
3D-HD Vision
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
Head and neck surgery involves procedures to treat diseases or conditions affecting the head, neck, throat, and surrounding areas, including cancers, infections, and Functional disorders. Common indications for head and neck surgery include oral cancers, laryngeal cancers, thyroid conditions, and salivary gland disorders. These surgeries may require the removal of tumors, reconstruction of affected areas, or the management of other structural abnormalities.
Robotic-assisted head and neck surgery uses robotic systems to perform procedures with greater precision, visualization, and dexterity.The use of high-definition 3D imaging provides surgeons with a detailed view of the surgical field, allowing for greater accuracy in removing tumors and preserving vital structures like nerves and blood vessels, which can help preserve speech and swallowing function post-surgery.The use of high-definition 3D imaging provides surgeons with a detailed view of the surgical field, allowing for greater accuracy in removing tumors and preserving.Vital structures like nerves and blood vessels, which can help preserve speech and swallowing function post-surgery.
Breast surgery refers to a range of procedures aimed at treating conditions related to the breast, such as breast cancer, breast reconstruction, or cosmetic breast surgery. Plastic surgery is often combined with breast surgery, especially in cases of breast reconstruction following mastectomy or for cosmetic enhancements. These procedures aim to restore or improve the appearance of the breast, correct congenital anomalies, or remove cancerous tissue.
Robotic-assisted breast and plastic surgery uses robotic systems for minimally invasive techniques in both cancer treatment and cosmetic procedures.
Transoral Robotic Surgery (TORS) is a minimally invasive approach for surgeries performed in the head and neck region, primarily to treat cancers of the throat, tongue, and mouth.This method uses robotic technology to access and remove tumors through the mouth, avoiding the need for external incisions. TORS is commonly used for oropharyngeal cancers and some laryngeal cancers.
Robotic‑assisted TORS offers several advantages over traditional surgery.
While still in pre-clinical stage, the Mizzo Endo 4000 brings together several high-performance features tailored for next generation care.
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
Its slim robotic arms and articulated instruments are ideal for maneuvering in the tight anatomical structures.
Its slim robotic arms and articulated instruments are ideal for maneuvering in the tight anatomical structures.
The platform is built to integrate data and live feedback into the workflow, helping surgical teams make better, more informed decisions on the table.
The platform integrates data and live feedback into the surgical workflow, helping teams make better decisions during an operation.
Robotic arms provide the steady, tremor-free movements essential for nerve-sparing surgery.
Robotic arms provide the steady, tremor-free movements essential for nerve-sparing surgery.
The console reduces the surgeon fatigue and also improves efficiency through customizable controls and immersive visualization.
The console reduces the surgeon fatigue and also improves efficiency through customizable controls and immersive visualization.
Small incisions mean less pain, smaller scars, and faster healing.
Small incisions mean less pain, smaller scars, and faster healing.
Please reach out to your healthcare provider for any further questions.
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Whether you are a customer with questions or a distributor interested in partnership opportunities, we're here to help.
- Journal of RoboticSurgery, 2019.
- This review focuses on the general use of robotic surgery in head and neck cancers, specifically in minimally invasive techniques and outcomes.
- Current Opinion in Otolaryngology & Head and Neck Surgery, 2016.
- Reviews TORS as a robotic approach in oropharyngeal cancers, with an emphasis on its benefits, surgical approaches, and outcomes.
- Journal of Thoracic and Cardiovascular Surgery, 2017.
- Discusses minimally invasive cardiac surgeries, exploring robotic approaches without focusing on any specific robotic system.
- Annals of Surgical Oncology, 2018.
- Reviews the advancements in robotic-assisted mastectomy procedures and plastic surgery, highlighting its role in breast cancer treatment and cosmetic outcomes.
- Nature Reviews Urology, 2019.
- Discusses robotic surgery in general terms within the urology field, covering the treatment of kidney cancers and other urological conditions.
- Head and Neck, 2015.
- This article discusses the evolving role of robotic surgery in head and neck cancers, without associating the technique with any specific robotic platform.