Medical Devices

A pulsed lavage system is a medical device used for wound management and cleaning. It is designed to assist healthcare professionals in effectively cleaning and irrigating wounds, particularly chronic and acute wounds. The system usually consists of the following components:

1. Control Unit: This is the main unit of the system that houses the controls, settings, and interface. Healthcare professionals use the control unit to adjust parameters such as pulsation frequency, pressure, and fluid delivery.

2. Handpiece: The handpiece is the handheld device that delivers the pulsed fluid stream to the wound. It might have a trigger or button that allows the healthcare professional to control the delivery of the solution.

3. Fluid Delivery System: The system requires a sterile fluid solution, often saline, which is delivered through the handpiece to the wound site. The fluid helps flush away debris, contaminants, and bacteria from the wound.

4. Nozzles: Different nozzle attachments can be used with the handpiece to tailor the irrigation to the specific needs of different wounds. Nozzles might vary in shape, size, and pressure to accommodate various wound types and sizes.

5. Suction System (Optional): Some advanced pulsed lavage systems include a suction component to simultaneously remove the dislodged debris and excess fluid from the wound, enhancing the cleaning process.

6. Adjustable Parameters: Healthcare professionals can often adjust parameters such as pulsation frequency and pressure to suit the wound type and patient's condition.

7. Safety Features: Depending on the model, safety features might include pressure limits, alarms, and safeguards to prevent excessive pressure or fluid use.

8. Disposable Components: Many pulsed lavage systems use disposable components like tubing and nozzles to prevent cross-contamination between patients and reduce the risk of infection.

9. Portability: Some systems are designed to be portable, allowing for easy movement within healthcare facilities.

• Delivery Time: 4-5 Days
• Packaging Details: Standard package includes : 1 Hand piece (built-in alkaline battery pack) 1 Small cone tip 1 Coaxial canal tip 1 Cleaning rod

The ETHICON ENDO-SURGERY Generator combines advanced technology, multifunctionality and touchscreen simplicity. No matter what the procedure or which Ethicon Advanced Energy device you plan to use, the ETHICON ENDO-SURGERY Generator will be the only power source you’ll need.

The GEN11 Generator supplies energy to both HARMONIC and ENSEAL surgical instruments. The generator uses a touchscreen display interface and has a unique receptacle port that accepts either a HARMONIC or an ENSEAL instrument. Connectors (HGA11 for HARMONIC and EGA11 for ENSEAL) are used to enable the generator to power legacy instruments.
Generator provides radio frequency power to drive ENSEAL electrosurgical instruments that are used during open or laparoscopic general and gynecological surgery to cut and seal vessels and to cut, grasp, and dissect tissues. In addition, the generator provides power to drive HARMONIC ultrasonic surgical instruments that are indicated for soft tissue incisions when bleeding control and minimal thermal injury are desired.

• Delivery Time: 4-5 days

Ethicon Circular Stapler, specifically designed for gastrointestinal and colorectal surgical procedures. This stapler is employed to create circular anastomoses, which are connections between two segments of the intestines or other tubular structures.

Here's a general description of the Ethicon Circular Stapler:

Function: The circular stapler is used to join or reconnect two sections of the gastrointestinal tract, such as the small intestine or colon, after a surgical procedure or due to disease. It creates a circular staple line while also cutting the tissue between the staples, effectively creating a secure and sealed anastomosis (connection) between the two ends.

Design: The Ethicon Circular Stapler typically consists of a cartridge and an anvil. The cartridge contains the circular array of staples, and the anvil is the component against which the staples are formed.

Usage: During a surgical procedure, the surgeon places the anvil component of the stapler into one end of the divided intestine or organ, while the other end is inserted into the cartridge side. The stapler is then closed, which aligns the tissue properly and triggers the stapling mechanism.

Stapling Mechanism: Once the stapler is closed, a trigger mechanism is activated, causing the stapler to simultaneously deploy a circular row of staples and a knife blade that cuts the tissue between the rows of staples. This results in a clean division between the two ends and a circular row of staples securing the anastomosis.

Safety Features: Ethicon Circular Staplers often come with safety features to ensure proper closure, firing, and alignment before the staples are deployed. This minimizes the risk of complications.

Variants: Ethicon offers various models and sizes of circular staplers to accommodate different surgical scenarios and anatomical structures.

Clinical Use: Ethicon Circular Staplers are commonly used in surgeries involving colorectal diseases, bowel resections, anastomosis after tumor removal, and other gastrointestinal procedures where reconnection of organs is necessary.

It's important to note that medical devices and their descriptions can evolve over time due to advancements in technology and improvements in design. Therefore, for the most accurate and up-to-date information, it's recommended to consult the official Ethicon website or other reputable medical sources.

• Delivery Time: 4-5 Days

The LIGASKIN™ Skin Stapler is designed to be fired from multiple angles. It has an ejector spring that automatically disengages the staple to facilitate instrument removal in any direction.
The flat, dimpled staple top span is designed to ensure proper staple formation. To use the skin stapler properly squeeze the trigger completely and release. Do not pull or lift up the stapler when releasing the trigger. failure to completely squeeze the handle can result in incomplete staple formation and insuffucient wound approximation
Additional Information

• Packaging Details: 10Pieces/Box

The LIGASKIN™ Skin Stapler is designed to be fired from multiple angles. It has an ejector spring that automatically disengages the staple to facilitate instrument removal in any direction.
The flat, dimpled staple top span is designed to ensure proper staple formation. To use the skin stapler properly squeeze the trigger completely and release. Do not pull or lift up the stapler when releasing the trigger. failure to completely squeeze the handle can result in incomplete staple formation and insuffucient wound approximation
Additional Information

• Packaging Details: 10Pieces/Box

Our company has gained name and fame in presenting Linear Cutting Stapler With Single Use Loading Units.

Product Feature:
Integrated Gap Control

• Keeps Forks Parallel for a Consistent Staple Formation

New Knife With Every Firing

• Ensure Clean Cuts
• Reduces the Risk of Site Contamination & Tumor Metastasis

Ease of Use

• Two - Sided Firing Trigger
• Quick Release Button

Anti - Slip HandleNo Tissue Returning Button at The End of Cartridge

• Reduces Potential Tissue Damage when Closing the Device Safety
• White Safety Cover Prevents a Used - Cartridge from Being Fired
• The RLC has two double staggered row of titanium stapler, It can be reloaded 7 times for a total of 8 firing per device.
  
  Features & Benefits : » New knife blade with each firing,Ensures smooth, precise and safe cutting performance while reducing the possibility of tumor metastasis. » Tissue Gap Control Mechanism,Ensures consistent staple formation from the proximal end to the distal end. » Longer staple line than cutting edge, Prevents blood leakage » Protect the medical staff from blade cutting; prevent loading or firing used loading unit. » Double-side firing knob,Can be fired from either side, more convenient to operate. » Shortcut release button, may easily and quickly open the forks. 

• Delivery Time: 4-5 Days

We have carved a niche amongst the most trusted names in this business, engaged in offering a comprehensive range of Endo Linear Cutting Stapler.

Product Feature:
New Knife with every firing

• Ensures clean cut
• Reduces the risk of rate Contamination

Universal Handle for all Reloads (SULUs)

• Improves OR efficiency and reduces inventory cost

Upto 45 degrees of articulation in either direction

• Provides more flexibility and improves access to difficult areas

Dotted surface reloads

• Increase the clamp force and reduces tissue slippage during firing

• Delivery Time: 4-5 days

A pulsed lavage system is a medical device used for wound management and cleaning. It is designed to assist healthcare professionals in effectively cleaning and irrigating wounds, particularly chronic and acute wounds. The system usually consists of the following components:

1. Control Unit: This is the main unit of the system that houses the controls, settings, and interface. Healthcare professionals use the control unit to adjust parameters such as pulsation frequency, pressure, and fluid delivery.

2. Handpiece: The handpiece is the handheld device that delivers the pulsed fluid stream to the wound. It might have a trigger or button that allows the healthcare professional to control the delivery of the solution.

3. Fluid Delivery System: The system requires a sterile fluid solution, often saline, which is delivered through the handpiece to the wound site. The fluid helps flush away debris, contaminants, and bacteria from the wound.

4. Nozzles: Different nozzle attachments can be used with the handpiece to tailor the irrigation to the specific needs of different wounds. Nozzles might vary in shape, size, and pressure to accommodate various wound types and sizes.

5. Suction System (Optional): Some advanced pulsed lavage systems include a suction component to simultaneously remove the dislodged debris and excess fluid from the wound, enhancing the cleaning process.

6. Adjustable Parameters: Healthcare professionals can often adjust parameters such as pulsation frequency and pressure to suit the wound type and patient's condition.

7. Safety Features: Depending on the model, safety features might include pressure limits, alarms, and safeguards to prevent excessive pressure or fluid use.

8. Disposable Components: Many pulsed lavage systems use disposable components like tubing and nozzles to prevent cross-contamination between patients and reduce the risk of infection.

9. Portability: Some systems are designed to be portable, allowing for easy movement within healthcare facilities.

• Delivery Time: 4-5 Days
• Packaging Details: Standard package includes : 1 Hand piece (built-in alkaline battery pack) 1 Small cone tip 1 Coaxial canal tip 1 Cleaning rod

A pulsed lavage system is a medical device used for wound management and cleaning. It is designed to assist healthcare professionals in effectively cleaning and irrigating wounds, particularly chronic and acute wounds. The system usually consists of the following components:

1. Control Unit: This is the main unit of the system that houses the controls, settings, and interface. Healthcare professionals use the control unit to adjust parameters such as pulsation frequency, pressure, and fluid delivery.

2. Handpiece: The handpiece is the handheld device that delivers the pulsed fluid stream to the wound. It might have a trigger or button that allows the healthcare professional to control the delivery of the solution.

3. Fluid Delivery System: The system requires a sterile fluid solution, often saline, which is delivered through the handpiece to the wound site. The fluid helps flush away debris, contaminants, and bacteria from the wound.

4. Nozzles: Different nozzle attachments can be used with the handpiece to tailor the irrigation to the specific needs of different wounds. Nozzles might vary in shape, size, and pressure to accommodate various wound types and sizes.

5. Suction System (Optional): Some advanced pulsed lavage systems include a suction component to simultaneously remove the dislodged debris and excess fluid from the wound, enhancing the cleaning process.

6. Adjustable Parameters: Healthcare professionals can often adjust parameters such as pulsation frequency and pressure to suit the wound type and patient's condition.

7. Safety Features: Depending on the model, safety features might include pressure limits, alarms, and safeguards to prevent excessive pressure or fluid use.

8. Disposable Components: Many pulsed lavage systems use disposable components like tubing and nozzles to prevent cross-contamination between patients and reduce the risk of infection.

9. Portability: Some systems are designed to be portable, allowing for easy movement within healthcare facilities.

• Delivery Time: 4-5 Days
• Packaging Details: Standard package includes : 1 Hand piece (built-in alkaline battery pack) 1 Small cone tip 1 Coaxial canal tip 1 Cleaning rod

The Sound Reach™ ultrasonic scalpel system platform takes a giant leap forward. The 8000 generator features a brand new distinctive design and unique features that transforms the way surgery is performed. With advanced features like

Features:

· Low Initial Investment

· Low Operating Cost

· No Counter in Transducer/Handpiece

· Detachable Cable from Transducer/Handpiece

· No Separate Transducer/Handpiece required for OPEN & LAPAROSCOPIC Shear/Probe.

· Low Price Shear/Probe.

· Shear/Probe Compatible with Existing Ethicon Harmonic Machine.

· Design and Technology from USA.

· User Friendly.

 

Advantages:

Dissection, cutting and coagulation in a single device.
Increase quickness and efficiency in surgery, minimizing the need to change instruments.

No electricity flow through patient or medical practitioners.
Provides safety during surgery.

Minimal thermal spread
Reduces damage to adjacent tissue and organs.

Reliable and secure vessel sealing across a wide range of vessels.
Reduce the number of surgical devices needed to achieve haemostasis.

One-handed activation and rotation
Make it easy to use for surgeons.

Same transducer for all shear sizes
Reduces costs.

Shears compatible with other platforms
Provides savings and creates more value.

• Delivery Time: 4-5 days
• Packaging Details: 1. Ultrasonic Scalpel Generator CSUS8000 2. Ultrasonic Scalpel Transducer (TRA6) 3. Ultrasonic Scalpel Foot Switch (FSW2) 4. Laparoscopic Curved Shear CH36PD 5. H. Scalp probe

A compact turbine driven ventilator with multi-function, covers thenon-invasive and invasive ventilation, and is suitable for treatmentof most patient type. LYRA x1 is versatile throughout hospital andtransport. Comprehensive ventilating modes, including APRV, PRVC,NIV are available for all your demands and for all type of patients fromneonatal to adult.A collapsible high-resolution touch-screen display makes LYRA x1 mountedon a trolley your choice for ICU applications, as well as a high performanceventilator throughout hospital and transport.

• Delivery Time: 3-4 Days

The HARMONIC™ Hand Piece, when used in conjunction with the HARMONIC™ Instruments, is indicated for soft tissue incisions when bleeding control and minimal thermal injury are desired. The instruments can be used as an adjunct to or substitute for electrosurgery, lasers, and steel scalpels.

• Delivery Time: 4-5 Days

The ETHICON™ Linear Cutter delivers six staggered rows of staples, three on either side of the cut line, in open surgical procedures. To meet the unique needs of each patient, three different closed staple heights may be selected using a single staple reload. Colectomy, Small Bowel Resection, Gastrectomy, Lobectomy, Wedge Resection Gastrointestinal, Gynecologic, Thoracic, Pediatric Innovative 3D Stapling Technology is designed to produce more uniform tissue compression to reduce the risk of leaks or bleeding through the staple line. With innovative 3D stapling technology helped reduce the risk of staple line leakage compared to the Auto Suture DST Series GIA™.

• Delivery Time: 4-5 Days

The BMC ResPro series non-invasive Bi-level ventilatorhas been designed highly integrated with twin turbinemotor, with its high flow and non-invasive mode, canmeet the more needs of clinical treatment.

The high flow mode provides a maximum of 80L / min ofair/oxygen mixtures, the oxygen concentration settingautomatically, and exclusive patented AutoFlow function andSmartFlow function.In Bi-level non-invasive mode, the max. IPAP can reach50cmH2O and target oxygen concentration can be set.The specifically design of disinfection-free, the backflowprevention valve on humidifier chamber to prevent gasbackflow, make the maintenance much more convenient.

Non-invasive mode

50 hPa high intensive therapy: provide pressure support of up to 50 hPa to meet the needs of high intensive therapyControllable tubing temperature: can be set off, adjustable from 18 to 30°CFull-mode pressure titration: with all basic modes of non-invasive ventilatorRespiratory rate: 3 ~ 60 times / min adjustableRespiration trigger sensitivity: up to 8 levels of breath trigger sensitivity, adjusted at any time as neededTarget tidal volume function: Automatically controls the treatment intensity based on the patient's tidal volume changes,more intelligent

-Support all sizes of syringes from 2ml to 60ml
- Flow Accuracy +-2%
- Keyboard input, easy configure

Power Adapter
External power supply to reduce risk of power module overheating

Information
Download setting and upload therapy data via WIFI

Language
Multiple languages supported

• Delivery Time: 3-4 Days

• 10" Touch Screen Compact Control Panel.
• Semi Fluoro Mode , Fluoro Mode, Boost Mode,ABS Mode, Pulse Mode and Radiography Mode Present.
• IRIS Collimator Feature present (Optional).
• Better clinical care with low dose fluoroscopy.
• 16 bit High Dynamic Range and low noise circuit design.
• Smart ABS technology for stable continuous imaging.
• Control Panel integrated with Memory Unit forbetter functioning. 

• Delivery Time: 3-4 Days