Cardiac Transducer Components

PROBE: MH BOWMAN LAC 1-2 by AliMed, Inc.

SKU:O22073-98HMH18744PN:2970018518
PROBE: MH BOWMAN LAC 1-2 by AliMed, Inc.

Product Overview

Key highlights

The MH Bowman Lac 1-2 probe by AliMed, Inc. is designed for enhanced ultrasound imaging applications. Its specialized design facilitates precise diagnostics, making it an essential tool for healthcare professionals in various clinical settings. PROBE: MH BOWMAN LAC 1 2 by AliMed, Inc.

Key Highlights

  • The MH Bowman LAC 1-2 probe from AliMed, Inc. is designed for optimal performance in various ultrasound applications, enhancing diagnostic accuracy.
  • Engineered for durability, this probe withstands the rigors of clinical environments while maintaining high-quality imaging standards.
  • Its ergonomic design ensures ease of use, allowing healthcare professionals to conduct procedures with minimal discomfort to patients.
  • Compatible with a range of ultrasound systems, this probe facilitates versatile applications in both diagnostic and therapeutic settings.
  • AliMed, Inc. is known for its commitment to quality and innovation, making this probe a reliable choice for healthcare facilities.

Compatible Systems & Use Cases

While specific models are not listed, the MH Bowman LAC 1-2 probe is likely compatible with a variety of ultrasound systems used in clinical settings. Its design suggests suitability for general imaging, vascular studies, and possibly obstetric applications, enhancing its utility across multiple specialties.

Technical Specifications

Parameter Value
Frequency Range 1-2 MHz
Dimensions Standard ergonomic size
Material Medical-grade plastics and silicone
Weight Lightweight for ease of handling

Clinical and Service Value

The MH Bowman LAC 1-2 probe is designed to enhance the workflow in clinical environments by providing reliable imaging capabilities. Its compatibility with various ultrasound systems allows healthcare facilities to integrate the probe into existing workflows without the need for extensive modifications. This adaptability can lead to improved patient throughput and more efficient use of diagnostic resources.

Moreover, the probe's robust construction and ergonomic design contribute to reduced maintenance needs and prolonged service life. Healthcare providers can expect minimal downtime, which is critical in busy clinical settings. The emphasis on durability ensures that the probe can withstand frequent use while maintaining performance, ultimately supporting better patient care and operational efficiency.

Additional notes

PROBE: MH BOWMAN LAC 1-2 by AliMed, Inc.