English 
| Quantity: | |
|---|---|
GEIWRE
The GEIWRE Autoclavable Rigid Ureteroscope is a high-precision medical device designed for comprehensive diagnosis and treatment of urinary system disorders. As a key product from China-based manufacturer Hengjia, this rigid endoscope combines advanced optical technology with durable materials to deliver reliable performance in clinical settings.
Engineered for direct access to the ureter, it provides clear visualization of internal structures, enabling healthcare professionals to accurately identify lesions and perform targeted interventions. A standout feature is its autoclavable design, allowing repeated sterilization via high-temperature steam—making it both cost-effective and eco-friendly compared to single-use alternatives. With a focus on precision, patient comfort, and long-term durability, this ureteroscope is an essential tool for urological procedures.
Parameter | Details |
Brand | GEIWRE |
Angle of View | 12° |
Material | Medical-grade stainless steel (corrosion-resistant) |
Working Channel Diameter | Customizable (compatible with laser fibers, lithotripsy tools, etc.) |
Length | Optimized for ureteral access (typically 35–45cm) |
Sterilization Method | Autoclave (121°C–134°C for 15–30 minutes) |
Reusability | Withstands hundreds of sterilization cycles with proper maintenance |
Compatibility | Works with endoscope camera systems, irrigation pumps, and electrosurgical units |
Equipped with advanced optical components and a high-resolution imaging sensor, this ureteroscope delivers uniform light transmission and distortion-free visuals—eliminating fisheye effects common in lower-quality devices. Clear, stable imaging ensures doctors can accurately assess ureteral conditions, from small lesions to stone morphology, providing a solid foundation for precise diagnosis.
The slim, tapered design prioritizes patient comfort: the narrow distal end glides smoothly into the ureter, while the slightly thicker proximal section remains stable in the bladder and urethra. This design minimizes trauma to delicate tissues, reduces patient discomfort during procedures, and enhances surgical efficiency by enabling easy navigation through narrow passages to reach deep ureteral segments.
A key advantage is its compatibility with a wide range of therapeutic accessories. Through its dedicated working channel, clinicians can insert laser fibers, ultrasonic probes, pneumatic ballistic lithotripters, stone forceps, and electrocautery tools. This versatility supports multiple procedures in one session, including stone fragmentation, tissue resection, and biopsy collection—eliminating the need for instrument swaps and streamlining workflows.
The handle is engineered to fit comfortably in clinicians’ hands, with a balanced weight distribution that reduces fatigue during long procedures. Intuitive function buttons allow on-the-fly adjustments, such as image zoom, freeze, and capture, putting critical controls at the doctor’s fingertips. This user-centric design enhances maneuverability, ensuring flexible operation even in complex cases.
Constructed from high-grade stainless steel, the ureteroscope resists corrosion from chemical disinfectants and maintains structural integrity under repeated sterilization. Its robust build ensures long-term stability, reducing the need for frequent replacements and lowering operational costs for healthcare facilities.
A primary use is managing mid-to-lower ureteral stones. The ureteroscope provides direct visualization of stone size, shape, and location, while its working channel accommodates lithotripsy tools (e.g., laser or pneumatic devices) to fragment stones for removal or natural passage.
Clinicians can assess the location and severity of ureteral narrowing using the device. For mild stenosis, dilation tools can be inserted through the working channel to widen the ureter; for severe cases, it aids in planning surgical interventions by clearly mapping the affected area.
The ureteroscope enables detailed observation of tumor characteristics (size, shape, pedicle presence). It supports guided biopsy collection for early-stage tumors and, in select cases, facilitates local tumor resection—enhancing diagnostic accuracy and treatment precision.
When foreign objects (e.g., displaced stents, suture fragments) are present in the ureter, the device locates the object and allows insertion of retrieval tools (e.g., stone forceps) for safe removal, minimizing tissue damage.
This autoclavable rigid ureteroscope stands out for its blend of precision, durability, and versatility, making it a reliable choice for urological practices seeking cost-effective, high-performance equipment. Its reusable design aligns with sustainability goals, while its advanced features ensure optimal patient outcomes.
