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Breast Biopsy Site Markers

Distinct shapes with options for great long-term visibility. Designed so you can identify sites with confidence.

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Breast Biopsy Site Markers with distinct shapes

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    A Comprehensive Range

    The Hologic range of biopsy site markers come in multiple shapes, gauges and lengths. The markers are compatible for use with x-ray, ultrasound and MRI guided biopsies.  All markers come with an ergonomic and easy to use deployment device included.

    Tumark® Biopsy Site Markers

    Intelligently designed to provide long-term visibility. All Tumark Markers are non-bioabsorbable, biocompatible permanent markers offering excellent visibility and are designed to minimise movement.1

    SecurMark® Biopsy Site Markers

    Designed to minimise movement,2 this marker is highly visible in ultrasound upon deployment and still highly visible at 6 weeks post-biopsy, crucial in case of future breast interventions.3 The marker consists of two pieces, a permanent marker and a bioabsorbable suture-like netting.

    TriMark® Biopsy Site Markers

    Optimal for thin-breasted patients and superficial lesions. Smooth marker deployment to the biopsy site with rigid end deploy bevelled tip.

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    The Breast Biopsy Site Marker range is part of the Hologic Localisation and Marking Solution.

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    Identify with Confidence

    Research shows that the Tumark Professional X, Q and Vision biopsy site markers are accurate and easy to use.1

    85%

    say ultrasound visibility was good to excellent upon deployment1

    92%

    of markers deployed accurately to the intended area1

    99%

    agreed the device was easy to use1

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    Browse the Comprehensive Range of Biopsy Site Markers

    Biopsy site marker in white background

    Tumark® Vision - Stereotactic, Ultrasound & MRI

    The Tumark Vision Biopsy Site Marker's 3D structure anchors firmly in the tissue,4 with a mesh structure made of 48 individual wires.

    18G, 129.5mm, 133mm, 127.5mm or 123.5mm length (Stereotactic)/ 18G, 132mm or 133.5mm length (Ultrasound)/ 18G, 120mm length (MRI).

    Markers from the Tumark family are used for marking biopsy sites and suspicious lesions in the breast tissue. 18-gauge thin, sharp puncture cannulas enable precise marking and ensure minimally invasive treatment. The ergonomic handle design allows for single-handed use under ultrasound-guidance.5

    Due to their shapes, the markers anchor firmly in the tissue and are detectable in ultrasound, X-ray and MRI.6 All markers are made from the biocompatible implant material Nitinol and remain visible in the tissue.7

    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic delivery device handles allow for single-handed use.

     

    Tumark Vision

    • Sharp bevelled tip assists with introduction into the breast under ultrasound and MRI-guided use.
    • The mesh structure in a 3D spherical design leads to high echogenicity in ultrasound imaging regardless of transducer positions.6
    • There is a Tumark Vision marker version for MRI guided operations up to 3 Tesla, with a MRI-compatible deployment system.
    Biopsy site marker in white background

    Tumark® Professional U - Ultrasound & MRI

    The Tumark Professional U Biopsy Site Marker's lateral anchor “feet” provide secure anchoring in the tissue6 and the marker material is sandblasted and twisted.

    18G, 129.5mm or 133mm length (Ultrasound)/ 18G, 120mm length (MRI).

    Markers from the Tumark family are used for marking biopsy sites and suspicious lesions in the breast tissue. 18-gauge thin, sharp puncture cannulas enable precise marking and ensure minimally invasive treatment. The ergonomic handle design allows for single-handed use under ultrasound-guidance.

    Due to their shapes, the markers anchor firmly in the tissue and are detectable in ultrasound, X-ray and MRI. All markers are made from the biocompatible implant material Nitinol and remain visible in the tissue.

    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic delivery device handles allow for single-handed use.
    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic handles allow for single-handed use.

     

    Tumark Professional U
    There is a U-shaped marker version for MRI guided operations up to 3 Tesla, with a MRI-compatible deployment system. A compact construction of application system is available for use in the MRI gantry area.

    Biopsy site marker in white background

    Tumark® Eye - Ultrasound

    The Tumark Eye Biopsy Site Marker's angled ends provide secure anchoring in the tissue6 and the marker has a bent shape with opening and twisted ends.

    18G, 129.5mm or 133mm length.

    Markers from the Tumark family are used for marking biopsy sites and suspicious lesions in the breast tissue. 18-gauge thin, sharp puncture cannulas enable precise marking and ensure minimally invasive treatment. The ergonomic handle design allows for single-handed use under ultrasound-guidance.

    Due to their shapes, the markers anchor firmly in the tissue and are detectable in ultrasound, X-ray and MRI. All markers are made from the biocompatible implant material Nitinol and remain visible in the tissue.

    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic delivery device handles allow for single-handed use.
    Biopsy site marker in white background

    Tumark® Professional Q - Stereotactic

    The Tumark Professional Q Biopsy Site Marker's Q-shape becomes firmly anchored in the tissue6 and the marker material is sandblasted and twisted. 

    18G, 132mm, 135.5mm, 129.5mm or 125.5mm length.

    Markers from the Tumark family are used for marking biopsy sites and suspicious lesions in the breast tissue. 18-gauge thin, sharp puncture cannulas enable precise marking and ensure minimally invasive treatment. The ergonomic handle design allows for single-handed use under ultrasound-guidance.

    Due to their shapes, the markers anchor firmly in the tissue and are detectable in ultrasound, X-ray and MRI. All markers are made from the biocompatible implant material Nitinol and remain visible in the tissue.

    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic delivery device handles allow for single-handed use.
    Biopsy site marker in white background

    Tumark® Professional X - Stereotactic

    The Tumark Professional X Biopsy Site Marker's lateral anchor “feet” provide secure anchoring in the tissue8 and the marker is twisted shape with angled ends.

    18G, 129.5mm, 133mm, 127.5mm or 123.5mm length.

    Markers from the Tumark family are used for marking biopsy sites and suspicious lesions in the breast tissue. 18-gauge thin, sharp puncture cannulas enable precise marking and ensure minimally invasive treatment. The ergonomic handle design allows for single-handed use under ultrasound-guidance.

    Due to their shapes, the markers anchor firmly in the tissue and are detectable in ultrasound, X-ray and MRI. All markers are made from the biocompatible implant material Nitinol and remain visible in the tissue.

    • Intelligent 3D design of the markers provides long-term visibility in ultrasound, X-ray and MRI.6
    • Markers expand into shapes upon deployment and anchor firmly in the tissue.6
    • Ergonomic delivery device handles allow for single-handed use.
    Mini cork shape biopsy site marker in white background

    SecurMark® Mini Cork Shape - Stereotactic & Ultrasound

    The SecurMark Breast Biopsy Marker in mini cork shape is available in either 9G or 12G. It consists of a bioabsorbable suture-like net carrying a biocompatible permanent marker, designed to minimise migration within the biopsy cavity2 and still highly visible at 6 weeks* post-biopsy.3

    9G or 12G, 100mm, 130mm or 360mm length (Stereotactic) / 9G or 12G, 130mm length (Ultrasound).

    SecurMark Biopsy Site Markers are designed to minimise movement within the biopsy cavity2 allowing for high sonographic visibility even at 6 weeks* post procedure.3 The marker consists of two pieces: a permanent marker made of biocompatible titanium and a bioabsorbable suture-like netting that surrounds the metal. SecurMark Biopsy Site Markers utilise a rigid end-deploy delivery system that requires no pull-back for deployment. Markers are available in 2 distinct shapes, mini cork and top hat.

    For Stereotactic application with Brevera® Breast Biopsy System, Eviva® Breast Biopsy Device and ATEC® Breast Biopsy System.

    For Ultrasound use with ATEC® Breast Biopsy Device
    For Stereotactic application with Brevera® Breast Biopsy System, Eviva® Breast Biopsy Device and ATEC® Breast Biopsy System.

    For Ultrasound use with ATEC® Breast Biopsy Device.

    Top hat biopsy site marker in white background

    SecurMark® Top Hat Shape - Stereotactic & Ultrasound

    The SecurMark Breast Biopsy Marker in top hat shape is available in either 9G or 12G. It consists of a bioabsorbable suture-like net carrying a biocompatible permanent marker, designed to minimise migration within the biopsy cavity,2 giving the highest sonographic visibility upon deployment.3

    9G or 12G, 100mm, 130mm length or 9G in 360mm length (Stereotactic)/ 9G or 12G, 130mm length (Ultrasound).

    SecurMark Biopsy Site Markers are designed to minimise movement within the biopsy cavity2 and are still highly visible at 6 weeks* post-biopsy in case future breast intervention is necessary.3 The marker consists of two pieces: a permanent marker made of biocompatible titanium and a bioabsorbable suture-like netting that surrounds the metal. SecurMark Biopsy Site Markers utilise a rigid end-deploy delivery system that requires no pull-back for deployment. Markers are available in 2 distinct shapes, mini cork and top hat.

    For Stereotactic application with Brevera® Breast Biopsy System, Eviva® Breast Biopsy Device and ATEC® Breast Biopsy System.

    For Ultrasound use with ATEC® Breast Biopsy Device.

    Cork shape biopsy site marker in white background

    TriMark® Cork Shape - Stereotactic, Ultrasound & MRI

    The TriMark Biopsy Site Marker cork shape is available in two different gauge sizes. Compatible with both stereotactic, ultrasound and MRI guided biopsies.

    9G or 12G, 100mm, 130mm and 360mm length (Stereotactic)/ 9G or 12G, 130mm length (Ultrasound)/ 9G, 130mm length (MRI).

    TriMark Biopsy Site Markers are made of biocompatible titanium in 2 distinct shapes, cork and hourglass. Reliable and simple bio-compatible Titanium metal markers, optimal for thin-breasted patients and ideal for superficial lesions. All TriMark biopsy site markers include the deployment device and biopsy site marker.

    For Stereotactic application with Brevera® Breast Biopsy System, Eviva® Breast Biopsy Device and ATEC® Breast Biopsy System.

    For Ultrasound use with ATEC Breast Biopsy Device.

    For MRI use with ATEC Breast Biopsy Device.

    Hourglass biopsy site marker in white background

    TriMark® Hourglass Shape - Stereotactic, Ultrasound & MRI

    The TriMark Biopsy Site Marker hourglass shape is available in two different gauge sizes. Compatible with both stereotactic, ultrasound and MRI guided biopsies.

    9G or 12G, 100mm, 130mm and 360mm length (Stereotactic)/ 9G or 12G, 130mm length (Ultrasound)/ 9G, 130mm length (MRI).

    TriMark Biopsy Site Markers are made of biocompatible titanium in 2 distinct shapes, cork and hourglass. Reliable and simple bio-compatible Titanium metal markers, optimal for thin-breasted patients and ideal for superficial lesions. All TriMark biopsy site markers include the deployment device and biopsy site marker.

    For Stereotactic application with Brevera® Breast Biopsy System, Eviva® Breast Biopsy Device and ATEC® Breast Biopsy System.

    For Ultrasound use with ATEC Breast Biopsy Device.

    For MRI use with ATEC Breast Biopsy Device.

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    Ultrasound x-ray image

    Tumark Vision under ultrasound

    Biopsy site marker under mammography x-ray image

    Tumark Vision under mammography

    Top Hat Shape under mammography x-ray image

    SecurMark Top Hat Shape under mammography

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      References
      1. Hologic Data on File. DHM-06169, Rev 001. * Based on Tumark® Data Collection Study, 3 clinicians at 3 hospitals for 90 marker placements, 2017.
      2. Yen P, Dumas S, Albert A, et al. Post-Vacuum-Assisted Stereotactic Core Biopsy Clip Displacement: A Comparison Between Commercially Available Clips and Surgical Clip. Can Assoc Radiol J. 2018 Feb;69(1):10-15. doi: 10.1016/j.carj.2017.08.004. PMID: 29458952. Devices show reduced displacement when compared to traditional metal surgical clips (28% and 27% vs 38% displacement, p = 0.001 and p = 0.0001). Visibility is dependent on surrounding tissue, experience may vary.
      3. Pinkney DM, Shah BA. Prospective Comparative Study to Evaluate the Sonographic Visibility of Five Commercially Available Breast Biopsy Markers. Journal of Diagnostic Medical Sonography. 2013;29(4):151-158. doi:10.1177/8756479313486962. *45.4 % of respondence rated SecurMark high sonographic visibility after 6-weeks post procedure, 4x more than the Gel Mark UltraCor™
      4. Hologic Data on File. MISC-07876, Rev 001, attachment 2. Rüland 2018 (n=50), Kuemmel 2020 (n=300) PMCF Hologic survey (n=29).
      5. Hologic Data on File. MISC-07876, Rev 001, attachment 2. Appendix G, Customer Feedback Survey.
      6. Hologic Data on File. MISC-07876, Rev 001, attachment 2. Flores-Funes 2021 (n=60), Jain 2017 (n=9), Siegmann 2009 (n=29), Wienbeck 2017 (n=3), Stahl 2021 (n=114), Rüland 2018 (n=50), Woodard 2019 (n=1).
      7. Hologic Data on File. MISC-07876, Rev 001, attachment 2 , Attachment 45. Flores-Funes 2021 (n=60), Hyde 2019 (n=50), Siegmann 2009 (n=29), Wienbeck 2017.
      8. Hologic Data on File. MISC-07876, Rev 001, attachment 2. Flores-Funes 2021 (n=60), Jain 2017 (n=9), Siegmann 2009 (Woodard 2019 (n=1)n=29), Wienbeck 2017 (n=3), Stahl 2021 (n=49).
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