Endoscopy Video Recorder – Reliable Recording Solution for Surgical Documentation

Introduction to Endoscopy Video Recorder – High-Definition Recording for Surgical Precision

The Endoscopy Video Recorder is a digital recording device designed to capture and store high-quality videos and images from endoscopic procedures. It connects directly to an endoscopy camera system, allowing easy recording, playback, and data transfer. This device ensures accurate documentation for diagnostic, educational, and clinical review purposes.

Development & Evolution – Advancements in Medical Imaging and Digital Recording Technology

Initially, endoscopic recordings were stored on analog media such as VHS tapes and DVDs. With the rise of digital technology, Full HD and 4K video recorders revolutionized endoscopic imaging by improving clarity, storage capacity, and file management. Advin Health Care has advanced this technology to provide compact, reliable, and easy-to-use video recording solutions that integrate seamlessly with modern endoscopy systems.

Brief Overview – Role of Endoscopy Video Recorder in Capturing and Storing Surgical Procedures

The Advin Endoscopy Video Recorder offers high-definition digital recording for all endoscopic and laparoscopic procedures. Advin Health Care designs it with user-friendly controls, USB and SD card storage options, and compatibility with multiple video input formats. It ensures crystal-clear video capture for accurate surgical documentation and review. The recorder supports both automatic and manual recording modes. Its compact and lightweight design allows easy integration with any existing camera system.

Clinical Applications – Urology, Laparoscopy, Gynecology, ENT, and General Endoscopy Procedures

• Laparoscopy
• Cystoscopy
• Ureteroscopy (URS)
• Hysteroscopy
• Arthroscopy
• ENT Endoscopy
• TURP Procedures
• PCNL Surgery

How to Use – Step-by-Step Guidelines for Connection, Operation, and Data Storage

• Connect the endoscopy camera output to the video recorder input.
• Insert a USB drive or SD card for storage.
• Turn on the recorder and ensure the video feed is visible on the display.
• Press the “Record” button to start recording the procedure.
• Stop recording and safely eject the storage device after the procedure.

Frequently Paired With – Endoscopy Camera System, LED Light Source, Medical Monitor

• Full HD Endoscopy Camera System
• LED Cold Light Source
• Medical Monitor (Full HD / 4K)
• Endoscopic Coupler
• USB Storage Drive or SD Card
• Medical Trolley with Mounting Bracket

Also Known As – HD Surgical Recorder, Endoscopic Imaging Recorder, Medical Video Capture Unit

Endoscopic Video Recorder, Medical Video Recorder, HD Surgery Recorder, Endoscopic Camera Recorder, Full HD Recording Unit, Digital Endoscopy Recorder

Advin Endoscopy Video Recorder – Resolution Options, Storage Capacity, and Key Features

• Advin Health Care is a leading manufacturer of Endoscopy Video Recorders designed to deliver Full HD digital video recording for medical and surgical applications. The recorder captures clear, high-quality visuals and stores them securely on digital media for long-term use. It ensures smooth video playback, reliable file management, and compatibility with multiple imaging systems, making it ideal for hospitals, clinics, and teaching institutions.
• The ADVIN Video Recorder is designed for all endoscopic procedures, providing high-resolution MP4/MPEG video recording with flexible storage options. Surgeons and medical staff can record, store, and preview procedures efficiently, ensuring accurate documentation and easy sharing.

Advanced Features

• User-friendly interface for intuitive operation
• Real-time video recording directly to USB, DVD, memory card, or hard drive
• AV compatible with all major endoscopic camera systems
• High-resolution MP4 video recording with upscale to full HD (1080p) HDMI output
• Built-in 2.8” high-resolution preview screen for immediate review
• Versatile storage options for easy data management

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Introduction to USB Camera System – High-Definition Visualization for Endoscopy

The USB Camera System is a compact and versatile imaging device designed for medical endoscopy and clinical examination. It connects directly to a computer or monitor through a USB interface, providing clear, high-resolution live images. This system offers portability, easy setup, and cost-effective imaging for diagnostic and educational use.

Development & Evolution – Advancements in USB-Based Endoscopic Imaging Technology

The development of USB camera systems evolved from conventional analog cameras to advanced digital imaging devices. With the growth of telemedicine and digital documentation, USB-based endoscopy cameras became highly popular. Advin Health Care integrated this innovation to provide healthcare professionals with affordable and efficient imaging solutions for both clinical and training environments.

Brief Overview – Role of USB Camera System in Diagnostic and Operative Endoscopy

The Advin USB Camera System provides digital high-resolution imaging through a simple USB plug-and-play connection. Advin Health Care designs it for compatibility with various endoscopes used in urology, laparoscopy, ENT, and gynecology. It delivers real-time images without the need for a bulky control unit, making it ideal for outpatient and portable setups. The lightweight camera head ensures easy handling and stable image quality. It supports image capture and video recording directly on a computer or laptop.

Clinical Applications – Cystoscopy, Ureteroscopy, Laparoscopy, and Other Minimally Invasive Procedures

• Cystoscopy
• Laparoscopy
• Hysteroscopy
• Ureteroscopy
• Arthroscopy
• ENT Endoscopy
• General Endoscopic Examination

How to Use – Step-by-Step Guidelines for Connection, Setup, and Image Capture

• Connect the USB cable from the camera to a compatible computer or monitor.
• Attach the coupler to the endoscope eyepiece securely.
• Open the imaging or camera software on the computer.
• Adjust focus and brightness as required.
• Capture still images or record videos during the procedure if necessary.

Market Trends – Increasing Adoption of Digital, Portable, and High-Definition Imaging Systems in Surgery

USB camera systems are gaining popularity due to the rising demand for portable, digital, and telemedicine-compatible devices. Clinics and diagnostic centers increasingly adopt USB cameras for cost-effective, high-quality visualization without needing large control units. The trend toward digital documentation, online training, and global remote consultation has further increased their adoption, especially in Asia and Europe.

Also Known As – Endoscopic USB Camera, Digital Camera System, Plug-and-Play Camera for Endoscopy

USB Endoscopy Camera, Digital Endoscopic USB Camera, Portable Endoscope Camera, USB Surgical Camera, Medical USB Imaging System

Advin USB Camera System – Technical Specifications, Resolution Options, and Key Features

Advin Health Care is a leading manufacturer of USB Camera Systems designed for high-quality imaging in endoscopic and minimally invasive procedures. The system features Full HD digital resolution, automatic white balance, and user-friendly plug-and-play functionality. It is compatible with various medical scopes, making it an ideal choice for hospitals, clinics, and teaching institutes.

The ADVIN USB Endoscopy Camera System provides clear visualization for all endoscopic procedures. Designed with an original imported CCD chip, it ensures high-quality imaging in a portable and user-friendly format. Compatible with a variety of devices, it allows for easy recording, monitoring, and sharing of endoscopic procedures.

Advanced Features

• Original imported CCD chip for high-quality imaging
• Multi-output support: USB, BNC, AV
• Portable and convenient for multiple settings
• Attachable with all types of endoscopes
• Driver-free operation, ready to use with PCs and monitors

Key Benefits

• High-resolution imaging for clear visualization of anatomical structures
• Easy integration with computers, medical monitors, and TVs
• Portable and lightweight for use in multiple operating rooms
• No driver installation required, plug-and-play functionality
• Durable and reliable for repeated clinical use

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Introduction to Full HD Endoscopy Camera System – Superior Visualization for Endourology

The Full HD Endoscopy Camera System is an advanced imaging device used in minimally invasive surgeries to provide crystal-clear, high-definition visualization of internal organs and tissues. Designed for precision and reliability, it enhances diagnostic accuracy and surgical performance across multiple specialties such as Urology, Laparoscopy, ENT, Arthroscopy, and Gynecology.

Development & Evolution – Advancements in High-Definition Imaging for Endoscopic Procedures

The evolution of endoscopy imaging began with fiber optic cameras, progressing to CCD and CMOS sensors. The introduction of Full HD and 4K technology transformed surgical imaging by delivering superior clarity, depth, and color reproduction. Advin Health Care integrates cutting-edge digital technology to offer surgeons real-time, high-definition imaging for enhanced procedural safety and efficiency.

Brief Overview – Role of Full HD Camera System in Accurate Diagnosis and Surgery

The Advin Full HD Endoscopy Camera System provides 1080p resolution, superior color accuracy, and digital image processing. It is designed for endoscopic, laparoscopic, and urological surgeries, offering surgeons enhanced visibility and precision during procedures.

Clinical Applications – Cystoscopy, Ureteroscopy, PCNL, Laparoscopy, and Other Endoscopic Surgeries

• Urology (TURP, PCNL, URS, Cystoscopy)
• Laparoscopy (Cholecystectomy, Appendectomy, Hernia Repair)
• Gynecology (Hysteroscopy, Laparoscopy, Tubal Procedures)
• Arthroscopy
• ENT (Functional Endoscopic Sinus Surgery – FESS)
• General Surgery and Minimally Invasive Procedures

How to Use – Step-by-Step Guidelines for Setup, Calibration, and Image Capture

1. Connect the camera head to the camera control unit (CCU).
2. Attach the camera coupler to the endoscope eyepiece.
3. Adjust focus and white balance for optimal image clarity.
4. Connect the system to a medical-grade monitor.
5. Begin visualization and record or capture images as needed.

Frequently Paired With – Endoscopes, Light Sources, Monitors, and Recording Devices

• LED Cold Light Source
• Endoscopic Monitor (Full HD / 4K)
• Endoscopic Coupler
• Medical Trolley System
• Endoscopy Recording System
• Light Cable (Fiber Optic)
• Camera Head & Control Unit

Also Known As – HD Endoscopic Camera, Digital Endoscopy Imaging System

Endoscopic HD Camera System, Full HD Surgical Camera, Laparoscopic HD Camera, Medical Endoscopy Camera, HD Camera for Urology and Laparoscopy

Advin Full HD Endoscopy Camera System – Specifications, Connectivity Options, and Key Features

The Advin Full HD Endoscopy Camera System offers 1080p high-resolution imaging, advanced digital signal processing, and auto white balance control for precise visualization. The system ensures unmatched clarity in urology, laparoscopy, and other endoscopic procedures. Designed for durability, it provides consistent image quality even in demanding surgical environments.

The ADVIN HD Endoscopy Camera System provides high-definition visualization for all endoscopic procedures. Designed to meet international standards, it ensures accurate imaging and superior clarity during minimally invasive surgeries. Compatible with a wide range of endoscopes, this system is portable, user-friendly, and ideal for surgical, diagnostic, and teaching applications.

Advanced Features

• Portable and convenient for easy use in multiple operation rooms
• Full HD video quality for clear visualization of anatomical structures
• Attachable with all types of endoscopes
• Suitable for all endoscopic procedures including laparoscopy, urology, gynecology, and arthroscopy
• Touch screen interface for intuitive control
• Accurate image reproduction for diagnosis and documentation

Key Benefits

• Superior image clarity for precise endoscopic procedures
• Easy integration with various endoscopes
• Touch screen for quick operation and control
• Lightweight, portable design suitable for multiple OR settings
• Reliable and durable for repeated surgical use

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Introduction to Bladder Scanner – Non-Invasive Assessment of Bladder Volume

The Bladder Scanner is a non-invasive diagnostic device used to measure bladder volume and post-void residual (PVR) urine. It uses ultrasound technology to provide accurate bladder assessments without catheterization, reducing patient discomfort and the risk of infection.

Development & Evolution – Advancements in Ultrasound-Based Bladder Scanning Technology

The concept of bladder volume measurement was traditionally performed with catheterization, which was invasive and uncomfortable. In the 1980s, the first portable ultrasound bladder scanners were developed, offering a safer and faster alternative. Over the years, advancements in 3D ultrasound, AI algorithms, and portability have made bladder scanners a standard tool in urology, gynecology, and emergency medicine.

Brief Overview – Role of Bladder Scanner in Quick and Accurate Urinary Volume Measurement

The Bladder Scanner by Advin Health Care provides fast, accurate, and non-invasive bladder volume measurements. It helps in diagnosing conditions such as urinary retention, neurogenic bladder, overactive bladder, and post-surgical urinary assessment. With its portable design and digital interface, it is ideal for use in hospitals, nursing homes, and clinics.

Clinical Applications – Post-Void Residual Assessment, Urinary Retention Diagnosis, Catheterization Guidance

• Post-Void Residual (PVR) Measurement
• Diagnosis of Urinary Retention
• BPH (Benign Prostatic Hyperplasia) Evaluation
• Neurogenic Bladder Assessment
• Pre- and Post-Operative Urology Care
• Gynecology and Obstetrics (urinary retention during pregnancy/postpartum)
• Pediatric Urology

How to Use – Step-by-Step Guidelines for Probe Placement, Scanning, and Reading Interpretation

1. Turn on the bladder scanner and apply ultrasound gel to the lower abdomen.
2. Place the transducer probe over the bladder area.
3. The scanner automatically calculates bladder volume and displays results on the screen.
4. Record or transfer data for clinical assessment.
5. Clean the probe with approved disinfectant after use.

Clinical Benefits – Non-Invasive, Time-Saving, Accurate, and Patient-Friendly

• Completely non-invasive and painless
• Reduces the need for catheterization → lowers UTI risk
• Provides accurate bladder volume measurement in real-time
• Quick diagnosis at bedside, OPD, or emergency
• Portable and user-friendly
• Useful for adult, pediatric, and geriatric patients

Also Known As – Portable Bladder Ultrasound, Bladder Volume Analyzer, PVR Scanner

Bladder Ultrasound Scanner, Portable Bladder Volume Scanner, PVR Bladder Scanner, Ultrasound Bladder Monitor, Non-Invasive Bladder Measurement Device

Advin Bladder Scanner – Technical Specifications, Imaging Features, and Key Advantages

Advin Health Care offers a highly advanced Bladder Scanner designed for accurate, safe, and non-invasive bladder volume assessment. The device is lightweight, portable, and easy to operate, making it suitable for use in urology clinics, emergency care, nursing homes, and hospitals worldwide.

The Advin Bladder Scanner is a handheld, portable device designed to accurately measure bladder volume in patients. It provides non-invasive, real-time assessment and can store and transfer images and patient data via USB. Ideal for urology, emergency care, and bedside monitoring, this device combines advanced 3D imaging with ease of use.

Advanced Features

• Portable and handheld for easy bedside or clinical use
• 3.5″ LCD display for clear visualization
• 3D Probe for accurate bladder diagnosis and automatic volume calculation
• 2D Preview Mode for precise bladder localization
• USB/OTG Interface to store images and patient data on PC or pen drive
• Rubber base to hold the host unit, probe, and ultrasound gel
• Three measurement modes: Normal, Obese, Pediatric
• Internal rechargeable battery for over 4 hours of continuous use

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Introduction to Uroflowmetry System – Advanced Diagnostics for Urinary Flow Assessment

The Uroflowmetry System is a diagnostic medical device used to measure the flow rate of urine during voiding. It helps evaluate lower urinary tract function and detect abnormalities such as obstruction, weak bladder muscles, or other voiding disorders. It provides accurate, real-time analysis of urinary flow and voided volume.

Development & Evolution – Innovations in Non-Invasive Urological Testing Technology

Uroflowmetry was first introduced in the mid-20th century as a simple method to evaluate bladder outlet obstruction and voiding dysfunction. Early systems used mechanical devices to collect urine, but modern uroflowmetry systems are digital and computer-based, providing precise flow curves, maximum flow rate, average flow rate, and voiding time. Today, it is an essential tool in urology clinics worldwide.

Brief Overview – Role of Uroflowmetry System in Measuring Urine Flow Rate and Voiding Patterns

The Uroflowmetry System by Advin Health Care offers accurate and user-friendly uroflow testing. It records urine flow rate, flow pattern, and voided volume to assist in diagnosing conditions such as BPH (Benign Prostatic Hyperplasia), urethral strictures, overactive bladder, and neurogenic bladder. With a compact design and digital interface, it ensures efficient diagnosis in hospitals and clinics.

Clinical Applications – Diagnosis of Obstruction, Incontinence, Prostate Disorders, and Neurogenic Bladder

• BPH (Benign Prostatic Hyperplasia) Evaluation
• Urethral Stricture Disease Diagnosis
• Overactive Bladder Assessment
• Neurogenic Bladder Disorder
• Pre and Post-Surgical Evaluation in Urology
• Pediatric Urology Functional Testing

How to Use – Step-by-Step Guidelines for Test Preparation, Measurement, and Data Interpretation

1. Place the uroflowmeter in a private, comfortable space.
2. Instruct the patient to void naturally into the uroflowmetry funnel.
3. The system automatically measures urine flow and records the graph.
4. Data is stored and analyzed by the software for interpretation.
5. Clean and disinfect the device after each use.

Market Trends – Increasing Demand for Non-Invasive Urological Diagnostics Worldwide

The Uroflowmetry System is in high demand due to the increasing prevalence of urinary tract disorders and prostate diseases. With the rise in BPH cases among aging men, demand is growing in both developed and developing countries. Global trends show a shift toward portable, wireless, and software-integrated uroflow systems for easier clinical use and data sharing.

Also Known As – Urine Flow Analyzer, Uroflow Device, Non-Invasive Urology Diagnostic System

Uroflow meter, Urine Flow Measurement Device, Uroflowmetry Analyzer, Digital Uroflow System, Urinary Flow Test Machine

Advin Uroflowmetry System – Technical Specifications, Features, and Key Advantages

• Advin Health Care provides a highly advanced, compact, and reliable Uroflowmetry System designed for precise urological diagnosis. The system ensures accurate measurement, easy operation, and durable performance for hospitals, clinics, and diagnostic centers.
• Advin Uroflowmetry Systems are advanced, fully automatic devices designed to monitor urinary volume and flow rate. Both Wireless and PC-Based versions are weight-based, ensuring accurate measurements with graphical representation of urine flow. These systems provide non-invasive, reliable, and comfortable testing, suitable for day-to-day urodynamic studies.

Types Of Uroflowmetry System 

• Wireless Uroflowmetry System 
• PC Based Uroflowmetry System 

Advanced Features – Both Systems

• Fully automatic with auto start and stop
• Weight-based flow sensors for precise measurements
• Graphical display of urine flow (Flow Rate vs Time, Volume vs Time)
• Data storage with patient information
• Non-invasive procedure – safe, comfortable, and cost-effective
• Lightweight, compact, and easy to operate
• International quality standard compliance

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Introduction to Urodynamic System – Advanced Diagnostics for Lower Urinary Tract Function

The Urodynamic System is a diagnostic device used to assess bladder and urethral function. It helps measure urine flow, bladder pressure, and muscle activity in patients with urinary disorders. This system provides accurate data for the diagnosis and management of incontinence and other urological conditions.

Development & Evolution – Innovations in Urodynamic Testing Technology

Urodynamic testing has been performed since the early 20th century to evaluate bladder function. Initially, these tests were manual and time-consuming. With technological advancements, modern urodynamic systems now provide digital, automated, and more precise measurements. Today, they are essential tools in urology clinics and hospitals worldwide.

Brief Overview – Role of Urodynamic Systems in Evaluating Bladder and Urethral Function

The Urodynamic System by Advin Health Care offers comprehensive assessment of urinary tract function. Advin Health Care ensures the system provides accurate, real-time measurements for pressure, flow, and bladder activity. It is designed for ease of use, patient comfort, and reliable results. The system supports multiple test types, including cystometry and uroflowmetry. It is widely used for diagnosing incontinence, obstruction, and neurogenic bladder disorders.

Clinical Applications – Stress & Urge Incontinence, Neurogenic Bladder, Obstruction Assessment

• Urodynamic Evaluation
• Bladder Dysfunction Assessment
• Preoperative Evaluation for Anti-Incontinence Surgery
• Neurogenic Bladder Assessment

How to Use – Step-by-Step Guidelines for Performing Urodynamic Tests and Data Interpretation

• Connect the system to power and the computer interface.
• Attach catheters and sensors as per patient requirements.
• Calibrate the system before each test.
• Perform uroflowmetry, cystometry, or EMG recording as indicated.
• Review, save, and analyze test results.
• Clean and sterilize reusable components after each use.

Market Trends – Rising Demand for Advanced Diagnostics in Urology & Female Pelvic Medicine

The Urodynamic System market is growing due to increasing prevalence of urinary incontinence, neurogenic bladder, and voiding disorders. Hospitals and specialized urology clinics prefer digital, integrated, and easy-to-use systems. The global trend is toward multi-functional, automated devices that improve accuracy, efficiency, and patient comfort during diagnostic procedures.

Also Known As – Urodynamics Device, Bladder Function Analyzer, Cystometrography System

Urodynamics System, Bladder Function Testing System, Urology Diagnostic System, Cystometry Machine, Uroflowmetry Device, EMG Urodynamic System, Urology Evaluation System

Advin Urodynamic System – Technical Specifications, Features, and Key Benefits

• Advin Health Care is a leading manufacturer of the Urodynamic System, offering precise, reliable, and user-friendly instruments for comprehensive urinary tract evaluation and diagnosis.
• ADVIN Health Care presents the ADVIN Urodynamic System, a highly advanced, compact solution for complete urodynamic testing. This system enables precise evaluation of how the bladder and urethra store and release urine, aiding in the diagnosis of lower urinary tract dysfunction.

Advanced Features:

• Compact, attractive, and height-adjustable stand
• Optional EMG module for enhanced measurement
• User-friendly software interface with configurable settings and reports
• Wide range of testing protocols for patient-specific assessments
• Easy to move and operate anywhere
• Integral isolated power distribution for safety
• Editable software and report formats to reduce diagnostic wait times and improve patient comfort

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Introduction to Prostate Morcellator Device – Advanced Technology for Tissue Resection

The Prostate Morcellator Device is a surgical instrument used in urology procedures for morcellation (fragmentation and removal) of large prostate tissue during Holmium Laser Enucleation of Prostate (HoLEP) or similar prostate surgeries. It helps surgeons remove enucleated prostate tissue from the bladder in a safe, efficient, and minimally invasive way.

Development & Evolution – Innovations in Morcellation Systems for Urology

Morcellation was introduced in urology to improve the efficiency of removing enucleated prostate tissue without making larger incisions. Initially, tissue removal was manual and time-consuming, but with prostate morcellators, the process became faster, safer, and less invasive. Over time, innovations like motorized blades, suction systems, and enhanced safety controls have made the device essential in modern BPH (Benign Prostatic Hyperplasia) treatment.

Brief Overview – Role of Prostate Morcellator in Enucleation & Removal of Prostatic Tissue

The Prostate Morcellator Device by Advin Health Care is designed for efficient fragmentation and evacuation of prostate tissue during HoLEP and similar procedures. Built with precision-engineered blades and advanced suction technology, the device ensures quick removal of large prostate volumes with minimal patient trauma. It reduces operating time, improves surgical outcomes, and enhances patient safety, making it an indispensable tool in endourology and prostate surgery.

Clinical Applications – HoLEP (Holmium Laser Enucleation of Prostate), ThuLEP, and Other Prostate Surgeries

• Holmium Laser Enucleation of Prostate (HoLEP)
• Bipolar Enucleation of Prostate (BEP)
• Thulium Laser Enucleation of Prostate (ThuLEP)
• Transurethral Enucleation of Prostate (TUEP)
• Endoscopic Simple Prostatectomy

How to Use – Step-by-Step Guidelines for Device Setup, Operation & Safety Measures

• Assemble the morcellator with sterile technique.
• Connect the suction and power system as per instructions.
• After enucleation, introduce the morcellator through a resectoscope sheath.
• Engage the cutting mechanism to fragment prostate tissue.
• Simultaneously use suction to evacuate tissue fragments safely.
• Continuously monitor visualization and irrigation flow during use.
• Disassemble and sterilize the instrument after surgery.

Market Trends – Rising Adoption of Minimally Invasive Laser Prostate Surgery Worldwide

The Prostate Morcellator Device is in high demand due to the increasing prevalence of BPH in aging populations worldwide. HoLEP and similar minimally invasive procedures are replacing open prostatectomy, especially in developed countries. Global demand is rising in North America, Europe, and Asia-Pacific, with hospitals preferring motorized, precise, and reusable morcellators for better cost-efficiency.

Also Known As – Prostate Tissue Morcellator, Endoscopic Morcellator, BPH Morcellation Device

• HoLEP Morcellator
• Endoscopic Prostate Morcellator
• Tissue Morcellator for Urology
• Prostate Tissue Removal Device
• Transurethral Morcellator

Advin Prostate Morcellator Device – Technical Specifications, Design, and Key Features

• Advin Health Care manufactures the Prostate Morcellator Device, designed for precision, durability, and safety in prostate tissue removal during HoLEP and other minimally invasive prostate surgeries.
• The Advin Prostate Morcellator Device is designed for efficient morcellation of prostate tissue with high safety standards and user-friendly operation.
  It provides precise speed control via foot switch, ensuring smooth and effective performance during surgical procedures.

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Introduction to C-Arm Machine – Advanced Imaging for Surgical Precision

A C Arm Machine is an advanced medical imaging device used during surgical and diagnostic procedures. It provides real-time X-ray images to guide surgeons with accuracy. This machine is widely used in urology, orthopedics, cardiology, and gastroenterology.

Development & Evolution – Progress in Fluoroscopy & Real-Time Imaging Systems

The C Arm imaging system was first introduced in the 1950s as a mobile X-ray device. Over time, it evolved with digital imaging, flat-panel detectors, and high-resolution displays. Today, C Arms are a standard tool in operating rooms, helping doctors perform minimally invasive surgeries with precision. Modern innovations include compact designs and low-radiation technology for safer use.

Brief Overview – Role of C-Arm in Urology, Orthopedics, Cardiovascular & General Surgery

The C Arm Machine by Advin Health Care is designed for superior imaging performance during surgeries. Advin Health Care ensures that it delivers clear fluoroscopic images with minimal radiation exposure. The system is easy to move and position, making it suitable for operating rooms and emergency setups. Its digital imaging capabilities allow accurate diagnosis and treatment planning. This machine is highly valued for urology, orthopedic, and cardiovascular surgeries.

Clinical Applications – PCNL, Orthopedic Fixations, Cardiac Procedures, Pain Management, Vascular Interventions

• Percutaneous Nephrolithotomy (PCNL)
• Ureteroscopy (URS)
• Retrograde Intrarenal Surgery (RIRS)
• Orthopedic fracture fixation
• Vascular surgeries
• Gastrointestinal procedures
• Spine surgeries

How to Use – Step-by-Step Guidelines for Positioning, Imaging & Safety

• Position the machine around the surgical table.
• Adjust the C Arm angle for optimal visualization.
• Use the control panel to capture real-time X-ray images.
• Monitor the screen for guidance during procedures.
• Ensure radiation safety protocols are followed.

Clinical Benefits – Real-Time Imaging, Precision, Minimally Invasive Support & Reduced Surgical Risk

• Provides real-time intraoperative imaging
• Reduces the need for exploratory surgery
• Improves surgical accuracy and safety
• Minimizes patient trauma with minimally invasive guidance
• Portable design allows multi-department use
• Reduces overall surgery time

Also Known As – Fluoroscopy Machine, Mobile C-Arm, Surgical Imaging System

Mobile C Arm, Surgical Imaging C Arm, Fluoroscopy C Arm Machine, Digital C Arm, Compact C Arm, Medical Imaging C Arm, Intraoperative Imaging System, X-ray C Arm Machine

Advin C-Arm Machine – Technical Specifications, Imaging Modes, and Key Features

• Advin Health Care is a leading manufacturer of C Arm Machines, delivering high-quality imaging systems that enhance surgical precision and patient safety across multiple medical specialties.
• The Advin C-Arm 2101 is a high-frequency inverter-based X-ray system designed to deliver exceptional image quality with ripple-free X-rays. Its ergonomic, compact, and counterbalanced design ensures ease of use and smooth mobility. This mobile C-arm IITV system is microcontroller-based, making it highly reliable and user-friendly.
• It is widely used in orthopedic, urology, gastroenterology, neurosurgery, spine, trauma, and pain management procedures.

Advanced Features

• Ergonomically designed, fully counterbalanced, compact & lightweight C-Arm
• Heat & fire-proof wiring with Teflon wire for safety
• Heavy-duty wheels with double ball bearings for smooth mobility
• Tube overloading auto-protection via microcontroller
• Multiple operating modes for clinical convenience:
  1. Manual Mode
  2. S Mode
  3. Pulse Mode
  4. HD Mode
  5. ABS Mode

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Introduction to Holmium Laser – Gold Standard in Endourological Laser Technology

The Holmium Laser System is a highly advanced surgical energy device widely used in urology, gynecology, and orthopedics. In urology, it is primarily used for stone fragmentation (lithotripsy), prostate enucleation (HoLEP), and soft tissue applications. The Holmium:YAG laser emits pulsed energy at a wavelength of 2,100 nm, which is strongly absorbed by water, making it extremely precise and safe for endoscopic procedures.

Development & Evolution – Advancements in Ho:YAG Laser Systems for Urology

The Holium:YAG laser was introduced in the 1980s for medical use and became a revolutionary tool in endourology by the 1990s. Initially used for stone lithotripsy, it gradually gained popularity for benign prostatic hyperplasia (BPH) treatment, strictures, and tumor ablation. Today, it is considered the gold standard laser for endourological surgeries due to its safety profile and high effectiveness.

Brief Overview – Role of Holmium Laser in Stone Management & Soft Tissue Surgery

The Holmium Laser by Advin Health Care is a versatile surgical system used for lithotripsy, prostate enucleation, and tissue resection. Its pulsed laser technology ensures precise energy delivery, minimizing thermal damage to surrounding tissues. Designed with user-friendly controls, customizable energy settings, and superior fiber compatibility, it provides reliable performance in both stone and soft tissue surgeries.

Clinical Applications – Lithotripsy, BPH Treatment, Urethral Stricture, and Tumor Resection

• Lasr Lithotripsy for Kidney, Ureteral, and Bladder Stones
• HoLEP (Holmium Laser Enucleation of the Prostate)
• Stricture Treatment
• Bladder Tumor Resection
• Urethral Reconstruction
• Gynecology: Endometriosis & Adhesion Treatment
• Orthopedics: Arthroscopy Procedures

How to Use – Guidelines for Fiber Connection, Power Settings & Surgical Application

• Connect the laser system to the power supply and fiber optic cable.
• Select energy and frequency settings as per the surgical requirement.
• Introduce the laser fiber through the endoscope working channel.
• Target the stone or tissue under direct endoscopic vision.
• Activate the laser to perform fragmentation or resection.
• Remove fragmented stones using basket or forceps.
• Ensure proper post-operative cleaning and maintenance.

Clinical Benefits – High Precision, Versatility, Minimal Thermal Damage, Fast Recovery

• Gold standard for stone fragmentation (all stone types)
• Minimal thermal spread ensures safe tissue treatment
• Effective for both hard and soft stones
• High success rate in HoLEP for BPH management
• Compatible with multiple surgical specialties
• Reduces operative time and recurrence rate

Also Known As – Ho:YAG Laser, Urology Holmium Laser System, Holmium Surgical Laser

• Ho:YAG Laser System
• Holmium Surgical Laser
• Holmium Lithotripsy Laser
• Holmium Laser for Urology
• HoLEP Laser

Advin Holmium Laser – Power Options, Technology Highlights, and Key Product Features

Advin Health Care manufactures the Holmium Laser System designed for urology, gynecology, and orthopedics. It ensures precision, safety, and versatility in procedures such as stone lithotripsy, BPH enucleation, and tumor ablation, making it a reliable choice for modern minimally invasive surgery.

The Advin Portable Series Holmium Laser is a compact, high-performance desktop surgical laser designed for lithotripsy and soft tissue surgery. Operating at a 2.1 μm Ho:YAG wavelength, it offers superior absorption in water and tissue, ensuring precise cutting, efficient ablation, and minimal collateral damage.

Key Advantages

• Flexibility: High power with small fibers, ideal for flexible endoscope surgery
• High Pulse Energy (up to 6J): Effective fragmentation of the hardest stones
• High Power (up to 40W): Enables fast tissue incision
• Large Pulse Width Range (50–1500 μs): Optimized for dusting lithotripsy
• High Frequency (up to 30Hz): Ensures fast, low-energy ablation and superior stone dusting
• Portable Compact Design: Lightweight, space-saving desktop unit with quick ROI

Clinical Applications

• Urological Stones: Kidney, Ureter, Bladder
• Biliary System: Bile Duct, Gallbladder, Hepatolithiasis Stones
• Soft Tissue Surgery: Precise incision and coagulation with minimal penetration depth (0.3–0.4 mm)

User Interface & Control

• 10” Touchscreen Display – intuitive and user-friendly
• Smart Fiber Recognition – auto-adjusts emission settings
• Dual Emission Modes – Lithotripsy & Soft Tissue Surgery
• Pilot Laser: Green, continuous or blinking, <1 mW

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Get Connected:

+91-70717 27261 | urology@advinhealthcare.com | www.advinhealthcare.com

Introduction to ESWL Lithotripter – Non-Invasive Stone Fragmentation Technology

The ESWL Lithotripter is a medical device used to break kidney and ureteral stones into smaller fragments using focused shock waves. This non-invasive procedure avoids open surgery, allowing stones to pass naturally through the urinary tract. It is widely used for patients with renal or ureteric stones that are difficult to remove by other methods.

Development & Evolution – Advancements in Extracorporeal Shock Wave Lithotripsy (ESWL)

The first Extracorporeal Shock Wave Lithotripsy (ESWL) machine was introduced in the early 1980s in Germany, revolutionizing stone management. Before ESWL, open surgery was the primary option for large or complex stones. Over the years, ESWL lithotripters have become more advanced with better shock wave generation, imaging guidance, and patient comfort features. Today, ESWL remains a standard, non-invasive treatment for urinary stones worldwide.

Brief Overview – Role of ESWL Lithotripter in Kidney, Ureter, and Bladder Stone Management

The ESWL Lithotripter by Advin Health Care is a high-performance system designed for safe and effective stone fragmentation. Advin Health Care manufactures it with advanced shock wave technology and precise imaging to ensure accurate stone targeting. It allows patients to undergo a non-surgical, outpatient procedure with minimal recovery time. The device supports the treatment of stones in the kidney, ureter, and upper urinary tract. Surgeons and hospitals prefer it for its efficiency, reduced complication rate, and patient-friendly design.

Clinical Applications – Renal Calculi, Ureteric Stones, and Selected Bladder Stones

• Extracorporeal Shock Wave Lithotripsy (ESWL)
• Non-invasive Kidney Stone Treatment
• Ureteral Stone Management

How to Use – Step-by-Step Guidelines for Patient Positioning and ESWL Operation

• Position the patient appropriately on the ESWL table.
• Locate the stone using ultrasound or fluoroscopy imaging.
• Focus the shock waves on the stone using the targeting system.
• Deliver controlled shock waves until the stone fragments.
• Monitor the patient and encourage hydration for stone fragment passage.

Frequently Paired With – Stone Retrieval Forceps, Ureteroscopes, and Urology Imaging Systems

• Ultrasound or Fluoroscopy Imaging System
• Patient Positioning Table
• Ureteral Stents (Double J Stent)
• Stone Retrieval Forceps or Basket (if fragments require removal)
• Irrigation Pump (for endoscopic follow-up if needed)

Also Known As – Extracorporeal Shock Wave Lithotripter, Stone Breaker Machine

Shock Wave Lithotripter, Extracorporeal Lithotripsy Machine, Kidney Stone ESWL System, Stone Breaking Machine for Urology

Advin ESWL Lithotripter – Technology Highlights, Power Levels, and Key Product Features

• Advanced Extracorporeal Shock Wave Lithotripsy System
• Advin Health Care is a leading manufacturer of the ESWL Lithotripter, designed to deliver safe, precise, and effective shock wave treatment for urinary stones. Built with advanced targeting and patient comfort systems, it provides a reliable, non-invasive solution for kidney and ureteral stone management.
• The Advin ESWL Lithotripter is a highly effective, budget-friendly, and robust system designed to deliver excellent stone fragmentation performance. Engineered for efficiency, reliability, and safety, it is suitable for treating all urinary tract stones that can be managed with ESWL.
• With a stone-free success rate of over 95%, this system ensures outstanding clinical outcomes. It supports dual imaging options—operable with C-Arm X-ray or spherical ultrasound attachment for precise stone localization. Compact and cost-efficient, the Advin ESWL enables urology clinics to achieve a profitable return on investment within a short break-even period.

Advanced Features

• Non-invasive procedure – no risk of infection, bleeding, or major pain
• No general anesthesia required
• Safe and effective stone disintegration using focusing shock waves
• Short treatment time with high patient comfort
• No special infrastructural requirements
• Convenient and user-friendly for both patient and surgeon
• Wide movement range of patient table for precise positioning
• Dual imaging compatibility – C-Arm X-ray system & ultrasound attachment

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Get Connected:

+91-70717 27261 | urology@advinhealthcare.com | www.advinhealthcare.com