LU40462ST Encapsulated Phantom for GE DEXA P1–P10

[WC_STAR_RATING]

The LU40462ST Encapsulated Phantom is a precision calibration tool designed for GE DEXA systems (P1–P10), ensuring consistent quality assurance and accurate bone density measurements. Built for durability and repeatability, this phantom supports reliable system performance and compliance with QA protocols.

Compatible with GE DEXA P1–P10 systems
Ensures accurate calibration and QA testing
Durable encapsulated design for long-term use
Supports consistent scan validation

Maintain precision and compliance—order your LU40462ST phantom today.

SKU: LU40462ST

Category: Bone Density Parts, GE Parts

Tags: bone density calibration tool, densitometry QA equipment, DEXA calibration phantom, DEXA system calibration, GE DEXA phantom, GE DXA QA block, QA phantom GE P1 P10, refurbished DEXA parts

Overview of the LU40462ST Encapsulated Phantom

The LU40462ST Encapsulated Phantom is a critical calibration and quality assurance component used in GE DEXA systems, specifically compatible with P1 through P10 platforms. Designed to simulate bone density characteristics, this phantom enables facilities to verify system accuracy, ensure measurement consistency, and maintain compliance with clinical standards.

In bone densitometry, precision is essential. Even minor deviations in calibration can lead to inaccurate readings, affecting diagnostic reliability and long-term patient monitoring. The LU40462ST phantom provides a stable reference point that allows technicians to validate system performance on a routine basis.

Encapsulated in a durable protective housing, this phantom is engineered for repeated use in demanding clinical environments. Its construction ensures that the internal calibration materials remain stable over time, providing consistent and repeatable results during QA procedures.

For facilities operating GE DEXA systems—especially refurbished units—maintaining calibration accuracy is vital. The LU40462ST Encapsulated Phantom plays a key role in ensuring that these systems continue to deliver reliable and clinically acceptable results.

Key Features / Benefits of the LU40462ST Encapsulated Phantom

Ensures Accurate Calibration and Quality Assurance

The primary function of the LU40462ST Encapsulated Phantom is to provide a reliable reference standard for system calibration. By simulating known density values, it allows technicians to confirm that the DEXA system is producing accurate measurements.

Supports Regulatory Compliance

Healthcare facilities are required to perform routine quality assurance checks on diagnostic equipment. This phantom helps meet compliance requirements by enabling consistent and documented QA testing procedures.

Compatible with Multiple GE DEXA Platforms

Designed for P1 through P10 systems, this phantom offers broad compatibility across GE DEXA equipment. This makes it a versatile solution for facilities managing multiple units or maintaining legacy systems.

Durable Encapsulated Construction

The encapsulated design protects the internal calibration materials from environmental factors such as moisture, temperature fluctuations, and physical damage. This ensures long-term stability and reliability.

Improves Long-Term Measurement Consistency

Routine use of the LU40462ST phantom helps detect system drift or calibration issues early. By identifying these changes, facilities can take corrective action before inaccuracies impact patient data or reporting.

Essential for Refurbished System Maintenance

Refurbished GE DEXA systems require strict quality control to ensure they perform to expected standards. Incorporating a reliable calibration phantom into maintenance protocols helps extend system life and maintain clinical confidence.

Importance of Calibration Phantoms in DEXA Systems

Calibration phantoms are not optional accessories—they are essential tools for maintaining the integrity of bone density measurements. Over time, all imaging systems experience slight variations in performance due to component wear, environmental conditions, and usage patterns.

Without regular calibration checks, these variations can accumulate, leading to inconsistent or inaccurate results. The LU40462ST Encapsulated Phantom provides a consistent benchmark that allows facilities to monitor system performance and ensure that results remain within acceptable tolerances.

For organizations conducting longitudinal studies or tracking patient bone density over time, consistency is especially important. Even small discrepancies can affect trend analysis and clinical decisions. Using a high-quality phantom ensures that measurements remain comparable across different time points.

Applications

The LU40462ST Encapsulated Phantom is used in:

Routine QA and calibration of GE DEXA systems
Facilities operating P1–P10 platforms
Imaging centers maintaining refurbished DXA equipment
Hospitals and clinics requiring compliance with QA protocols
Service providers performing system validation and maintenance

Part Number: LU40462ST
Product Type: Encapsulated Calibration Phantom
System Compatibility: GE DEXA P1–P10
Function: Calibration and quality assurance reference
Construction: Encapsulated protective housing
Application: QA testing and system validation

Frequently Asked Questions

What is an encapsulated phantom used for in a DEXA system?
An encapsulated phantom is used to simulate known density values, allowing technicians to verify system accuracy and perform routine calibration checks.

How often should a DEXA phantom be used for calibration?
Most facilities perform QA checks daily or weekly, depending on usage and regulatory requirements, to ensure consistent system performance.

Can this phantom be used across multiple GE DEXA models?
Yes, the LU40462ST is designed for compatibility with P1 through P10 systems, making it suitable for a wide range of GE platforms.

Why is calibration important for bone density equipment?
Calibration ensures that scan results remain accurate and consistent over time, which is essential for diagnosis, monitoring, and compliance with clinical standards.