WIRE CLASP by GE Healthcare

Key Highlights

• The WIRE CLASP by GE Healthcare is designed for optimal performance in X-ray imaging applications, ensuring reliable patient positioning and stability.
• Compatible with advanced imaging systems such as the OPTIMA XR640 and DISCOVERY XR650, it enhances workflow efficiency in radiology departments.
• Constructed with durable materials, the WIRE CLASP provides long-lasting functionality, reducing the frequency of replacements and maintenance interventions.
• This product is engineered to support a range of clinical scenarios, making it suitable for various diagnostic procedures in hospital settings.

Compatible Systems & Use Cases

The WIRE CLASP is compatible with the following models:

• OPTIMA XR640
• DISCOVERY XR650

These systems are typically utilized in general radiography, fluoroscopy, and other imaging modalities requiring precise patient positioning.

Technical Specifications

Parameter	Value
Material	High-strength polymer
Dimensions	Standardized for compatibility with GE imaging systems
Weight	Lightweight for ease of handling

Clinical and Service Value

The WIRE CLASP by GE Healthcare offers significant advantages in procurement and operational efficiency. Its compatibility with leading imaging systems ensures that healthcare providers can seamlessly integrate this accessory into their existing workflows. This compatibility minimizes the need for extensive training or adjustments, allowing radiology departments to maintain high productivity levels.

In addition to its functional benefits, the durable construction of the WIRE CLASP reduces the likelihood of frequent replacements, thereby lowering maintenance demands. This reliability not only enhances the overall service life of the product but also contributes to a more streamlined inventory management process. By investing in high-quality components like the WIRE CLASP, healthcare facilities can optimize their imaging operations and improve patient care outcomes.

Additional notes

WIRE CLASP by GE Healthcare