HA2131.1 Group Urology Surgical Instruments for Adults Bladder Trocar

HA2131.1 Group Urology Surgical Instruments for Adults Bladder Trocar

1 Introduction:
If you are looking for minimally invasive surgery medical instruments with good quality, competitive price and reliable service. Wanhe medical is manufaturing these for you. We provide general and professional laparoscopic instruments with CE, FDA approved. 

2 Specifications
Adopt 3Cr13, 304, 630 stainless steel material
Tough construction
Corrosion resistant
High durability

3 Packing & Shipping:

FAQ

How to properly use and handle urological surgical instruments to avoid damage?

Proper use and handling of urological surgical instruments to avoid damage requires a series of strict cleaning, disinfection and maintenance processes. The following are the detailed steps:

Preliminary treatment:

Put the postoperative instruments under running water to remove blood stains. This step can effectively remove blood and tissue residues on the surface.

Enzyme soaking or ultrasonic vibration:

Use enzyme soaking for more than 2 minutes, or combine ultrasonic vibration for cleaning. This step can further decompose organic matter and blood stains.

Thorough rinsing:

Rinse the instruments thoroughly with running water to ensure that all enzyme solutions and dirt are completely removed. Especially for delicate and sharp instruments, be especially careful to avoid damaging their surfaces by scrubbing with hard objects.

Classification and drying:

Classify and dry the instruments. Delicate and sharp instruments should be handled separately to prevent collisions and damage.

Inspection and oiling:

Check whether the instruments are clean and oil them to prevent rust and corrosion.

Packaging and storage:

Finally, package the instruments or store them in the instrument cabinet to ensure that they are in good condition for the next use.
In addition, the following points should be noted during use:

Prevention of sharp injuries:

Operating room nurses should wear appropriate protective equipment, such as gloves, goggles, etc., during the operation to avoid direct contact with sharp instruments.

Instrument selection and use skills:

Select appropriate surgical instruments according to specific surgical needs, and master the correct use methods. The correct use steps include checking whether the sheath is contracted, flushing the needle, and slowly pushing the needle.

Prevention of pressure injuries:

Adequate risk assessment should be carried out during the operation, and corresponding preventive measures should be taken, such as arranging the patient's position reasonably to avoid long-term local pressure.

Through the above steps and precautions, the damage of urological surgical instruments during use and handling can be effectively avoided, ensuring the safety and reliability of surgical instruments.

How to correctly select and use enzyme soaking and ultrasonic oscillation instruments to improve the success rate of urological surgery?

In order to improve the success rate of urological surgery, the correct selection and use of enzyme soaking and ultrasonic oscillation instruments is the key. The following are detailed steps and methods:

Classification and pretreatment:

Classify, mark and moisturize the instruments after use.

Removing blood stains under running water is a necessary step.

Enzyme soaking:

When using multi-enzyme cleaning effervescent tablets, mix 2 effervescent tablets with 3.8 liters of pure water (temperature not exceeding 60°C) and use it as ultrasonic cleaning solution, which needs to be replaced every day.
The soaking time in the enzyme solution generally ranges from 5 minutes to 2 minutes, and the specific time depends on the degree of contamination of the instrument.
The temperature is controlled below 45°C to ensure the activity and safety of the enzyme.
Ultrasonic vibration cleaning:

Put the instrument in the ultrasonic machine and soak it for 10 minutes, and then shake and clean it for 10 minutes.
For instruments with stubborn stains, the vibration time can be extended or the enzyme solution concentration can be increased.
During ultrasonic cleaning, the cleaning agent should be added in proportion, and the temperature and timing should be set, and the cleaning work can be started automatically.
Thorough rinsing and drying:

After soaking and shaking, rinse the instrument thoroughly with running water to remove residual enzyme solution and dirt.
Delicate and sharp instruments should be dried separately to avoid cross infection.
Inspection and packaging:

Check whether the instrument is clean and has no residue or stains.
Protect the surface of instruments by applying oil to prevent rust and store them in the instrument cabinet in a classified manner.

What are the best practices to minimize the risk of damage during the classified drying of urological surgical instruments?

To minimize the risk of damage during the classified drying of urological surgical instruments, the following best practices can be adopted:

Cleaning and disinfection:

Use an ultrasonic cleaner for initial cleaning, then thoroughly clean all surfaces with a nylon soft brush and rinse with running purified water for at least one minute.

Repeat the cleaning process at 93°C for at least 10 minutes and finally rinse with demineralized water. Inspect areas such as cannulas and tube holes for visible dirt and repeat the cleaning or manual cleaning if necessary.

Terminal sterilization:

Instruments must be terminally sterilized before use to ensure that there is no damage or wear.

The disinfection method can use steam or chemical disinfectants, and the time and temperature parameters vary depending on the type of disinfection, cycle design and packaging materials.

Drying process:

When drying, the temperature should not exceed 120°C.

The preferred dryer after the advanced disinfection method can provide faster drying speed in biological clean air.

If necessary, wipe with a lint-free cloth to ensure thorough drying.
Inspection and protection:

Visually inspect the instrument for damage or wear, and ensure that it is properly assembled with matching components and that hinged instruments can move smoothly.
For combinations consisting of multiple parts, verify that the entire assembly can work together properly.
When loading, use a dedicated or sterilized tray and ensure that the edges are protected.
Mechanical connection of equipment:

Arrange the equipment in the order of constant temperature immersion machine → ultrasonic cleaning machine → cleaning and disinfection machine → dryer. Use a conveyor belt to connect the equipment. The conveyor belt has an inclination of 10° to 15° to avoid excessive inclination causing the instrument to slip.

How to effectively prevent pressure injuries in urological surgery?

In order to effectively prevent pressure injuries in urological surgery, the following methods can be adopted:

Strengthen training and education: Improve the operating room nursing staff's knowledge, attitudes and preventive behaviors related to the prevention and treatment of pressure injuries. Through organizing training activities and learning activities, systematic training is carried out on the factors affecting pressure injuries in the operating room, prevention measures, common complications and emergency event handling methods.

Establish a monitoring and reporting system: Establish a complete monitoring and reporting system, clarify the monitoring indicators of intraoperative pressure injuries and report them in time.

Adjust the surgical position in time: According to the needs of the operation and the comfort of the patient, adjust the surgical position in time to reduce the pressure and damage to the local tissue.

Evidence-based nursing practice: Construct a prevention and management plan for pressure injuries in surgical patients based on evidence-based nursing, use tools such as AGREEⅡ and AMSTAR2 to evaluate the quality of literature, and ensure the scientificity and effectiveness of preventive measures.

Risk assessment and graded management: Conduct risk assessment before surgery, select appropriate assessment tools and timing, define risks and grade them, and implement corresponding preventive measures and management strategies.

Psychological support and communication: Relieve patients' negative emotions, strengthen understanding and cooperation, and reduce the incidence of pressure injuries.

What are the specific cleaning, disinfection and maintenance guidelines for different types of urological surgical instruments?

For different types of urological surgical instruments, the cleaning, disinfection and maintenance guidelines are as follows:

Stock liquid instruments: such as forceps, tweezers, curettes, etc., need to be thoroughly cleaned and disinfected before surgery. These instruments are usually treated with high-temperature steam or chemical disinfectants.

Washing instruments: such as surgical blades, needles, endoscopes, etc., need to be cleaned and disinfected. Such instruments can be sterilized using cassette sterilizers, low-temperature plasma sterilizers or glutaraldehyde sterilization methods. Before use, it is necessary to ensure that all parts have been completely cleaned and properly sterilized.

High-temperature steam instruments: such as electric knives, electric cutters, etc., need to be sterilized with high-temperature steam. Such instruments are usually treated with down-exhaust or pre-vacuum high-pressure steam sterilizers to ensure that the temperature reaches 121-126°C and is maintained for 30 minutes, thereby killing all bacteria, including bacterial spores with strong resistance.

Maintenance of equipment and instruments: Urology-specific surgical instruments and equipment need to be regularly maintained and repaired to ensure their normal function. When encountering equipment failure, you should calmly analyze the cause and find a solution. In addition, it is necessary to properly disinfect after each use to maintain a sterile working environment and prevent the spread of disease.

Disinfection principles: Regardless of the disinfection method used, the basic principles of concentration, time and temperature must be followed. For example, when sodium hypochlorite is used as an immersion disinfectant, its volatility and temperature sensitivity need to be noted. Therefore, a high-pressure resistant container should be selected and placed in a place away from direct sunlight and with good ventilation.

What specific protective measures should operating room nurses follow when using urological surgical instruments to avoid direct contact with sharp instruments?

When using urological surgical instruments, operating room nurses should follow the following specific protective measures to avoid direct contact with sharp instruments:

Wearing gloves and protective equipment: Nurses must wear double-layer latex gloves during the operation to ensure that their hands are fully protected. In addition, facial protective equipment such as goggles and hoods should be worn to prevent blood or body fluids from splashing into the eyes and face.

Non-contact transfer technology: Set up an intermediate area for placing and transferring sharp instruments to avoid directly transferring sharp instruments with hands. This method can effectively reduce the risk of occupational exposure.

Use safety equipment: Choose safety equipment with sharps protection devices, such as self-destructive syringes, closed needle-proof indwelling needles, etc., to isolate medical staff from contact with sharps as much as possible.

Standardized operation procedures: When handling used sharps, standard operations should be strictly followed, including timely wearing of needle caps, correct handling of contaminated items, etc. At the same time, it is forbidden to separate contaminated needles and syringes with both hands, and avoid direct contact with used needles with hands.

Strengthen education and training: Provide safety education and training for nursing staff so that they can master the application methods of various sharps and form a good sense of protection.

For more photos and details please contact me:
Company Name: Tonglu Wanhe Medical Instruments Co., Ltd.
Sales: Emma
Tel:+86 571 6991 5082
Mobile: +86 13685785706