Technology: Uses high-sensitivity strain gauge load cells to convert force into an electrical signal, which is processed and displayed.
Calibration: Medical-grade scales feature internal or external calibration with certified weights to maintain long-term accuracy.

3. PHYSICAL & OPERATIONAL PROPERTIES

Hygiene & Cleaning: The platform is made of smooth, non-porous, medical-grade plastic (often ABS or polypropylene) that can be easily wiped clean and disinfected with hospital-grade agents (alcohol, bleach solutions) between patients.
Stability & Safety: Has a wide, non-slip base to prevent tipping. The platform is low to the ground or has a stable stand.
Portability: Many models are lightweight with a compact footprint for easy movement within a clinic or hospital room. Some are battery-operated for use in field settings.
Data Features: Advanced models may include RS232, USB, or Bluetooth connectivity to transfer weight data directly to Electronic Medical Record (EMR) systems or growth chart software.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Approvals: Must carry medical device approvals such as CE Marking (Class I or IIa), FDA 510(k) Clearance, and comply with regional metrology laws (e.g., EC Type Examination for non-automatic weighing instruments).
Accuracy Standards: Must comply with metrological standards like OIML R76 or ISO 13491 for non-automatic weighing instruments, defining accuracy classes (e.g., Class III for medium accuracy).
Electrical Safety: Complies with IEC 60601-1 safety standard for medical electrical equipment.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry area. Avoid extreme temperatures and humidity, which can affect the load cells and electronic components.
Handling: Transport carefully. Avoid dropping or subjecting the scale to impacts, as this can damage the sensitive load cells and require recalibration. Never exceed the maximum weight capacity.
Calibration & Verification: Should undergo regular performance verification (e.g., daily check with test weights in clinical settings) and periodic professional calibration as per manufacturer and regulatory guidelines.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The gold-standard instrument for obtaining accurate body weight in non-ambulatory pediatric patients, forming the basis for nutritional, pharmacological, and fluid management.
Critical Data Point: Weight is a primary variable in countless pediatric clinical algorithms and growth assessments.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Infant Safety: Never leave an infant unattended on the scale. Always keep one hand on or directly above the infant to prevent falls or rolling off. Ensure the scale is on a stable, level surface.
Hygiene: Disinfect the scale platform thoroughly between each patient use to prevent the spread of infections, particularly in NICU settings.
Correct Use: Ensure the scale is zeroed before use. Use the tare function if weighing an infant in a diaper or light clothing. Allow the reading to stabilize (using the hold function if available) before recording.
Electrical Safety: Do not use if the power cord or casing is damaged. Keep liquids away from the electronic components.

2. FIRST AID MEASURES

General: In case of an infant falling from the scale, assess for injury and seek medical attention if needed. The scale itself poses minimal direct hazard.
Electrical Malfunction: If the scale smokes or malfunctions electrically, disconnect from power immediately.

3. FIRE FIGHTING MEASURES

Flammability: Plastic housing and electronic components are combustible.
Extinguishing Media: For electrical fires, use a CO₂ or dry chemical extinguisher.

Digital Baby Weighing Scale

Digital Baby Weighing Scale

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Newborn & Infant Growth Monitoring:

How it helps: Provides parents and pediatricians with the most fundamental measure of a baby’s health and development, offering reassurance that a child is thriving or early warning when intervention is needed.

2. Assessment of Nutritional Status & Failure to Thrive (FTT):

Primary Use: Essential for diagnosing and monitoring Failure to Thrive, a condition where an infant’s weight gain deviates significantly from standard growth curves. Accurate daily or weekly weights are critical for evaluating the effectiveness of nutritional interventions.

How it helps: Gives healthcare providers the precise data needed to identify babies who aren’t gaining weight as expected, allowing for early intervention that can prevent long-term developmental problems.

3. Neonatal Hospital & NICU Care:

How it helps: Provides the tiny, precise measurements needed to care for the most vulnerable patients, ensuring that premature infants receive exactly the right amount of fluids and nutrition to support their fragile development.

4. Pediatric Well-Baby Checkups:

Primary Use: A standard piece of equipment in pediatrician and family physician offices for tracking growth percentiles during routine visits, as plotted on standardized growth charts (e.g., WHO growth standards).

How it helps: Tracks a baby’s growth journey over time, ensuring they are hitting developmental milestones and alerting pediatricians to potential problems that need further investigation.

5. Pre-discharge & Post-discharge Assessment:

Primary Use: Used to ensure an infant has regained birth weight before hospital discharge and to monitor progress during early follow-up visits, a key metric for successful transition to home.

How it helps: Gives new parents confidence that their baby is ready to go home and provides continued reassurance during those crucial first weeks at home that weight gain is on track.

SECONDARY & SUPPORTIVE USES

1. Medication Dosage Calculation: Provides the precise body weight required to calculate safe and accurate medication doses for infants, where dosing is always weight-based (mg/kg), protecting the smallest patients from medication errors.

2. Monitoring Fluid Balance: In hospitalized infants, especially those with conditions like dehydration, sepsis, or cardiac issues, daily weight is a sensitive indicator of overall fluid status (loss or retention), guiding critical care decisions.

3. Public Health & Vaccination Campaigns: Used in community health centers and during vaccination drives to screen for underweight infants and monitor the nutritional status of populations, supporting public health initiatives.

4. Lactation Consulting: Used by lactation consultants to assess feeding adequacy through pre-feed and post-feed weight checks (test weighing), providing objective data on milk transfer and giving breastfeeding mothers confidence that their baby is getting enough.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: Electronic, platform-based weighing scale.

Patient Group: Designed specifically for infants and young children, typically from 0 kg up to 20 kg (or 44 lbs).

Platform Design: Features a large, flat, integrated tray or platform with raised edges or a shallow containment area to ensure the safety of a non-ambulatory or squirming infant. Some models have a removable bassinet or bowl for newborns.

Display: A clear, digital LCD or LED display, often mounted on a vertical pole or integrated into the base for easy reading while the infant is on the scale.

2. TECHNICAL & PERFORMANCE PROPERTIES

Capacity & Precision: High precision is critical. Typical capacity: 0-20 kg. Precision/Readability: 2g, 5g, or 10g for medical-grade scales. Consumer models may have 10g or 20g readability.

Weighing Modes:

Hold Function: Locks the weight reading on the display after the infant is still, even if they are then removed, preventing movement from altering the result.

Tare Function: Allows for the weight of a diaper, blanket, or clothing to be subtracted to obtain the infant's net weight.

Zeroing: Automatic or manual zeroing ensures the scale reads zero before the infant is placed.

Measurement Technology: Uses high-sensitivity strain gauge load cells to convert force into an electrical signal, which is processed and displayed.

Calibration: Medical-grade scales feature internal or external calibration with certified weights to maintain long-term accuracy.

3. PHYSICAL & OPERATIONAL PROPERTIES

Hygiene & Cleaning: The platform is made of smooth, non-porous, medical-grade plastic (often ABS or polypropylene) that can be easily wiped clean and disinfected with hospital-grade agents (alcohol, bleach solutions) between patients.

Stability & Safety: Has a wide, non-slip base to prevent tipping. The platform is low to the ground or has a stable stand.

Portability: Many models are lightweight with a compact footprint for easy movement within a clinic or hospital room. Some are battery-operated for use in field settings.

Data Features: Advanced models may include RS232, USB, or Bluetooth connectivity to transfer weight data directly to Electronic Medical Record (EMR) systems or growth chart software.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Approvals: Must carry medical device approvals such as CE Marking (Class I or IIa), FDA 510(k) Clearance, and comply with regional metrology laws (e.g., EC Type Examination for non-automatic weighing instruments).

Accuracy Standards: Must comply with metrological standards like OIML R76 or ISO 13491 for non-automatic weighing instruments, defining accuracy classes (e.g., Class III for medium accuracy).

Electrical Safety: Complies with IEC 60601-1 safety standard for medical electrical equipment.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry area. Avoid extreme temperatures and humidity, which can affect the load cells and electronic components.

Handling: Transport carefully. Avoid dropping or subjecting the scale to impacts, as this can damage the sensitive load cells and require recalibration. Never exceed the maximum weight capacity.

Calibration & Verification: Should undergo regular performance verification (e.g., daily check with test weights in clinical settings) and periodic professional calibration as per manufacturer and regulatory guidelines.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The gold-standard instrument for obtaining accurate body weight in non-ambulatory pediatric patients, forming the basis for nutritional, pharmacological, and fluid management.

Critical Data Point: Weight is a primary variable in countless pediatric clinical algorithms and growth assessments.

1. SAFETY PRECAUTIONS

Infant Safety: Never leave an infant unattended on the scale. Always keep one hand on or directly above the infant to prevent falls or rolling off. Ensure the scale is on a stable, level surface.

Hygiene: Disinfect the scale platform thoroughly between each patient use to prevent the spread of infections, particularly in NICU settings.

Correct Use: Ensure the scale is zeroed before use. Use the tare function if weighing an infant in a diaper or light clothing. Allow the reading to stabilize (using the hold function if available) before recording.

Electrical Safety: Do not use if the power cord or casing is damaged. Keep liquids away from the electronic components.

2. FIRST AID MEASURES

General: In case of an infant falling from the scale, assess for injury and seek medical attention if needed. The scale itself poses minimal direct hazard.

Electrical Malfunction: If the scale smokes or malfunctions electrically, disconnect from power immediately.

3. FIRE FIGHTING MEASURES

Flammability: Plastic housing and electronic components are combustible.

Extinguishing Media: For electrical fires, use a CO₂ or dry chemical extinguisher.

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