STOPPER SPRING,DETENT by GE Healthcare

Key Highlights

• The STOPPER SPRING, DETENT by GE Healthcare is designed to enhance the operational reliability of x-ray systems.
• This component is compatible with multiple models, ensuring versatility across various imaging scenarios.
• Manufactured with high-quality materials, it provides durability and long-term performance in demanding clinical environments.
• Installation of this part can significantly reduce downtime, contributing to improved workflow efficiency.
• GE Healthcare's reputation for innovation ensures that this component meets stringent industry standards.

Compatible Systems & Use Cases

The STOPPER SPRING, DETENT is compatible with the following models:

• AMX 4
• DEFINIUM AMX 700
• AMX 4 PLUS

This component is primarily utilized in portable x-ray systems, enhancing their functionality and reliability during imaging procedures in diverse clinical settings.

Technical Specifications

Parameter	Value
Part Number	46-250207P16
Brand	GE Healthcare
Material	High-Strength Steel
Application	X-ray Systems

Clinical and Service Value

The STOPPER SPRING, DETENT by GE Healthcare is an essential component for maintaining the performance of x-ray systems. By ensuring that these systems operate smoothly, it plays a critical role in supporting clinical workflows. The compatibility with multiple models allows healthcare facilities to standardize their inventory, simplifying procurement processes and reducing the need for multiple spare parts.

In terms of maintenance, the durability of this component minimizes the frequency of replacements, thereby enhancing the overall service life of the imaging equipment. This reliability translates into less downtime, allowing healthcare providers to focus on patient care rather than equipment issues. The efficient performance of the STOPPER SPRING, DETENT ultimately contributes to a more streamlined imaging process, benefiting both staff and patients in a clinical setting.

Additional notes

STOPPER SPRING,DETENT by GE Healthcare