SPOT MARKERS

The N SPOT MARKERS is part of Glide Medical Devices Limited's line of radiopaque skin markers, which are used to mark specific points on a patient's skin before undergoing mammographic imaging. These markers help radiologists identify areas of interest or concern, such as palpable masses, scars, moles, or pain points, ensuring they are accurately captured in the imaging process.

Key Features of N SPOT Markers

Radiopaque Material:
High Visibility: Made from radiopaque materials that are easily visible on mammographic images, providing clear and precise localization of marked areas. Non-Metallic: The non-metallic design avoids artifacts or distortions in the imaging, ensuring the highest quality images. Adhesive Backing:
Secure Placement: Features a hypoallergenic adhesive backing that securely attaches to the skin, staying in place throughout the imaging process without causing discomfort or irritation.
Easy Removal: Designed to be easily removed from the skin without leaving any residue.
Patient Comfort:
Comfortable Design: The small, flexible design ensures patient comfort during use, even for extended periods.
Latex-Free: Made from latex-free materials to prevent allergic reactions and enhance patient safety.
Specificity and Precision:
Accurate Marking: Provides precise marking of specific areas of interest, aiding in the accurate interpretation of mammograms.
Multiple Uses: Can be used to mark a variety of skin anomalies, including lumps, scars, and areas of pain or tenderness.
Clinical Applications
Mammography:
Palpable Masses: Marks palpable lumps or masses to ensure they are clearly identified on mammographic images.
Skin Lesions: Identifies skin lesions, such as moles or scars, helping differentiate them from underlying tissue abnormalities.
Pain Localization: Marks areas of localized pain or tenderness to correlate clinical findings with imaging results.
Breast Biopsy:
Pre-Biopsy Marking: Used to mark the site of concern before a breast biopsy, ensuring precise targeting of the biopsy needle.
Post-Biopsy Monitoring: Helps in monitoring the biopsy site in follow-up imaging.
Radiographic Imaging:
Enhanced Image Interpretation: Assists radiologists in distinguishing between skin features and potential abnormalities within the breast tissue, improving diagnostic accuracy.
Benefits for Patients and Healthcare Providers Patient Benefits:
Improved Diagnostic Accuracy: Ensures areas of concern are clearly marked and visible on images, leading to more accurate diagnoses and appropriate treatment plans.
Comfort and Safety: Designed with patient comfort and safety in mind, reducing the risk of skin irritation or allergic reactions.
Healthcare Provider Benefits:
Efficiency in Imaging: Simplifies the process of identifying and documenting areas of interest, streamlining the imaging workflow.
Clear Communication: Provides a clear visual reference for radiologists, enhancing communication and collaboration among the healthcare team.
Conclusion
The N-SPOT® 632 by Beekley is a valuable tool in mammographic imaging, providing precise and reliable marking of areas of concern on the skin. Its high visibility on radiographic images, combined with a comfortable and secure design, makes it an essential component in the accurate diagnosis and treatment of breast abnormalities. By improving the clarity and accuracy of mammograms, the N-SPOT® 632 enhances the overall quality of care for patients undergoing breast imaging.
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The X-Line Body Contour Tape is part of Beekley Medical's line of radiation therapy products, specifically designed to aid in the accurate alignment and positioning of patients for radiation treatment. It provides a reliable method for outlining and marking specific areas of the body, ensuring consistent and precise targeting of radiation beams.

Key Features of X-Line Body Contour Tape

Flexible and Conformable:
• Adaptable Material: Made from a flexible and conformable material that easily conforms to the contours of the patient's body, ensuring a snug and accurate fit.
• Non-Rigid Design: The tape is non-rigid, allowing for comfortable application and wear throughout the duration of treatment.
Radiopaque Markings:
• Visible Under Imaging: Features radiopaque markings that are easily visible under imaging modalities such as X-ray, CT scans, and fluoroscopy, aiding in accurate positioning and alignment.
• Enhanced Visibility: The contrast provided by the radiopaque markings improves the visibility of the tape on imaging, facilitating precise treatment planning and delivery.
Skin-Friendly Adhesive:
• Gentle Adhesive: Utilizes a hypoallergenic adhesive that is gentle on the skin, minimizing the risk of irritation or allergic reactions.
• Secure Adhesion: Provides reliable adhesion to the skin, ensuring the tape stays in place during treatment sessions without causing discomfort or slippage.
Customizable Lengths:
• Pre-Cut Strips: Available in pre-cut strips of various lengths, allowing for easy customization to fit the specific treatment area and patient anatomy.
• Versatile Application: Suitable for use on different areas of the body, including the chest, abdomen, pelvis, and extremities.
Disposable and Single-Use:
• Hygienic: Designed for single-use applications, reducing the risk of cross-contamination and ensuring hygienic treatment practices.
• Convenience: Eliminates the need for cleaning and sterilization between uses, saving time and resources in busy clinical settings.

Clinical Applications of X-Line Body Contour Tape

Radiation Therapy Treatment Planning:
• Patient Positioning: Facilitates accurate and reproducible patient positioning by outlining the treatment area and anatomical landmarks.
• Target Localization: Helps delineate the target volume and critical structures, aiding in treatment planning and delivery.
External Beam Radiation Therapy (EBRT):
• Immobilization: Assists in immobilizing and stabilizing the patient during external beam radiation therapy sessions, minimizing motion-related uncertainties.
• Field Alignment: Provides reference points for aligning the radiation field with the target volume, ensuring precise and consistent beam delivery.
Intensity-Modulated Radiation Therapy (IMRT):
• Dose Optimization: Supports dose optimization by accurately defining the treatment volume and critical structures, allowing for tailored dose distributions.
• Conformal Treatment: Helps achieve conformal treatment plans that deliver high doses to the target while sparing adjacent healthy tissues.
Stereotactic Body Radiation Therapy (SBRT):
• High-Precision Targeting: Facilitates high-precision targeting of tumors and lesions in stereotactic body radiation therapy, ensuring accurate dose delivery and tumor control.
• Motion Management: Assists in managing respiratory motion and other sources of motion-related uncertainty, enhancing treatment accuracy.