BladderVue Detection Technology

Proprietary ultrasound-based localization technology that provides real-time visualization of instrument tips with sub-millimeter accuracy. Eliminates the need for radiation or electromagnetic tracking systems in image-guided interventional procedures.

Near-infrared (NIR) vein assessment technology that allows healthcare professionals to visualize peripheral vasculature for pre-insertion site assessment. Enables rapid identification of optimal vein targets and reduces peripheral IV complications through better-informed clinical decision-making.

The world's first wireless bladder volume scanner designed for mobile healthcare environments. It features wireless and rechargeable technology with lightweight ergonomic design, sharp imaging for fast bladder localization, and automatic Bladder Wall AutoSelect™ technology that recognizes patient demographics. Data can be uploaded to EHR systems via Bluetooth or Wi-Fi for quick and accurate bladder volume measurement.

A single-use electronic cystoscope for visualization of the urinary bladder. It features advanced electronic imaging technology to support diagnostic and procedural accuracy in urology.

Ultrasound-based bladder scanner for measuring bladder urine volume and post-void residual urine. The third-generation device offers rapid and precise measurements with convenient operation. Applicable in rehabilitation, obstetrics, urology, and radiotherapy departments.

Ultrasonic bladder scanner for non-invasive measurement of bladder volume and post-void residual urine. Used in urology, gynecology, rehabilitation, and radiation oncology to assess lower urinary tract function and guide clinical decision-making.

The Avantsonic Bladder Scanner AS-1 is a non-invasive ultrasound device for real-time bladder volume measurement and post-void residual assessment. It enables rapid, portable diagnosis in urology, urogynecology, and critical care settings without catheterization. The scanner provides instant digital readouts to guide clinical decision-making for urinary retention and incontinence management.

Ultrasound bladder scanner for non-invasive measurement of bladder volume and post-void residual urine. Designed for urology, gynecology, rehabilitation, and radiation oncology departments to assess lower urinary tract function and aid in clinical diagnosis and treatment planning.

The Vaginal Tactile Imager (VTI) is a biomechanical imaging device that maps pelvic floor tissue properties and structural integrity for diagnosis and evaluation of vaginal and pelvic floor conditions. It combines tactile sensing with ultrasound technology to generate digital twin models, enabling quantitative assessment of pelvic floor biomechanics through proprietary integrity scoring.

Portable ultrasound scanner designed for non-invasive measurement of bladder volume in clinical and point-of-care settings. Utilizes ultrasound imaging to assess post-void residual volume and bladder capacity, supporting diagnosis and management of urinary retention and voiding dysfunction. Compact, handheld design enables bedside or office-based assessment without catheterization.

A diagnostic device for pelvic floor assessment and female pelvic health evaluation. The device is designed to diagnose and monitor conditions related to pelvic floor weakness and vaginal laxity. It represents MBLab's specialized technology for women's health diagnostics.

Single-use digital flexible cystoscope for urological visualization and diagnosis of bladder pathology. Features integrated digital imaging technology enabling real-time endoscopic examination with reduced infection risk through disposable design. Indicated for diagnostic cystoscopy, biopsy guidance, and therapeutic interventions in urology.