Summit Doppler 8 MHz Bi-Directional Vascular Probe

Yes, this is an 8 MHz Bi-Directional Vascular Probe. The 8 MHz frequency is specifically optimized for advanced diagnostic use, particularly in vascular scanning.

This optimal frequency works in conjunction with the probe’s unique design features to ensure high performance:

• Superior Sensitivity: The 8 MHz frequency, combined with the narrow beam and ergonomic pencil-style shape, provides optimum sensitivity for quickly and accurately locating small blood vessels.
• Versatility: This specification makes it the best general-purpose bi-directional vascular probe for use with compatible Summit Doppler ABI and AVS/Vista systems.

This bi-directional vascular probe is ideal for general-purpose vascular assessments and specifically designed for the easy location of small vessels. It is particularly suitable for vascular assessments and ABI (Ankle-Brachial Index) measurements.

Yes, the probe features an ergonomic, pencil-style design that enhances ease of use and maneuverability during vascular assessments.

The Summit Doppler 8 MHz Bi-Directional Vascular Probe is available in two distinct configurations, ensuring compatibility with specific LifeDop and Vista systems:

• For LifeDop ABI Systems (Probe Only): This configuration (Variant #SD8B) is supplied as the probe only. It is compatible with LifeDop 250 (#L250AB, #L250AC) and LifeDop 300 (#L300AC) systems.
• For Vista ABI/AVS Vascular Systems (Hard-Wired): This configuration (Variant #SD8V) comes hard-wired with a cable, designed for use with the Vista ABI L450VA and Vista AVS L500VA Vascular Systems.

The variant of the Summit Doppler 8 MHz Bi-Directional Vascular Probe designed for LifeDop ABI Systems (Configuration #SD8B) includes the probe unit only.

This means the probe is supplied without a hard-wired cable, allowing it to connect to your existing compatible system.

This is the high-sensitivity, 8 MHz pencil-style probe, optimized with a narrow beam for simplifying the location of small blood vessels.

Yes, the pencil-style shape is a key feature specifically engineered to enhance sensitivity and simplify the location of small blood vessels during bi-directional vascular assessment.

This optimized design provides two main benefits:

• Superior Sensitivity: The pencil shape works alongside a narrow beam to maximize signal detection and accuracy.
• Ease of Handling: The ergonomic form factor allows for better grip and maneuverability, ensuring precise application during diagnostic procedures.

Yes, the Summit Doppler Vascular Probe is bi-directional, providing more comprehensive vascular assessment capabilities.

Yes, this Summit Doppler 8 MHz Bi-Directional Vascular Probe is specifically engineered to enhance the location of small blood vessels, making it the best general-purpose bi-directional vascular probe available. Its precision is delivered through key design elements:

• 8 MHz Frequency: Provides the optimal frequency for detailed bi-directional vascular assessment.
• Narrow Beam: Ensures focused signal reception, offering optimum sensitivity for locating small vessels.
• Pencil-Style Shape: Features an ergonomic design that improves handling and ease of use during diagnostic procedures.

This 8 MHz Bi-Directional Vascular Probe is available in two distinct configurations, each compatible with specific CooperSurgical systems:

• For LifeDop ABI Systems (Probe Only): This configuration (#SD8B) is designed for use with the LifeDop 250 (models L250AB, L250AC) and LifeDop 300 (model L300AC) ABI Systems. This variant includes the probe unit only.
• For Vista ABI/AVS Vascular Systems (Hard-wired): This configuration (#SD8V) comes hard-wired with a cable and is specifically compatible with the Vista ABI L450VA and Vista AVS L500VA Vascular Systems.

This specialized probe features a narrow beam and pencil-style shape, offering optimum sensitivity for locating small vessels.

The Summit Doppler 8 MHz Bi-Directional Vascular Probe is designed with a narrow beam to provide optimum sensitivity, making it highly effective for locating small vessels precisely.