- info@roboticurologyacademy.com
- Istanbul Turkiye
Single-Port and Multiport robotic surgery training involve different approaches to surgical access, port configuration, instrumentation, triangulation, retraction and operating room workflow.
Multiport robotic surgery uses several abdominal access ports, while Single-Port surgery introduces a flexible camera and multiple articulating instruments through a single access point. Each platform requires specific technical understanding and training.
This guide compares Single-Port and Multiport robotic surgery training and explains how urologists, residents and fellows can choose an appropriate pathway.
Multiport robotic surgery generally uses several separate access ports for:
The exact port configuration depends on:
Multiport systems provide instrument triangulation through separate access points and are used across a wide range of robotic urologic procedures.
Single-Port robotic surgery uses a specialized system designed to introduce the camera and multiple articulating instruments through a single access port.
Depending on the procedure and surgical approach, Single-Port surgery may involve:
Single-Port robotic surgery is not simply Multiport surgery performed through fewer incisions. It requires platform-specific understanding and technical adaptation.
| Multiport robotic surgery | Single-Port robotic surgery |
|---|---|
| Several separate access ports | One primary access port |
| External instrument triangulation | Internal instrument triangulation |
| Separate robotic arms | Multiple instruments through one platform |
| Familiar retraction with an additional arm | Different retraction strategies |
| Wider external arm arrangement | More compact external setup |
| Broad procedure availability | More selective procedure availability |
| Established workflow in many centers | Platform-specific workflow |
| Greater bedside access options | Bedside access may be more limited |
| Independent port positioning | Access concentrated through one site |
These differences affect how training should be structured.
Yes.
Both platforms require fundamental robotic skills such as:
However, Single-Port training may require additional attention to:
Previous Multiport experience can be helpful, but it does not eliminate the need for Single-Port-specific training.
Multiport training may cover:
Technical exercises may include:
Training can be adapted for beginners and experienced surgeons.
Single-Port training may cover:
Technical exercises may include:
Applicants should describe their previous Multiport and Single-Port experience separately.
Multiport training may include principles of:
Single-Port training may include:
Port and access strategies should be learned in relation to the intended procedure.
In Multiport surgery, instruments approach the target through separate ports.
This may provide:
Single-Port instruments enter through the same access point and create triangulation within the body.
Training may focus on:
The visual and instrument relationships may initially feel different to surgeons trained on Multiport systems.
Camera management differs between platforms.
Training may focus on:
Training may additionally address:
Platform-specific simulation can be helpful for developing these skills.
Retraction is a major difference between Multiport and Single-Port surgery.
Multiport systems may allow:
Single-Port surgery may require:
Training should include not only instrument manipulation but also planning how exposure will be maintained.
The bedside assistant may have access through one or more separate ports for:
Assistant access may be more limited or require specialized planning.
Training should address:
The role of the bedside assistant should be included in platform-specific training.
Multiport systems may be used for:
Single-Port systems may be used for selected procedures such as:
Procedure availability varies between institutions.
Training may cover:
Training may additionally focus on:
Both pathways can include simulation, laboratory exercises and clinical observation.
Training may cover:
Training may include:
Clinical availability depends on patient selection and faculty practice.
Simulation can help participants develop platform-specific console skills.
Exercises may include:
Not every simulator reproduces both platforms.
Applicants should confirm which robotic system and simulation modules are available.
Dry lab exercises can be adapted for Multiport or Single-Port systems.
Potential tasks include:
Single-Port dry lab training may place additional emphasis on internal instrument coordination and restricted working space.
Tissue-based laboratory education may allow participants to compare:
Live animal laboratory training requires additional ethical, veterinary and institutional authorization.
Platform availability does not guarantee that a particular tissue or animal model can be used for every procedure.
A clinical observership may help participants compare:
Participants do not operate on patients.
Exposure depends on platform, faculty and scheduled case availability.
Beginners should generally prioritize the robotic platform they are most likely to use at their own institution.
Consider:
Multiport training may provide exposure to established robotic concepts across a broad range of procedures.
Single-Port can also be learned as an initial platform when it is the system the participant will use clinically and appropriate training is available.
There is no universal requirement that every surgeon must learn Multiport first.
Yes, if they plan to use a Single-Port platform.
Previous Multiport experience may support:
However, experienced Multiport surgeons still need to adapt to:
A focused platform-transition program may be appropriate.
Potentially, depending on:
A combined pathway may include:
Exposure to both platforms cannot be guaranteed unless specifically confirmed.
May provide orientation and selected simulation or dry lab exercises on one platform.
May include structured platform orientation, simulation, suturing and procedure-specific exercises.
May combine Multiport and Single-Port training with clinical observation and faculty discussions.
May provide broader exposure to both platforms, different procedures and operating room workflows.
Programs lasting more than two weeks usually combine practical training with clinical observation rather than providing continuous daily laboratory access.
It may, depending on:
There is no universal pricing difference.
Applicants should request a customized quote describing which platforms and activities are included.
Ask:
Clear platform information is essential when comparing programs.
Your choice should reflect:
A program may focus on one platform or compare both through simulation, laboratory exercises and clinical observation.
Explore robotic surgery training pathways adapted to your previous experience, preferred platform, procedures of interest and available dates.
Tell us about your professional background, previous robotic experience, current robotic platform, preferred system, procedures of interest and available dates.
Our team will review your application and help identify a potential Multiport, Single-Port or combined training pathway.
Program content, faculty, robotic platforms, simulator access, laboratory exercises and clinical exposure are subject to availability. Participation does not provide clinical privileges, authorization to operate on patients or certification of independent surgical competence.