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Project Main Details
Male voice is needed for a corporate presentation
LTK91010632556X
We are looking for a male voice for a non broadcast corporate presentation for Japanese audience.
Script need to be translated and voiced in Japanese.
4 min. 30 seconds long
May 03, 2007 12:23:03 (GMT -05:00) Eastern Time (US & Canada) May 09, 2007 00:00:00 (GMT -05:00) Eastern Time (US & Canada) No (click here to learn more about
)
Closed
1
0
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
Script need to be translated and voiced in Japanese.
4 min. 30 seconds long
May 03, 2007 12:23:03 (GMT -05:00) Eastern Time (US & Canada) May 09, 2007 00:00:00 (GMT -05:00) Eastern Time (US & Canada) No (click here to learn more about
)
Closed
1
0
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
Project Parameters
None
Flexible - USD 500
Videogames
Not defined
Japanese
Not defined
Middle Age Male
Not defined
There are no special pre-, post-, or production requirements for this project.
Not defined
Not defined
Script Details
Yes
VO - Hrs:Min:Sec:Frames
Fade in da Vinci S Logotype over white screen.
Dissolve to medium CU of logotype on the side of the surgeon console.
Camera tracks left to right from the console to reveal the three components of the system isolated in a white seamless room. Surgeon at console, head down with his arms moving the master controllers.
Assistant walks into scene from frame left. Surgeon lifts his head from the console viewer and acknowledges the assistant. She removes and exchanges an instrument. The patient cart, surgical table and adjacent mayo stand sit frame center. Vision cart sits far right of frame.
00:00:00:00 - 01:00:08:00
The da Vinci Surgical System is the most advanced platform for minimally invasive surgery available in the world today.
01:00:09:00 - 01:00:28:00
The integration of high-resolution 3D vision, wristed instruments and intuitive motion control enable the da Vinci surgeon to transcend the limitations of conventional surgical technologies, making new minimally invasive options possible for complex surgical procedures.
01:00:28:00 – 01:00:45:00
Three, networked components comprise the da Vinci Surgical System. An ergonomic surgeon’s console, a patient-side cart with four interactive robotic arms and a high-definition 3D vision system.
From a position stage left, boom down in sweeping motion to eye-level with the surgeon who is seated at the console. The arms of the PC are visible behind surgeon.
Cut to a medium shot of the surgeon’s hands on the controllers.
Cut to a view of surgical footage with instruments in motion.
01:00:47:00 – 01:01:04:02
Seated at the console, the da Vinci surgeon views a remarkably clear, 3D image of the surgical field. The System scales, filters and translates the movements of the surgeon’s hands on the master controllers to four interactive robotic arms on the patient cart.
01:01:04:20 – 01:01:18:00
The new da Vinci S HD System provides a magnified view that is both three dimensional and high definition. The result is a phenomenal, immersive experience of surgery.
Cut to medium shot of the patient cart over the robotic arms. Behind the moving arms, Surgeon sits head down at the console. The arms of the patient cart move gently in response to the movements of the surgeon’s arms.
01:01:20:02 – 01:01:36:02
The precisely controlled micro-movements of the da Vinci instruments are enabled by the computer-processors of the System. These dedicated processors perform millions of safety checks over the course of a procedure for enhanced surgical precision and control.
Cut to aerial view, directly above the SC we look down on the surgeon, he pulls his head back and out of the bottom of the frame. Camera booms down to see view through the SC stereo viewer. Looking through the viewport, we see moving instrument tips.
Cut to surgical view of heart surgery, suturing on valve tissue.
Cut to a cu of articulating instrument tip.
01:01:36:20 – 01:01:56:02
da Vinci EndoWrist instruments are designed with a unique wristed architecture that provides 7 degrees of freedom for a range of motion greater than even the human wrist. This proprietary design enables surgical maneuvers impossible with conventional laparoscopic tools.
Cut to a view of three instrument tips. One fixed and two in motion viewed over an inanimate model. The two moving tips grasp a needle and suture three stitches of a running suture line. Cut to a split screen of hands on masters across the bottom of the screen and moving instrument tips working in sync across the top.
01:01:56:02 – 01:02:32:19
As the surgeon operates at the console, the da Vinci System filters out hand tremor and translates his controlling motion to the articulating tips of the Endowrist instruments. The da Vinci System also provides motion scaling that enables the surgeon to tailor the ratio of his hand movements to a corresponding micro-movement at the instrument tip. The System requires that every surgical maneuver is under the direct control of the surgeon. Redundant safety check prevent autonomous movement of the instruments or the robotic arms.
Wide shot of patient cart. Patient cart backed 3 feet away from OR table.
A fully draped model is on the table with cannulas in place. Behind the patient cart is a scrub tech who drives the patient cart forward toward the table. The assistant gestures to guide the cart into place. She steps forward and locks the robotic arms to the cannulas.
Cut to CU of Assistant locking arm to cannula.
Cut to assistant operating touch-screen
Cut to full screen of scope align interface
01:02:32:19 - 01:03:03:07
The da Vinci S, Surgical System adds to the enabling characteristics of the original da Vinci to streamline surgery for the entire OR team. da Vinci S provides fast, fool-proof setup including:
· A motorized patient cart for simplified docking
· Simple Click-lock cannulas
· Rapid instrument exchange
· And an intuitive touch-screen interface
Cut to view of monitor mounted on the Vision cart. View on the monitor reveals instrument tips moving within the surgical field.
Cut to alternate video feed on VC monitor
Cut to alternate video feed on PC monitor
CU of patient cart monitor. We see clinical footage displayed. Medium CU of Assistant interacting with monitor to show the menu interface and TilePro.
Using his finger the surgeon draws a telestrated line then and arrow on the PC touch screen
01:03:32:19 - 01:03:32:19
Intra-operative communication between the entire OR team is enhanced with the audio-visual components of the system. The internal view of the operative field is visible on the vision cart or optional patient cart monitor. These monitors can also be toggled to display patient-critical information or a tiled display with multiple windows. Proctoring is enhanced with a telestration capability. Notations drawn on the patient cart monitor can be seen by the surgeon as an overlay of the surgical view at the console.
Shot of Ikegami camera head, stereo endoscope and dual CCU’s on Vision cart
Over shoulder of surgeon, head-down in SC viewer.
Cut to surgical image to reveal extremely sharp image of instrument tips in proximity to tissue.
01:03:40:00 - 01:03:56:22
The two channel endoscopic cameras of da Vinci S HD enable better 3D visualization of tissue planes and critical anatomy. The result is increased surgeon confidence and an environment that lends itself to greater surgical precision.
Medium shot of the robotic arms moving over the “patient” on the table in front of the Patient Cart. Assistant stands adjacent to the table
Medium close-up. Assistant reaches for the instrument, removes it, places on a small table adjacent to the OR table.
CU of the instrument arm LED’s. LED on the instrument arm changes color during the instrument exchange process.
Cut to a medium cu. Assistant picks up another instrument and replaces it while looking up at the Patient Cart Monitor. The robotic arms resume movement.
01:03:58:00 - 01:04:11:16
LED’s that indicate status on each robotic arm along with the user-friendly design of Endowrist instruments make Intra-operative instrument exchange simple.
01:04:13:00 - 01:04:24:00
Unlike conventional laparoscopic surgery, the robotic arms move around a fixed pivot point to reduce port site trauma for improved cosmesis and increased overall precision.
Wide shot of entire system. Surgeon, head down in console.
Assistant stands adjacent to the OR table.
The robotic arms move above a fully draped model. Robotic arms are docked to the cannulas.
01:04:26:00 - 01:05:00:26
The future of surgery includes enhanced visualization, superior instrument dexterity and operative efficiency in a tightly integrated system. The da Vinci S System moves surgery forward with a new level of surgical capability that enables minimally invasive surgery in complex procedures as never before. Da Vinci provides a streamlined surgical experience that benefits the hospital, the surgeon, the O.R. team, and most importantly, the patient.
Fade to Black
Intutive Surgical Logo and tagline
Taking Surgery Beyond the Limits of the Human Hand
VO - Hrs:Min:Sec:Frames
Fade in da Vinci S Logotype over white screen.
Dissolve to medium CU of logotype on the side of the surgeon console.
Camera tracks left to right from the console to reveal the three components of the system isolated in a white seamless room. Surgeon at console, head down with his arms moving the master controllers.
Assistant walks into scene from frame left. Surgeon lifts his head from the console viewer and acknowledges the assistant. She removes and exchanges an instrument. The patient cart, surgical table and adjacent mayo stand sit frame center. Vision cart sits far right of frame.
00:00:00:00 - 01:00:08:00
The da Vinci Surgical System is the most advanced platform for minimally invasive surgery available in the world today.
01:00:09:00 - 01:00:28:00
The integration of high-resolution 3D vision, wristed instruments and intuitive motion control enable the da Vinci surgeon to transcend the limitations of conventional surgical technologies, making new minimally invasive options possible for complex surgical procedures.
01:00:28:00 – 01:00:45:00
Three, networked components comprise the da Vinci Surgical System. An ergonomic surgeon’s console, a patient-side cart with four interactive robotic arms and a high-definition 3D vision system.
From a position stage left, boom down in sweeping motion to eye-level with the surgeon who is seated at the console. The arms of the PC are visible behind surgeon.
Cut to a medium shot of the surgeon’s hands on the controllers.
Cut to a view of surgical footage with instruments in motion.
01:00:47:00 – 01:01:04:02
Seated at the console, the da Vinci surgeon views a remarkably clear, 3D image of the surgical field. The System scales, filters and translates the movements of the surgeon’s hands on the master controllers to four interactive robotic arms on the patient cart.
01:01:04:20 – 01:01:18:00
The new da Vinci S HD System provides a magnified view that is both three dimensional and high definition. The result is a phenomenal, immersive experience of surgery.
Cut to medium shot of the patient cart over the robotic arms. Behind the moving arms, Surgeon sits head down at the console. The arms of the patient cart move gently in response to the movements of the surgeon’s arms.
01:01:20:02 – 01:01:36:02
The precisely controlled micro-movements of the da Vinci instruments are enabled by the computer-processors of the System. These dedicated processors perform millions of safety checks over the course of a procedure for enhanced surgical precision and control.
Cut to aerial view, directly above the SC we look down on the surgeon, he pulls his head back and out of the bottom of the frame. Camera booms down to see view through the SC stereo viewer. Looking through the viewport, we see moving instrument tips.
Cut to surgical view of heart surgery, suturing on valve tissue.
Cut to a cu of articulating instrument tip.
01:01:36:20 – 01:01:56:02
da Vinci EndoWrist instruments are designed with a unique wristed architecture that provides 7 degrees of freedom for a range of motion greater than even the human wrist. This proprietary design enables surgical maneuvers impossible with conventional laparoscopic tools.
Cut to a view of three instrument tips. One fixed and two in motion viewed over an inanimate model. The two moving tips grasp a needle and suture three stitches of a running suture line. Cut to a split screen of hands on masters across the bottom of the screen and moving instrument tips working in sync across the top.
01:01:56:02 – 01:02:32:19
As the surgeon operates at the console, the da Vinci System filters out hand tremor and translates his controlling motion to the articulating tips of the Endowrist instruments. The da Vinci System also provides motion scaling that enables the surgeon to tailor the ratio of his hand movements to a corresponding micro-movement at the instrument tip. The System requires that every surgical maneuver is under the direct control of the surgeon. Redundant safety check prevent autonomous movement of the instruments or the robotic arms.
Wide shot of patient cart. Patient cart backed 3 feet away from OR table.
A fully draped model is on the table with cannulas in place. Behind the patient cart is a scrub tech who drives the patient cart forward toward the table. The assistant gestures to guide the cart into place. She steps forward and locks the robotic arms to the cannulas.
Cut to CU of Assistant locking arm to cannula.
Cut to assistant operating touch-screen
Cut to full screen of scope align interface
01:02:32:19 - 01:03:03:07
The da Vinci S, Surgical System adds to the enabling characteristics of the original da Vinci to streamline surgery for the entire OR team. da Vinci S provides fast, fool-proof setup including:
· A motorized patient cart for simplified docking
· Simple Click-lock cannulas
· Rapid instrument exchange
· And an intuitive touch-screen interface
Cut to view of monitor mounted on the Vision cart. View on the monitor reveals instrument tips moving within the surgical field.
Cut to alternate video feed on VC monitor
Cut to alternate video feed on PC monitor
CU of patient cart monitor. We see clinical footage displayed. Medium CU of Assistant interacting with monitor to show the menu interface and TilePro.
Using his finger the surgeon draws a telestrated line then and arrow on the PC touch screen
01:03:32:19 - 01:03:32:19
Intra-operative communication between the entire OR team is enhanced with the audio-visual components of the system. The internal view of the operative field is visible on the vision cart or optional patient cart monitor. These monitors can also be toggled to display patient-critical information or a tiled display with multiple windows. Proctoring is enhanced with a telestration capability. Notations drawn on the patient cart monitor can be seen by the surgeon as an overlay of the surgical view at the console.
Shot of Ikegami camera head, stereo endoscope and dual CCU’s on Vision cart
Over shoulder of surgeon, head-down in SC viewer.
Cut to surgical image to reveal extremely sharp image of instrument tips in proximity to tissue.
01:03:40:00 - 01:03:56:22
The two channel endoscopic cameras of da Vinci S HD enable better 3D visualization of tissue planes and critical anatomy. The result is increased surgeon confidence and an environment that lends itself to greater surgical precision.
Medium shot of the robotic arms moving over the “patient” on the table in front of the Patient Cart. Assistant stands adjacent to the table
Medium close-up. Assistant reaches for the instrument, removes it, places on a small table adjacent to the OR table.
CU of the instrument arm LED’s. LED on the instrument arm changes color during the instrument exchange process.
Cut to a medium cu. Assistant picks up another instrument and replaces it while looking up at the Patient Cart Monitor. The robotic arms resume movement.
01:03:58:00 - 01:04:11:16
LED’s that indicate status on each robotic arm along with the user-friendly design of Endowrist instruments make Intra-operative instrument exchange simple.
01:04:13:00 - 01:04:24:00
Unlike conventional laparoscopic surgery, the robotic arms move around a fixed pivot point to reduce port site trauma for improved cosmesis and increased overall precision.
Wide shot of entire system. Surgeon, head down in console.
Assistant stands adjacent to the OR table.
The robotic arms move above a fully draped model. Robotic arms are docked to the cannulas.
01:04:26:00 - 01:05:00:26
The future of surgery includes enhanced visualization, superior instrument dexterity and operative efficiency in a tightly integrated system. The da Vinci S System moves surgery forward with a new level of surgical capability that enables minimally invasive surgery in complex procedures as never before. Da Vinci provides a streamlined surgical experience that benefits the hospital, the surgeon, the O.R. team, and most importantly, the patient.
Fade to Black
Intutive Surgical Logo and tagline
Taking Surgery Beyond the Limits of the Human Hand
Fade in da Vinci S Logotype over white screen.
Dissolve to medium CU of logotype on the side of the surgeon console.
Camera tracks left to right from the console to reveal the three components of the system isolated in a white seamless room. Surgeon at console, head down with his arms moving the master controllers.
Assistant walks into scene from frame left. Surgeon lifts his head from the console viewer and acknowledges the assistant. She removes and exchanges an instrument. The patient cart, surgical table and adjacent mayo stand sit frame center. Vision cart sits far right of frame.
00:00:00:00 - 01:00:08:00
The da Vinci Surgical System is the most advanced platform for minimally invasive surgery available in the world today.
01:00:09:00 - 01:00:28:00
The integration of high-resolution 3D vision, wristed instruments and intuitive motion control enable the da Vinci surgeon to transcend the limitations of conventional surgical technologies, making new minimally invasive options possible for complex surgical procedures.
01:00:28:00 – 01:00:45:00
Three, networked components comprise the da Vinci Surgical System. An ergonomic surgeon’s console, a patient-side cart with four interactive robotic arms and a high-definition 3D vision system.
From a position stage left, boom down in sweeping motion to eye-level with the surgeon who is seated at the console. The arms of the PC are visible behind surgeon.
Cut to a medium shot of the surgeon’s hands on the controllers.
Cut to a view of surgical footage with instruments in motion.
01:00:47:00 – 01:01:04:02
Seated at the console, the da Vinci surgeon views a remarkably clear, 3D image of the surgical field. The System scales, filters and translates the movements of the surgeon’s hands on the master controllers to four interactive robotic arms on the patient cart.
01:01:04:20 – 01:01:18:00
The new da Vinci S HD System provides a magnified view that is both three dimensional and high definition. The result is a phenomenal, immersive experience of surgery.
Cut to medium shot of the patient cart over the robotic arms. Behind the moving arms, Surgeon sits head down at the console. The arms of the patient cart move gently in response to the movements of the surgeon’s arms.
01:01:20:02 – 01:01:36:02
The precisely controlled micro-movements of the da Vinci instruments are enabled by the computer-processors of the System. These dedicated processors perform millions of safety checks over the course of a procedure for enhanced surgical precision and control.
Cut to aerial view, directly above the SC we look down on the surgeon, he pulls his head back and out of the bottom of the frame. Camera booms down to see view through the SC stereo viewer. Looking through the viewport, we see moving instrument tips.
Cut to surgical view of heart surgery, suturing on valve tissue.
Cut to a cu of articulating instrument tip.
01:01:36:20 – 01:01:56:02
da Vinci EndoWrist instruments are designed with a unique wristed architecture that provides 7 degrees of freedom for a range of motion greater than even the human wrist. This proprietary design enables surgical maneuvers impossible with conventional laparoscopic tools.
Cut to a view of three instrument tips. One fixed and two in motion viewed over an inanimate model. The two moving tips grasp a needle and suture three stitches of a running suture line. Cut to a split screen of hands on masters across the bottom of the screen and moving instrument tips working in sync across the top.
01:01:56:02 – 01:02:32:19
As the surgeon operates at the console, the da Vinci System filters out hand tremor and translates his controlling motion to the articulating tips of the Endowrist instruments. The da Vinci System also provides motion scaling that enables the surgeon to tailor the ratio of his hand movements to a corresponding micro-movement at the instrument tip. The System requires that every surgical maneuver is under the direct control of the surgeon. Redundant safety check prevent autonomous movement of the instruments or the robotic arms.
Wide shot of patient cart. Patient cart backed 3 feet away from OR table.
A fully draped model is on the table with cannulas in place. Behind the patient cart is a scrub tech who drives the patient cart forward toward the table. The assistant gestures to guide the cart into place. She steps forward and locks the robotic arms to the cannulas.
Cut to CU of Assistant locking arm to cannula.
Cut to assistant operating touch-screen
Cut to full screen of scope align interface
01:02:32:19 - 01:03:03:07
The da Vinci S, Surgical System adds to the enabling characteristics of the original da Vinci to streamline surgery for the entire OR team. da Vinci S provides fast, fool-proof setup including:
· A motorized patient cart for simplified docking
· Simple Click-lock cannulas
· Rapid instrument exchange
· And an intuitive touch-screen interface
Cut to view of monitor mounted on the Vision cart. View on the monitor reveals instrument tips moving within the surgical field.
Cut to alternate video feed on VC monitor
Cut to alternate video feed on PC monitor
CU of patient cart monitor. We see clinical footage displayed. Medium CU of Assistant interacting with monitor to show the menu interface and TilePro.
Using his finger the surgeon draws a telestrated line then and arrow on the PC touch screen
01:03:32:19 - 01:03:32:19
Intra-operative communication between the entire OR team is enhanced with the audio-visual components of the system. The internal view of the operative field is visible on the vision cart or optional patient cart monitor. These monitors can also be toggled to display patient-critical information or a tiled display with multiple windows. Proctoring is enhanced with a telestration capability. Notations drawn on the patient cart monitor can be seen by the surgeon as an overlay of the surgical view at the console.
Shot of Ikegami camera head, stereo endoscope and dual CCU’s on Vision cart
Over shoulder of surgeon, head-down in SC viewer.
Cut to surgical image to reveal extremely sharp image of instrument tips in proximity to tissue.
01:03:40:00 - 01:03:56:22
The two channel endoscopic cameras of da Vinci S HD enable better 3D visualization of tissue planes and critical anatomy. The result is increased surgeon confidence and an environment that lends itself to greater surgical precision.
Medium shot of the robotic arms moving over the “patient” on the table in front of the Patient Cart. Assistant stands adjacent to the table
Medium close-up. Assistant reaches for the instrument, removes it, places on a small table adjacent to the OR table.
CU of the instrument arm LED’s. LED on the instrument arm changes color during the instrument exchange process.
Cut to a medium cu. Assistant picks up another instrument and replaces it while looking up at the Patient Cart Monitor. The robotic arms resume movement.
01:03:58:00 - 01:04:11:16
LED’s that indicate status on each robotic arm along with the user-friendly design of Endowrist instruments make Intra-operative instrument exchange simple.
01:04:13:00 - 01:04:24:00
Unlike conventional laparoscopic surgery, the robotic arms move around a fixed pivot point to reduce port site trauma for improved cosmesis and increased overall precision.
Wide shot of entire system. Surgeon, head down in console.
Assistant stands adjacent to the OR table.
The robotic arms move above a fully draped model. Robotic arms are docked to the cannulas.
01:04:26:00 - 01:05:00:26
The future of surgery includes enhanced visualization, superior instrument dexterity and operative efficiency in a tightly integrated system. The da Vinci S System moves surgery forward with a new level of surgical capability that enables minimally invasive surgery in complex procedures as never before. Da Vinci provides a streamlined surgical experience that benefits the hospital, the surgeon, the O.R. team, and most importantly, the patient.
Fade to Black
Intutive Surgical Logo and tagline
Taking Surgery Beyond the Limits of the Human Hand
VO - Hrs:Min:Sec:Frames
Fade in da Vinci S Logotype over white screen.
Dissolve to medium CU of logotype on the side of the surgeon console.
Camera tracks left to right from the console to reveal the three components of the system isolated in a white seamless room. Surgeon at console, head down with his arms moving the master controllers.
Assistant walks into scene from frame left. Surgeon lifts his head from the console viewer and acknowledges the assistant. She removes and exchanges an instrument. The patient cart, surgical table and adjacent mayo stand sit frame center. Vision cart sits far right of frame.
00:00:00:00 - 01:00:08:00
The da Vinci Surgical System is the most advanced platform for minimally invasive surgery available in the world today.
01:00:09:00 - 01:00:28:00
The integration of high-resolution 3D vision, wristed instruments and intuitive motion control enable the da Vinci surgeon to transcend the limitations of conventional surgical technologies, making new minimally invasive options possible for complex surgical procedures.
01:00:28:00 – 01:00:45:00
Three, networked components comprise the da Vinci Surgical System. An ergonomic surgeon’s console, a patient-side cart with four interactive robotic arms and a high-definition 3D vision system.
From a position stage left, boom down in sweeping motion to eye-level with the surgeon who is seated at the console. The arms of the PC are visible behind surgeon.
Cut to a medium shot of the surgeon’s hands on the controllers.
Cut to a view of surgical footage with instruments in motion.
01:00:47:00 – 01:01:04:02
Seated at the console, the da Vinci surgeon views a remarkably clear, 3D image of the surgical field. The System scales, filters and translates the movements of the surgeon’s hands on the master controllers to four interactive robotic arms on the patient cart.
01:01:04:20 – 01:01:18:00
The new da Vinci S HD System provides a magnified view that is both three dimensional and high definition. The result is a phenomenal, immersive experience of surgery.
Cut to medium shot of the patient cart over the robotic arms. Behind the moving arms, Surgeon sits head down at the console. The arms of the patient cart move gently in response to the movements of the surgeon’s arms.
01:01:20:02 – 01:01:36:02
The precisely controlled micro-movements of the da Vinci instruments are enabled by the computer-processors of the System. These dedicated processors perform millions of safety checks over the course of a procedure for enhanced surgical precision and control.
Cut to aerial view, directly above the SC we look down on the surgeon, he pulls his head back and out of the bottom of the frame. Camera booms down to see view through the SC stereo viewer. Looking through the viewport, we see moving instrument tips.
Cut to surgical view of heart surgery, suturing on valve tissue.
Cut to a cu of articulating instrument tip.
01:01:36:20 – 01:01:56:02
da Vinci EndoWrist instruments are designed with a unique wristed architecture that provides 7 degrees of freedom for a range of motion greater than even the human wrist. This proprietary design enables surgical maneuvers impossible with conventional laparoscopic tools.
Cut to a view of three instrument tips. One fixed and two in motion viewed over an inanimate model. The two moving tips grasp a needle and suture three stitches of a running suture line. Cut to a split screen of hands on masters across the bottom of the screen and moving instrument tips working in sync across the top.
01:01:56:02 – 01:02:32:19
As the surgeon operates at the console, the da Vinci System filters out hand tremor and translates his controlling motion to the articulating tips of the Endowrist instruments. The da Vinci System also provides motion scaling that enables the surgeon to tailor the ratio of his hand movements to a corresponding micro-movement at the instrument tip. The System requires that every surgical maneuver is under the direct control of the surgeon. Redundant safety check prevent autonomous movement of the instruments or the robotic arms.
Wide shot of patient cart. Patient cart backed 3 feet away from OR table.
A fully draped model is on the table with cannulas in place. Behind the patient cart is a scrub tech who drives the patient cart forward toward the table. The assistant gestures to guide the cart into place. She steps forward and locks the robotic arms to the cannulas.
Cut to CU of Assistant locking arm to cannula.
Cut to assistant operating touch-screen
Cut to full screen of scope align interface
01:02:32:19 - 01:03:03:07
The da Vinci S, Surgical System adds to the enabling characteristics of the original da Vinci to streamline surgery for the entire OR team. da Vinci S provides fast, fool-proof setup including:
· A motorized patient cart for simplified docking
· Simple Click-lock cannulas
· Rapid instrument exchange
· And an intuitive touch-screen interface
Cut to view of monitor mounted on the Vision cart. View on the monitor reveals instrument tips moving within the surgical field.
Cut to alternate video feed on VC monitor
Cut to alternate video feed on PC monitor
CU of patient cart monitor. We see clinical footage displayed. Medium CU of Assistant interacting with monitor to show the menu interface and TilePro.
Using his finger the surgeon draws a telestrated line then and arrow on the PC touch screen
01:03:32:19 - 01:03:32:19
Intra-operative communication between the entire OR team is enhanced with the audio-visual components of the system. The internal view of the operative field is visible on the vision cart or optional patient cart monitor. These monitors can also be toggled to display patient-critical information or a tiled display with multiple windows. Proctoring is enhanced with a telestration capability. Notations drawn on the patient cart monitor can be seen by the surgeon as an overlay of the surgical view at the console.
Shot of Ikegami camera head, stereo endoscope and dual CCU’s on Vision cart
Over shoulder of surgeon, head-down in SC viewer.
Cut to surgical image to reveal extremely sharp image of instrument tips in proximity to tissue.
01:03:40:00 - 01:03:56:22
The two channel endoscopic cameras of da Vinci S HD enable better 3D visualization of tissue planes and critical anatomy. The result is increased surgeon confidence and an environment that lends itself to greater surgical precision.
Medium shot of the robotic arms moving over the “patient” on the table in front of the Patient Cart. Assistant stands adjacent to the table
Medium close-up. Assistant reaches for the instrument, removes it, places on a small table adjacent to the OR table.
CU of the instrument arm LED’s. LED on the instrument arm changes color during the instrument exchange process.
Cut to a medium cu. Assistant picks up another instrument and replaces it while looking up at the Patient Cart Monitor. The robotic arms resume movement.
01:03:58:00 - 01:04:11:16
LED’s that indicate status on each robotic arm along with the user-friendly design of Endowrist instruments make Intra-operative instrument exchange simple.
01:04:13:00 - 01:04:24:00
Unlike conventional laparoscopic surgery, the robotic arms move around a fixed pivot point to reduce port site trauma for improved cosmesis and increased overall precision.
Wide shot of entire system. Surgeon, head down in console.
Assistant stands adjacent to the OR table.
The robotic arms move above a fully draped model. Robotic arms are docked to the cannulas.
01:04:26:00 - 01:05:00:26
The future of surgery includes enhanced visualization, superior instrument dexterity and operative efficiency in a tightly integrated system. The da Vinci S System moves surgery forward with a new level of surgical capability that enables minimally invasive surgery in complex procedures as never before. Da Vinci provides a streamlined surgical experience that benefits the hospital, the surgeon, the O.R. team, and most importantly, the patient.
Fade to Black
Intutive Surgical Logo and tagline
Taking Surgery Beyond the Limits of the Human Hand
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