GE Lunar DPX DUO Bone Densitometer — Refurbished Lunar DPX Duo System
Overview
The GE Lunar DPX DUO Bone Densitometer is a uniquely engineered dual-energy X-ray absorptiometry (DXA) system designed specifically for practices where space efficiency is as critical as diagnostic capability. As one of the first DEXAM systems, the DPX Duo integrates a full-function bone densitometer into a standard examination table, allowing healthcare providers to perform bone density assessments without dedicating an entire room to imaging equipment.
DEXA Services provides professionally refurbished DPX Duo units that restore the system to dependable operating condition while delivering significant cost savings compared to new equipment. Each system undergoes comprehensive inspection, calibration, functional testing, and quality assurance to ensure reliable performance in real-world clinical environments.
Osteoporosis screening and bone health monitoring are increasingly important as populations age and preventive care becomes a priority. However, many smaller clinics, specialty practices, and physician offices lack the physical space required for conventional DXA scanners. The DPX Duo solves this challenge by doubling as both an examination surface and a diagnostic device, enabling facilities to expand services without remodeling or sacrificing valuable square footage.
When not in use for densitometry studies, the system functions as a standard patient exam table, seamlessly integrating into everyday clinical workflows. This dual-purpose design makes it particularly attractive for primary care offices, rheumatology clinics, endocrinology practices, women’s health centers, and outpatient facilities seeking to offer in-house bone density testing.
Despite its compact form factor, the DPX Duo delivers accurate bone mineral density (BMD) measurements for key anatomical sites, including the spine and hip. These measurements support diagnosis, fracture risk assessment, and ongoing monitoring of treatment effectiveness.
By choosing a refurbished GE Lunar DPX Duo from DEXA Services, organizations gain access to proven DXA technology that is practical, efficient, and economically accessible—making it an ideal entry point into bone densitometry services.
Key Features / Benefits
Space-Saving Dual-Purpose Design
The most distinctive advantage of the DPX Duo is its ability to function as both an examination table and a DXA scanner. This eliminates the need for a dedicated imaging room and allows practices to introduce densitometry services with virtually no change to floor space.
Ideal for Smaller Practices and Satellite Clinics
Facilities with limited square footage often cannot accommodate traditional DXA systems. The DPX Duo’s compact footprint enables deployment in physician offices, outpatient clinics, and community health centers.
Accurate Bone Mineral Density Measurement
The system provides reliable BMD assessments essential for diagnosing osteoporosis and evaluating fracture risk. Consistent measurements support longitudinal tracking of bone health and treatment outcomes.
Low Radiation Exposure
DXA technology uses minimal radiation compared to conventional radiographic imaging. The DPX Duo maintains this safety advantage while delivering clinically useful diagnostic information.
Seamless Integration into Workflow
Because the unit doubles as a standard exam table, staff can transition between routine patient visits and densitometry exams without complex setup or room changes. This improves efficiency and patient convenience.
Cost-Effective Entry into DXA Services
Purchasing a refurbished DPX Duo system dramatically lowers the financial barrier to offering bone density testing. This enables practices to generate new revenue streams while improving patient care.
Proven Technology Platform
The Lunar DPX series has been widely used in clinical settings for many years, providing a dependable solution with established performance characteristics and user familiarity.
Minimal Facility Modifications Required
Unlike large imaging systems, the DPX Duo typically requires only standard electrical supply and compliance with local radiation guidelines, reducing installation complexity and cost.
