ACHIEVE PRECISE TISSUE SAMPLES FOR BREAST BIOPSY
The Pink Achieve automatic biopsy device features a lightweight design, allowing one-handed use and convenient ultrasound transducer manipulation during breast biopsies. The delayed firing option allows you to visualize needle placement within a lesion before capturing the tissue sample.
Features & Benefits
Easy-to-Use, Lightweight, One-Handed Design
The device provides smooth, one-handed operation, making it ideal for ultrasound guided bioposy.
Delayed Firing Option
This option allows you to visualize needle placement within a lesion before capturing the sample tissue.
This option allows multiple sampling from one percutaneous puncture with minimal damage to surrounding tissue.
BREAST BIOPSY. ACHIEVED.
The Pink Achieve automatic biopsy device offers:
Three programmable firing modes:
- Automatic mode: releases cannula and stylet in rapid sequence and captures tissue sample with the push of a button
- Delay mode: releases stylet and allows time for tissue to settle in notch; user verifies and documents stylet position, repositions if necessary and activates the cutting cannula
- Zero-Throw mode: This mode offers precision and reduces the threat of damage to deeper tissue with no forward throw of the needle
Echogenic markings on both stylet tip and cannula help confirm the placement of the sample notch for precise ultrasound positioning
20mm sample notch and thin-wall cannula for larger core
35% lighter in weight than other automatic devices, making the system ideal for CT and ultrasound-guided procedures
One-handed design simplifies loading and operation while allowing for convenient manipulation of ultrasound transducer
Available with coaxial introducer for multiple sampling from one percutaneous puncture with minimal damage to surrounding tissue
Less force is required to charge the Achieve® needle, ensuring smooth, one-handed operation
Reliable sample retrieval reduces risk of sample loss
Discover more about the Pink Achieve by reviewing the brochures and Instructions for Use.