PROBEHOLDER SOFT INSERT LARGE ICHIRO - ONYX BLACK by GE Healthcare

Product Overview
Key highlights
The GE Healthcare Probeholder Soft Insert in Onyx Black is designed for general imaging ultrasound systems, providing a safe and accessible storage solution for probes when not in use. Its durable, scratch-resistant material ensures protection and longevity, making it ideal for medical environments. This soft insert Probeholder is used with general imaging Ultrasound systems and holds probes when they are not in use. The delicate probe is inserted in the holder, easy to reach, and is readily accessible. It provides a compact space for the probe so it is kept safely without any damage to its exterior. This GEHC Onyx Black color probe holder is made of Dryflex 500700S thermoplastic material which has high tensile strength, is tough and extremely efficient for use in medical environments. It will be shipped in suitable packaging to give adequate protection during transit. This probe holder is part of a Lower OP Panel Frame Assembly of LOGIQ E9 Ultrasound systems.
Key Highlights
- The PROBEHOLDER SOFT INSERT LARGE ICHIRO in Onyx Black is designed for safe handling, featuring rounded internal edges to minimize the risk of injury during use.
- Constructed from Dryflex 500700S thermoplastic material, this probe holder offers excellent scratch resistance and high compression strength, ensuring durability in demanding medical environments.
- Its good dimensional stability allows for consistent performance, maintaining the integrity of probes stored within it.
- This product is RoHS compliant, reflecting a commitment to environmental safety and sustainability in medical device manufacturing.
- Designed for compatibility with general imaging ultrasound systems, it provides a compact and safe storage solution for delicate probes.
Compatible Systems & Use Cases
This probe holder is intended for use with general imaging ultrasound systems, particularly within the LOGIQ E9 Ultrasound systems. It is ideal for clinical settings that require efficient probe management, ensuring that probes are readily accessible while minimizing the risk of damage.
Technical Specifications
| Parameter | Value |
|---|---|
| Material | Dryflex 500700S Thermoplastic |
| Color | Onyx Black |
| Compliance | RoHS |
| Application | General Imaging Ultrasound Systems |
| Features | Rounded Edges, Scratch Resistance, High Compression Strength |
Clinical and Service Value
The PROBEHOLDER SOFT INSERT LARGE ICHIRO enhances workflow efficiency in clinical environments by providing a reliable and safe storage solution for ultrasound probes. Its design minimizes the risk of damage, ensuring that probes remain in optimal condition and readily accessible for use, which can lead to improved patient care and operational efficiency.
Additionally, the durable construction of this probe holder reduces the need for frequent replacements, contributing to lower maintenance requirements. The RoHS compliance further supports procurement strategies focused on sustainability, making it an environmentally responsible choice for healthcare facilities committed to reducing their ecological footprint while maintaining high standards of patient safety and care.
Additional notes
This soft insert Probeholder is used with general imaging Ultrasound systems and holds probes when they are not in use. The delicate probe is inserted in the holder, easy to reach, and is readily accessible. It provides a compact space for the probe so it is kept safely without any damage to its exterior. This GEHC Onyx Black color probe holder is made of Dryflex 500700S thermoplastic material which has high tensile strength, is tough and extremely efficient for use in medical environments. It will be shipped in suitable packaging to give adequate protection during transit. This probe holder is part of a Lower OP Panel Frame Assembly of LOGIQ E9 Ultrasound systems.
Technical Specifications
Key parameters
Features
Internal sharp edges rounded for safe handling; Good scratch resistance; High compression strength; Good dimensional stability; RoHS compliant