View source for 18570510. SURGICAL CUTTING INSTRUMENT, ROTATIONAL JOINT AND METHOD, PARTICULARLY FOR ROBOTIC SURGERY AND/OR MICRO-SURGERY simplified abstract (MEDICAL MICROINSTRUMENTS, INC.)

=SURGICAL CUTTING INSTRUMENT, ROTATIONAL JOINT AND METHOD, PARTICULARLY FOR ROBOTIC SURGERY AND/OR MICRO-SURGERY=


==Organization Name==

[[:Category:MEDICAL MICROINSTRUMENTS, INC.|MEDICAL MICROINSTRUMENTS, INC.]]


[[Category:MEDICAL MICROINSTRUMENTS, INC.]]

==Inventor(s)==

[[:Category:Giorgio Lazzari of Pisa (IT)|Giorgio Lazzari of Pisa (IT)]][[Category:Giorgio Lazzari of Pisa (IT)]]

[[:Category:Neri Pierotti of Pisa (IT)|Neri Pierotti of Pisa (IT)]][[Category:Neri Pierotti of Pisa (IT)]]

[[:Category:Marco Bacchereti of Pisa (IT)|Marco Bacchereti of Pisa (IT)]][[Category:Marco Bacchereti of Pisa (IT)]]

[[:Category:Massimiliano Simi of Pisa (IT)|Massimiliano Simi of Pisa (IT)]][[Category:Massimiliano Simi of Pisa (IT)]]

[[:Category:Nicola Pineschi of Pisa (IT)|Nicola Pineschi of Pisa (IT)]][[Category:Nicola Pineschi of Pisa (IT)]]

==SURGICAL CUTTING INSTRUMENT, ROTATIONAL JOINT AND METHOD, PARTICULARLY FOR ROBOTIC SURGERY AND/OR MICRO-SURGERY - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18570510 titled 'SURGICAL CUTTING INSTRUMENT, ROTATIONAL JOINT AND METHOD, PARTICULARLY FOR ROBOTIC SURGERY AND/OR MICRO-SURGERY

'''Simplified Explanation''': 

The surgical instrument described in the patent application consists of an articulated end-effector with two tips that can open and close, allowing for precise cutting and manipulation during surgery.

* The end-effector includes a support structure, first and second tips with elongated bodies, and a common rotation axis for articulation.
* The first tip has a blade portion with a cutting edge, while the second tip has a counter-blade portion that bends the blade portion when in contact.
* The support structure, tips, and roots are all interconnected, providing stability and control during surgical procedures.

'''Key Features and Innovation''':

* Articulated end-effector design for precise cutting and manipulation.
* Blade and counter-blade portions for efficient cutting and bending.
* Stable support structure for control and accuracy during surgery.

'''Potential Applications''':

The technology can be used in various surgical procedures, including minimally invasive surgeries, laparoscopic procedures, and robotic-assisted surgeries.

'''Problems Solved''':

The technology addresses the need for precise cutting and manipulation in surgical procedures, improving accuracy and efficiency in the operating room.

'''Benefits''':

* Enhanced precision and control during surgery.
* Improved efficiency and accuracy in cutting and manipulation.
* Potential for reduced tissue damage and faster recovery times for patients.

'''Commercial Applications''''':

The technology has potential commercial applications in the medical device industry, specifically in the development of advanced surgical instruments for various surgical specialties.

'''Prior Art''':

While no specific prior art is mentioned in the abstract, researchers can explore existing patents and publications related to articulated surgical instruments and end-effectors for further information.

'''Frequently Updated Research''':

Researchers and developers in the medical device industry are constantly working on advancements in surgical instruments and tools, including articulated end-effectors for improved surgical outcomes.

'''Questions about Surgical Instrument Technology''':

1. What are the key advantages of using an articulated end-effector in surgical procedures?
2. How does the design of the support structure contribute to the stability and control of the surgical instrument?


==Original Abstract Submitted==

A surgical instrument includes an articulated end-effector including a support structure, first and second tips having a respective elongated body including a proximal attachment root and a distal free end. The first and second roots are axially adjacent and globally interposed with the support structure. The support structure, and first and second tips are mutually articulated in a common rotation axis defining an axial direction coincident/parallel to the common rotation axis, defining a relative degree of freedom of opening/closing between the first and second tips. The first tip body includes a blade portion with a cutting edge rotating with the first free end. The second tip includes a counter-blade portion rotating with the second free end. The counter-blade portion abuts the cutting edge, elastically axially bending the blade portion. The first and second roots each directly and intimately contact the support structure.



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