Evaluation of the Aulea Veloxion™ Disposable Resectoscope System for Operational Efficiency in Surgical Management of Benign Prostatic Hyperplasia (BPH)

Trial statusNot yet recruiting
Trial phaseNot applicable
Trial typeInterventional
Biological sexMale
Age30-70
SponsorChinese University of Hong Kong

About this trial

Prospective, single-arm, single-site, post-market device study; all procedures use Veloxion™ per IFU.

Eligibility criteria

This trial does not accept healthy volunteers

Qualifiers

Age 30-70 years old with symptomatic BPH.

Prostate volume 20-120 mL (TRUS/MRI/US)

Suitable for endoscopic resection/vaporization per device IFU.

Able to consent and comply with follow-up to 1 month.

Disqualifiers

Known/suspected prostate cancer requiring oncologic management.

Prior prostate surgery impacting urethral anatomy within 12 months.

Prior implant affecting urethral anatomy.

Active UTI or untreated bacteriuria pre-op.

Trial design

Design model

Single group

Treatments tested in this trial

  • TURP using the Aulea Veloxion™ Disposable Resectoscope System

    Procedure/Surgery

    TURP will be performed by Aulea Veloxion™ Disposable Resectoscope System. The resectoscopes are single-use and ensure consistent quality and no cross-contamination. The automated fluid management system continuously monitors and manages intravesical pressure while actively evacuating tissue to prevent clogging. The active power generation system optimize plasma generation for effective resection and extended equipment life. This system allows transurethral resection of prostate to be performed in a motorized and highly effective manner. This study is designed to prospectively characterize operational efficiency in real-world BPH resections using the cleared device platform.

  • Aulea Veloxion™ Disposable Resectoscope System

    Device

    Veloxion™ platform disposable resectoscope is FDA-cleared for treatment of BPH. It is an all-in-one, platform that combines fluid control, video pipeline and energy generator. The resectoscopes are single-use and ensure consistent quality and no cross-contamination. The automated fluid management system continuously monitors and manages intravesical pressure while actively evacuating tissue to prevent clogging. The active power generation system optimize plasma generation for effective resection and extended equipment life. This system allows transurethral resection of prostate to be performed in a motorized and highly effective manner. This study is designed to prospectively characterize operational efficiency in real-world BPH resections using the cleared device platform.

Treatment groups

20 Participants
are divided into 1 treatment group
Group A: Aulea Veloxion™ Disposable Resectoscope SystemExperimental treatment 2 interventions

Trial outcomes

Primary outcomes

1

Difference in total procedure time versus a pre-specified benchmark

Derived from historical standard reusable resectoscope TURP/TURP-like procedures at the same site, tested against a superiority margin

Time frame
Perioperative
2

Difference in case cost versus a pre-specified benchmark

Derived from historical standard reusable resectoscope TURP/TURP-like procedures at the same site, tested against a superiority margin

Time frame
Perioperative

Secondary outcomes

1

Total Resection time

The cumulative electrosurgery activation time (minutes) from generator logs and video annotation.

Time frame
Intra-operative
2

The Instrument exchanges time

The count and cumulative time with scope out-of-field; standardized categories (loop, electrode, sheath, camera).

Time frame
Intra-operative
3

The Visibility score

Assessed by the surgeon-rated 5-point Likert per 15-minute epoch; total irrigation volume; number of bag exchanges; "red-out" events.

Time frame
Intra-operative
4

Adverse event

By "Clavien-Dindo Classification"

Time frame
Within post-operative 30 days

Other outcomes

Sponsors and contacts

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