Robotic Surgery

• Functional Length ~ 3cm provides superior surface contact
• Optimum location and design of grasping mechanism allows for full wrist articulation
• Cable flexibility reduces overall functional length to reach complex angles
• Flat array geometry combined with trapezoid imaging results in less surface pressure on organs while providing a very wide field of view
• Provides superior control and access during robot-assisted procedures
• Exceptional near and far-field resolution

Main Specifications:

• Array Type: Linear
• Frequency Range: 15 - 3 MHz
• Scan Width: 13 mm Radius

• Smaller profile provides greater control and access during robot-assisted procedures
• Optimum location and design of grasping mechanism allows for full wrist articulation
• Ideal for liver and kidney scanning
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation

Main Specifications:

• Array Type: Linear
• Frequency Range: 12 - 2 MHz
• Scan Width: 26 mm

Curved array 4-way laparoscopic transducer for better visualization of targeted lesions.

• Built to withstand the rigors of daily laparoscopic surgery
• Ideal for liver and kidney scanning
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation

Main Specifications:

• Array Type: Curved
• Frequency Range: 13 - 5 Mhz
• Insertion Diameter: 12 mm
• Scan Width: 40 mm Radius
• Scan Angle: 40 ° FOV

Exclusive linear array 4-way laparoscopic transducer for better visualization of targeted lesions.

• Built to withstand the rigors of daily laparoscopic surgery
• Ideal for liver and kidney scanning
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation

Main Specifications:

• Array Type: Linear
• Frequency Range: 13 - 2 MHz
• Insertion Diameter: 10 mm
• Scan Width: 36 mm

Exclusive linear array rigid laparoscopic transducer for better visualization of targeted lesions.

• Built to withstand the rigors of daily laparoscopic surgery
• Preferred transducer for liver RFA and biopsies
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation

Main Specifications:

• Array Type: Linear
• Frequency Range: 13 - 2 MHz
• Insertion Diameter: 10 mm
• Scan Width: 38 mm

Linear array side-fire “T” transducer for open surgical procedures.

• Smaller design for easy access
• Trapezoid imaging expands visibility
• Narrow field of view (42mm)
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation
• Valuable information to guide tumor resections

Main Specifications:

• Array Type: Linear
• Frequency Range: 14 - 2 MHz
• Scan Width: 42 mm

Linear array side-fire “T” transducer for open surgical procedures.

• Wide field of view (63mm)
• PLUS Trapezoid imaging to further expand visibility
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation
• Valuable information to guide tumor resections

Main Specifications:

• Array Type: Linear
• Frequency Range: 14 - 2 Mhz
• Scan Width: 63 mm

Curved array “T” style finger-grip transducer for open surgical procedures.

• Provides a transverse view in relation to the position of the transducer in the hand
• Designed to fit comfortably between the index and middle finger
• Allows for palpating organs and scanning at the same time
• Exceptional near and far field resolution
• Instant feedback on tumor margin delineation
• Valuable information to guide tumor resections

Main Specifications:

• Array Type: Curved
• Frequency Range: 10 - 3 Mhz
• Scan Width: 20 mm Radius
• Scan Angle: 65° FOV

Curved array deep penetration “I” style finger-grip transducer for open surgical procedures.

• Designed to fit comfortably between the index and middle finger
• Allows for palpating organs and scanning at the same time
• Exceptional near and far-field resolution
• Instant feedback on tumor margin delineation
• Valuable information to guide tumor resections

Main Specifications:

• Array Type: Curved
• Frequency Range: 6 - 1 Mhz
• Scan Width: 20 mm Radius
• Scan Angle: 82° FOV