APR Lifecare

The laparoscopic myoma screw is a surgical instrument used during laparoscopic myomectomy, a procedure to remove uterine fibroids (also known as myomas) through small incisions in the abdomen. The myoma screw is designed to hold and manipulate the fibroid during the procedure, providing stability and facilitating its removal.Here's how the laparoscopic myoma screw is typically used:1. Insertion: The laparoscopic myoma screw is inserted into the fibroid through a small incision in the abdomen. The screw is usually made of stainless steel or titanium and has a pointed tip with a thread-like structure, allowing it to be screwed into the fibroid.2. Screw placement: The surgeon carefully screws the myoma screw into the fibroid, ensuring a secure grip. The screw's design provides stability and allows the surgeon to manipulate the fibroid, keeping it in place during the procedure.3. Manipulation: Once the myoma screw is securely in place, the surgeon can manipulate the fibroid by gently pulling or rotating it. This manipulation allows for better visualization and access to the fibroid, making it easier to perform the myomectomy.4. Fibroid removal: With the myoma screw holding the fibroid in place, the surgeon can proceed with the removal of the fibroid. This can be done through various techniques, such as cutting the fibroid into smaller pieces for extraction or using an electrical device to shave or vaporize the fibroid.5. Screw removal: After the fibroid is successfully removed, the myoma screw is unscrewed and removed from the fibroid. Depending on the surgeon's preference, the incision used for inserting the screw may be closed with sutures or left to heal naturally.

The Laparoscopic Bipolar Maryland Grasper Forceps are precision surgical instruments used in minimally invasive procedures for tissue dissection, grasping, and coagulation. Combining the functionality of a Maryland dissector with bipolar energy capability, these forceps ensure effective hemostasis and atraumatic handling of delicate tissues.

Key Features:

• Type: Bipolar Maryland Grasper

• Material: High-grade medical stainless steel with insulated coating

• Functionality: Cutting, coagulating, and tissue manipulation

• Shaft Diameter: 5 mm

• Working Length: 330 mm (standard), customizable

The APR Lifecare laparoscopic tenaculum grasper is a specialized surgical instrument designed for use in laparoscopic procedures. Its long, slender shaft features a curved or angled tip and a handle that allows surgeons to grasp, hold, manipulate, and retract tissues effectively. Overview of the Tenaculum Grasper Functionality: The tenaculum is essentially a type of forceps, characterized by its sharp-pointed hook, which is specifically designed to seize and hold anatomical structures like blood vessels during surgery. Common Applications of Laparoscopic Tenaculum Graspers1. Tissue Manipulation: These graspers excel in grasping and maneuvering various tissues within the surgical area. This includes holding organs or blood vessels to enhance exposure and visualization for the surgeon.2. Tissue Retraction: In laparoscopic surgery, tenaculum graspers can gently retract tissues, creating a clear working space and facilitating access to targeted anatomical regions.3. Suturing and Knot Tying: The instrument is useful in laparoscopic suturing, as its curved or angled tip allows for better control when holding sutures, making precise placement and knot tying more manageable.4. Hemostasis: Tenaculum graspers can temporarily occlude bleeding vessels or tissues, providing essential control for achieving hemostasis before further surgical interventions.5. Grasping and Removing Small Structures: These graspers are ideal for securely holding and extracting small tissue fragments, specimens, or foreign bodies, ensuring safe removal without damaging surrounding areas.6. Tissue Dissection: In certain scenarios, the tenaculum grasper can aid in tissue dissection, using its tip to gently separate and dissect tissues, thereby assisting the overall surgical process.The laparoscopic tenaculum grasper is a versatile tool, crucial for enhancing the precision and safety of various surgical procedures.

APR Lifecare supplying the Richard Wolf Ureterorenoscope  Size of 6/ 7.5. Degree of 5, the irrigation and instrument channel size is 4.2 Fr For Use the 6 Fr Forceps are used in the Ureterorenoscope. The richard Wolf Ureterorenoscope is made in Stainless Steel Material.Richard Wolf Ureterorenoscope Working length is 430 mm. And The total legnth is 600 mm.

o Stone therapy with laser, ultrasound, electrohydraulic or ballistic lithotripsyo Rigid accessory instruments can be used through the straight instrument channelo Use of flexible accessory instruments or two different instruments such as laser fiber orelectrohydraulic probe and stone baskets to stabilize and retrieve the concrement

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Ureterorenoscopio Richard Wolf, Ureterorenoscopio 6/7,5 Fr, Endoscopio de urología, Equipo de ureteroscopia, Urología Richard Wolf, Ureteroscopio 6/7,5 Fr, Urología mínimamente invasiva, Instrumento de ureterorenoscopio, Cirugía ureteroscópica, Dispositivo médico de urología, Ureterorenoscopio flexible.

Electrosurgical pencils, also known as CAUTERY PENCILS are used during electrosurgery procedures. They are used to cut biological tissue and control bleeding through Radio Frequency Alternating Current (RFAC).
Instruction of use:
- Use an aseptic technique when removing a single-use ESU pencil form pouch.
- Check electrode connections for a secure fit. If the electrode changes. Ensure that the electrode is fully inserted. Remove the protective sleeve from the electrode.
- Plug the pencil connector into the socket of the Electrosurgical Generator.
- To active cut mode. Depress the CUT switch. To activate coag mode, depress the COAG switch.
- Ensure that responds correctly.
- Please check the expiration date before use.
Caution:
- Sterility is guaranteed unless the package is damaged or the seal is broken.
- This is a monopole active instrument. Before use, a dispersive electrode must be properly applied to the patient.
- Production and expiration dates are on the bag.

Crown Bipolar TUR Vessel Sealing System

Specifications

Application :Veterinary Purpose

Dimension :260 (l) mm x 290 (w) mm x 105 (h) mm

Power :220V±22V, 50Hz±1Hz(110V±11V, 60Hz)

Operating Frequency :512KHz

Power Rating :880VA±10%

We have introduced in the market an effective solution to control the risk of TURP syndrome in patients with our new technology Crown Bipolar-TUR. Ideal for microsurgeries that use controlled electrical current for cutting of tissue, this equipment simultaneously carries out coagulation process.

Features

User friendly

Light weight

Tropicalised

Energy efficient

Ideal for micro surgeries

Highly preferred for under water surgeries

Applications

Cystectomy

Gastrectomy

Gastric bypass

Hemorrhoidectomy

Salpingo-oophorectomy

Vaginal hysterectomy

Abdominal hysterectomy

Lap-assisted vaginal hysterectomy (LAVH)

Monopolar Cut

Pure cut: 1W~300W( Load 800Ω)

Blend1: 1W~250W(Load 800Ω)

Blend2: 1W~150W(Load 800Ω)

Description

Mirus Merrilin Skin Stapler is a medical device surgical instrument designed for quick and effective wound closure. It is widely used in surgical procedures to close skin incisions with precision and minimal trauma. 

The stapler ensures a secure and uniform closure, reducing procedure time and promoting faster healing. Its ergonomic design allows for a comfortable grip, enabling surgeons to apply consistent pressure for optimal results.

It made from medical-grade materials, for smooth operation and reliability. It provides firm staple placement, minimizing the risk of wound complications.  A preloaded staple cartridge ensures ease of use, making it a preferred choice for healthcare professionals. This stapler is an essential tool in surgical settings, ensuring efficient, safe, and hygienic wound closure.

Benefits of Mirus Skin Stapler:

Ensures quick and effective wound closure with minimal trauma.

Provides a secure and uniform closure for better healing outcomes.

Ergonomic design allows for a comfortable grip and easy handling.

It is made from high-quality medical-grade materials for durability and safety.

Preloaded staple cartridges ensure convenience and efficiency in procedures.

Minimizes procedure time and enhances surgical efficiency.

Reduces the risk of wound complications by providing firm staple placement.

Ideal for use in various surgical settings for reliable skin closure.

Safety Information: 

Do not use the package if it is damaged.

Do not resterilize. 

Keep far from children.

Store in a cool, dry place.

Bipolar TURP Procedure is an advanced technique to remove prostate by Bipolar Resectoscope SET.
Distension media is a saline solution (NaCl) that is mainly used in urology for prostate and bladder resection, by Bipolar Resectoscope SET.
Advantages of Bipolar Resectoscope SET:
More effective compare to Monopolar TURP SET.
Recovery very fast & Less hospitalization.
Continuous flow sheath 26Fr./24Fr.
Additional alternative to monopolar resection.
Achieve outstanding cutting power.
Greater patient safety.
Minimal in-depth thermal damage.
Designed to provide excellent utility

Casters: The trolley is equipped with casters that allow it to be easily moved around the operating room as needed.

Size: The size of a laparoscopic trolley may vary, depending on the specific requirements of the surgical team and the operating room. Some models are designed to be compact and easily maneuverable, while others may be larger and more substantial.

Shelves: A laparoscopic trolley typically has multiple shelves or trays that provide ample space for holding and organizing laparoscopic instruments and other surgical equipment.

Rails: The trolley may be equipped with rails or hooks that can be used to securely hold laparoscopic instruments in place during transport.

Locking mechanism: A locking mechanism is provided to secure the instruments in place during transport, ensuring that they do not shift or fall off the trolley.

Organizing instruments: The trolley provides a convenient and organized way to store laparoscopic instruments during the procedure, ensuring that they are readily accessible to the surgical team.

Ensuring sterility: A laparoscopic trolley is designed to maintain the sterility of the instruments during transport and storage, reducing the risk of infection and contamination.

Increasing efficiency: By providing a centralized location for storing and organizing instruments, a laparoscopic trolley can help to increase the efficiency of the surgical team, allowing them to focus on the task at hand.

Reducing fatigue: A laparoscopic trolley can help to reduce the physical strain on the surgical team by eliminating the need to carry heavy instruments around the operating room.

A Suprapubic SPC (suprapubic cystostomy) trocar is a medical instrument used in urology for a specific procedure called suprapubic cystostomy. This procedure involves creating a surgical opening in the abdominal wall and urinary bladder to provide a route for urine drainage when the normal urinary pathway is obstructed or impaired. Here are the primary uses of a Suprapubic SPC trocar:Suprapubic Cystostomy: The main use of a Suprapubic SPC trocar is to create a suprapubic cystostomy tract. This involves making an incision in the lower abdomen, usually just above the pubic bone, and then using the trocar to puncture the urinary bladder. This procedure is typically performed when a patient has a urinary obstruction, neurogenic bladder dysfunction, urinary retention, or other urinary issues that require an alternative means of urine drainage.Urine Drainage: After the suprapubic cystostomy tract is established, a catheter is inserted through the tract into the bladder. This catheter allows continuous urine drainage directly from the bladder through the abdominal wall, bypassing the urethra. Suprapubic catheters are used to relieve urinary retention, manage urinary incontinence, and facilitate bladder emptying when conventional catheterization methods are not feasible or appropriate.Temporary or Permanent Solution: Suprapubic cystostomy can be a temporary or permanent solution, depending on the patient's condition. It may be used as a short-term measure while treating the underlying cause of urinary obstruction or as a long-term solution when other methods of bladder drainage are not possible.Diagnostic Procedures: In some cases, a Suprapubic SPC trocar may be used diagnostically to obtain a urine sample directly from the bladder, especially when other methods like urethral catheterization are not feasible or when specific diagnostic tests require uncontaminated urine.Urological Surgery: Suprapubic cystostomy may also be performed as part of more extensive urological surgeries, such as bladder surgery, prostatectomy, or gynecological procedures, to provide temporary or permanent urinary diversion and drainage.The use of a Suprapubic SPC trocar requires careful medical evaluation, sterile technique, and skill to minimize the risk of complications, including infection or injury. The trocar allows for a controlled and safe entry into the bladder through the abdominal wall, providing a reliable means of urine drainage when it is medically necessary. The decision to perform a suprapubic cystostomy and the use of a Suprapubic SPC trocar should be made by a urologist or a trained medical professional based on the patient's specific clinical needs.

All types of model available for electro surgical unit

• Combines Features:Hybrid working elements in urology often utilize a rotating double sheath system allowing for 360° rotation of the working element, providing greater freedom of movement and maneuverability during surgery.
• Irrigation:They may feature continuous irrigation to maintain a clear view during procedures.
• Flexibility:
• • These elements can be used for both monopolar and bipolar resection, depending on the specific needs of the procedure. 
  Benefits of Hybrid Elements in TURP:
  • Improved Control:The ability to rotate the working element independently of the sheath offers greater precision and control during tissue resection. 
  • Less Blood Loss:Bipolar technology, a key component of hybrid elements, can potentially minimize blood loss compared to traditional monopolar techniques. 
  • Enhanced Visibility:Continuous irrigation ensures a clear view of the operative field throughout the procedure. 
  • Versatility:Hybrid elements can be used with various resectoscopes and compatible with different endoscopic equipment.