Advin Urology Surgical ESWL Lithotripter

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Advin Urology Surgical ESWL Lithotripter

Price 45000 USD ($)/ Piece

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Advin Urology Surgical ESWL Lithotripter Specification

Function
Fragmentation of urinary calculi

Measurement Range
Stone size up to 30 mm

Features
Non-invasive, precise targeting, ergonomic design, digital interface, low maintenance

Instruments Type
Urology Surgical Equipment

Frequency
60-120 shocks per minute

Display Type
Digital display with touch screen

Usage Type
Hospital, Clinic

Accuracy
High precision targeting (<2 mm error)

Shelf Life
5 Years (with proper maintenance)

Storage Instructions
Store in clean, dry, temperature controlled environment

Equipment Type
ESWL Lithotripter

Material
Stainless Steel, ABS housing

Condition
New

Technology
Electrohydraulic shock wave generation

Portable
No

Wall Mounted
No

Magnification Power
Up to 15X (integrated fluoroscopy)

Real-Time Operation
Yes

Noise Level
Low Noise

Operating Type
Semi-Automatic

Use
Extracorporeal Shock Wave Lithotripsy for kidney stone treatment

Power Source
Electric

Power Consumption
2500 W

Voltage
220-240 V AC, 50/60 Hz

Dimension (L*W*H)
1850 x 800 x 1200 mm

Weight
Approx. 250 kg

Color
White & Blue

Safety Mechanisms
Overload protection, emergency stop

Shock Rate
Selectable, user-defined

Patient Table
Motorized Height and Position Adjustment

Control System
Microprocessor based, programmable treatment

Imaging System
Integrated fluoroscopic and/or ultrasonic localization

Application
Kidney, ureter, bladder stones

Shock Wave Head Movement
Motorized, 3-axis adjustment

Pulse Energy
Up to 80 mJ per shock

About Advin Urology Surgical ESWL Lithotripter

The Advin ESWL is a highly effective, budget-friendly, and aesthetically designed system built for optimal performance in Extracorporeal Shock Wave Lithotripsy (ESWL). Engineered with carefully selected features, it delivers consistent results, making it a trusted solution for urology clinics worldwide.

Designed to treat all suitable urinary tract stones, the system achieves a typical stone-free rate of over 95%, ensuring high clinical success.

The Advin ESWL can be operated with either a C-arm X-ray imaging system or a spherical ultrasound attachment for precise stone localization. With a short break-even period, it offers not just clinical efficiency but also a profitable investment for your practice.

Advanced Features:

Non-invasive procedure eliminates risk of infection, bleeding, and pain
No general anesthesia required
Short treatment time fast recovery and high patient throughput
Safe and effective with high success rates
Focusing shock waves efficiently break stones into small fragments
No special infrastructure needed easy installation in existing setups
Wide movement range for flexible positioning and comfort
User-friendly design compatible with both patient and operator needs
C-arm X-ray imaging compatibility for precise stone targeting
Ultrasound attachment option for non-radiative stone localization

Innovative Shock Wave Technology

Equipped with electrohydraulic shock wave generation, the Advin ESWL Lithotripter enables efficient fragmentation of stones without invasive procedures. Its programmable microprocessor control ensures precision treatments that can be tailored for each patient. This dramatically improves clinical outcomes and patient comfort.

Advanced Imaging Integration

The lithotripter features an integrated fluoroscopic and ultrasonic imaging system capable of up to 15X magnification. This allows real-time, high-precision localization of urinary stones, decreases procedural errors, and streamlines workflow. Its digital display provides intuitive operation, ensuring ease for urology teams.

Ease of Use and Safety Features

The device offers motorized adjustments for both the shock wave head and patient table, ensuring exact positioning for each procedure. Enhanced safety is provided by overload protection and an emergency stop option, while the semi-automatic, low-noise operation sustains a calm clinical environment.

FAQ's of Advin Urology Surgical ESWL Lithotripter:

Q: How does the Advin Urology Surgical ESWL Lithotripter treat urinary stones?

A: This ESWL lithotripter uses electrohydraulic shock waves to fragment kidney, ureter, or bladder stones. The shock waves, targeted with integrated imaging, break stones into smaller pieces, allowing them to pass naturally through the urinary tract.

Q: What are the main benefits of using this lithotripter in a clinical setting?

A: Major benefits include non-invasive stone treatment, high-precision targeting using fluoroscopic or ultrasonic imaging, minimized patient discomfort, programmable treatments, low noise, and simple digital controls, making it suitable for efficient stone management in hospitals and clinics.

Q: When is this equipment typically used?

A: It is used during the treatment of patients with urinary tract stones in the kidney, ureter, or bladder who require non-invasive intervention for stone fragmentation without surgical procedures.

Q: Where should the lithotripter be installed and stored?

A: The Advin ESWL Lithotripter is designed for hospitals and clinics. It should be installed in a clean, dry, temperature-controlled environment as it is not wall-mounted or portable.

Q: What is the process for operating the lithotripter?

A: Operation involves positioning the patient on the motorized table, localizing the stone using the integrated imaging system, adjusting the shock wave head, and customizing treatment parameters via the digital interface. Safety mechanisms like emergency stop are available throughout the procedure.

Q: How precise is the targeting and what size stones can it treat?

A: With integrated high-magnification imaging and precision adjustment, the lithotripter can target stones with less than 2 mm error and is suitable for treating stones up to 30 mm in size.

Q: What maintenance and storage guidelines should be followed?

A: For optimal performance and a shelf life of up to five years, regular maintenance should be performed and the device should be stored in a clean, dry, temperature-stable location as specified in the storage instructions.

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