What is included in a single-port access system?

AeroMed describes the complete configuration as a route-specific multi-channel sealing body, a matched incision retractor or protector and a ventilation tube. The exact components must be confirmed by model and current documentation.

What should be confirmed before quoting a single-port access system?

Confirm the access route, intended incision, matched retractor or protector, number and size of instrument channels, instruments, exact model, target market, documentation request and evaluation quantity.

Are transumbilical, transvaginal, transanal and robotic single-port systems interchangeable?

No. They are route-specific and may use different access components, sealing-body diameters, channel layouts and model documentation.

Is a hand port the same as a single-port access system?

No. A hand port supports sealed hand or forearm access in HALS. A single-port platform provides multiple instrument channels through one selected access route.

Is a sealing cap a multi-channel single-port platform?

No. The AeroMed HK-TS Sealing Cap is a separate single-channel sealed access configuration used with a matched wound retractor or protector.

Does one CE statement cover every single-port model?

Regulatory documentation must be checked against the current certificate, exact model scope, IFU, labeling and destination-market requirements before use in quotation or registration.

How to Evaluate a Single-Port Access System Before Quotation

Why “single-port access system” is not enough for a quotation

A distributor may ask for a single-port device, a laparoscopic access port, a vNOTES platform, a robotic single-port platform or simply a multi-channel port. Those terms may describe products that look related, but they do not automatically describe the same access route, incision requirement, channel layout or supporting documentation.

The first commercial question should therefore not be only, “Which single-port models do you have?” A more useful starting point is: Which access route and instrument plan must the system support?

This route-first approach helps the manufacturer and distributor narrow the model before discussing price, samples, labels or regulatory files.

What is a complete Single-Port Access System?

For the current AeroMed portfolio, a complete Single-Port configuration is explained through three connected parts:

Route-specific multi-channel sealing body+Matched incision retractor / protector+Ventilation tube

The sealing body provides the selected multi-channel instrument interface. The matched retractor / protector establishes the physical access pathway through the selected incision or route. The ventilation tube belongs to the complete configuration presented on the current product page.

These parts should be discussed together. Quoting only the visible upper platform without confirming its matched access component can create an incomplete or incorrect product request.

Step 1: confirm the access route

The route changes the product architecture. The current AeroMed Single-Port page separates four route groups: transumbilical, transvaginal, transanal and robotic.

Route group	Initial evaluation question	Product pathway
Transumbilical	What incision requirement, sealing-body diameter and instrument plan are expected?	Standard Single-Port models
Transvaginal	Is the request for a double-ring or balloon access architecture, and which controlled documents apply?	Natural-Orifice Access
Transanal	Is a dedicated transanal configuration required, and is the intended workflow supported by current labeling?	Natural-Orifice Access
Robotic	Which robot, patient-side geometry, robotic arms, auxiliary instruments and diameters must be confirmed?	Robotic Platforms

These route groups are not interchangeable. A shared phrase such as “four channels” is not enough to substitute one route-specific model for another.

Step 2: confirm the incision and matched retractor

The incision requirement should be confirmed before selecting the upper platform. The matched wound retractor / protector is not merely an optional accessory: it is the base sleeve and physical access pathway used in combination with the route-specific sealing body.

Distributors should record the intended incision requirement, the required retractor / protector configuration and the correct product pairing. Sealing-body diameter should not be interpreted as incision length. The current AeroMed product matrix, for example, uses D60, D90 and D120 as nominal sealing-body diameters.

Claim boundary: A wound retractor / protector may be described as a base sleeve and physical access pathway. Public material should not claim that it prevents infection, contamination, tissue implantation or other clinical complications.

Step 3: confirm the channel and instrument plan

Channel count alone does not define the correct product. A useful instrument plan should record:

number of working channels;
required instrument diameters;
laparoscope diameter;
instrument mix expected at the same time;
robotic arms and auxiliary instruments where applicable;
whether the workflow requires articulating instruments;
any ventilation or insufflation interface requirement stated in the current IFU.

On the current AeroMed Single-Port page, 10-size valves are presented for 12 mm, 10 mm and 5 mm instruments, while 5-size valves are presented for 5 mm and 3 mm instruments, subject to exact model configuration. This should be verified against the current model matrix and controlled documents before quotation.

Where articulating instruments enter the discussion

A single incision can change the way instruments approach the operative field. For some evaluations, the distributor may therefore ask whether a straight or articulating instrument plan is intended.

This does not mean that every Single-Port inquiry automatically includes articulating instruments. It means the instrument plan should be confirmed as a separate question. AeroMed’s Articulating Laparoscopic Instruments are presented as a separate OEM / private-label product pathway and are not included by default with the Single-Port platform.

Step 4: confirm the exact model

After route, incision and instruments are clear, the distributor can narrow the exact model. The current public portfolio separates the following evaluation pathways:

Selection pathway	What must be confirmed	Do not assume
Standard laparoscopic	Route, incision, sealing-body diameter, channel plan and matched retractor	One universal model fits every incision
Transvaginal	Double-ring or balloon architecture, four-channel plan and exact model documentation	Shared D60 geometry makes the configurations interchangeable
Transanal	Dedicated route, intended workflow, channel plan, IFU and labeling	A transvaginal model can be substituted
Robotic	Robot manufacturer and model, patient-side geometry, arms, auxiliary instruments and AeroMed model	Universal robotic compatibility or manufacturer endorsement

Robot names, where used, identify intended workflow discussions only. They must not be presented as universal compatibility, certification, sponsorship or endorsement by a robot manufacturer.

Keep Single-Port, Hand Port and Sealing Cap separate

These products belong to the broader laparoscopic access portfolio, but they solve different access problems.

Product group	Core architecture	What passes through
Single-Port platform	Matched retractor / protector + route-specific multi-channel sealing body	Multiple instruments through configured channels
Hand-Assisted Access	Wound retractor / protector + hand port + rotating upper sealing platform	Surgeon hand / forearm for HALS workflow
HK-TS Sealing Cap	Matched wound retractor / protector + single-channel sealing cap	Laparoscope or instrument through one sealed channel

They are related, but not interchangeable. A quotation should identify the access problem being solved before the supplier selects a product group.

Documentation to confirm before quotation

A catalog is useful for initial screening, but it is not the complete documentation package. Before quotation, sampling, registration support or hospital evaluation, confirm:

target country and regulatory pathway;
clinical department and intended procedure;
access route and intended incision;
exact model and configuration;
matched retractor / protector;
channel count and valve sizes;
instrument and laparoscope plan;
package contents;
sterilization and shelf-life information;
current IFU and labeling;
CE or other regulatory documentation according to exact model scope;
sample quantity, destination and evaluation timeline.

For EU-market work, the distributor and manufacturer should use the current applicable regulatory framework and model-specific documentation. The public article should not imply that one certificate statement automatically covers every access route or configuration.

A practical sample-evaluation sequence

Record the route and intended procedure.
Confirm incision requirements and the matched retractor / protector.
List the laparoscope and instruments expected through the platform.
Select the route-specific product group.
Narrow the exact model using the current matrix.
Review IFU, labeling, package contents and destination-market documentation.
Agree the sample quantity, evaluation destination and feedback plan.

This sequence turns a broad “send me a single port” request into an actionable evaluation project.

The simplest way to remember the selection logic

Route → incision → matched retractor → channels and instruments → exact model → documentation

Price should come after the configuration is clear. Otherwise the buyer may compare quotations for different systems without realizing that the route, platform, channel layout or package contents are not the same.

Sources and related reading

Use boundary: This article is a product-architecture and distributor-education note. It is not clinical guidance. Product selection and use must follow the current IFU, labeling, surgeon judgment, hospital protocol and destination-market requirements.