Esophageal Stenting – Restoring Swallowing Function with Precision Care

Introduction to Esophageal Stenting Procedure

Esophageal stenting is a medical procedure used to open a blocked or narrowed esophagus. It involves placing a tube called a stent to keep the esophagus open for easier swallowing. This procedure helps patients who have difficulty eating or drinking due to esophageal problems.

Procedure Details of Esophageal Stenting

Esophageal stenting is usually done using an endoscope, a flexible tube with a camera, to guide the placement of the stent. The stent is a small, expandable mesh tube made of metal or plastic. It is positioned across the narrowed or blocked section of the esophagus to widen it and allow food and liquids to pass. The procedure is often done under sedation or light anesthesia to keep the patient comfortable. Doctors use X-rays or fluoroscopy during the procedure to ensure the stent is correctly placed. The stent remains inside the esophagus and provides support to prevent collapse or obstruction.

When and Why Esophageal Stenting is Necessary

• To relieve swallowing difficulties caused by esophageal cancer.
• To treat strictures or narrowing from benign conditions like scarring or inflammation.
• To manage leaks or perforations in the esophagus after surgery or injury.
• To improve quality of life when other treatments cannot fully open the esophagus.

Essential Products for Esophageal Stenting

1. Self-expanding metal stents (SEMS)
2. Self-expanding plastic stents (SEPS)
3. Endoscopic delivery systems
4. Guidewires
5. Fluoroscopy machines
6. Sedation and anesthesia drugs
7. Balloon dilators (for pre-stent dilation)
8. Contrast media (for imaging)
9. Endoscopic cameras and scopes
10. Sterile gloves and surgical drapes

Countries with the Highest Volume of Esophageal Stenting

• United States
• Germany
• Japan
• South Korea
• United Kingdom

Positive Outcomes of Esophageal Stenting

• Provides rapid relief of dysphagia (difficulty swallowing).
• Minimally invasive compared to open surgery, reducing recovery time.
• Helps maintain nutritional intake and hydration.
• Can be used as a palliative treatment for advanced esophageal cancer.
• Reduces the risk of aspiration and related respiratory complications.

Advin Health Care is a leading manufacturer of esophageal stenting related products, providing high-quality stents and endoscopic tools used worldwide.

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Introduction to Introducing Needle – Precision for Initial Access Procedures

The Introducing Needle is a specialized medical device designed to provide initial percutaneous access to target organs and cavities during urological and interventional procedures. It allows smooth introduction of a guidewire into the body for subsequent dilation, catheter placement, or stent insertion. With its sharp beveled tip and thin-wall design, the Introducing Needle ensures precise puncture with minimal trauma.

Development & Evolution – Advancements in Initial Puncture & Access Needles

The Introducing Needle has been a key device in urology, radiology, and interventional surgery for decades. Originally developed for safe guidewire introduction during nephrostomy and PCNL procedures, it has now become an essential tool in various diagnostic and therapeutic interventions worldwide.

Brief Overview – Role of Introducing Needle in Urological & Interventional Surgeries

The Introducing Needle provides safe and effective initial percutaneous access for guidewire placement during urological and interventional procedures.

Clinical Applications – PCN, Cyst Aspiration, and Percutaneous Access

• Percutaneous Nephrostomy (PCN)
• Percutaneous Nephrolithotomy (PCNL)
• Urological Access Procedures
• Interventional Radiology Access
• Catheter and Stent Placement
• Diagnostic Punctures (Kidney, Urinary Tract, Liver)

How to Use – Step-by-Step Guidelines for Safe Insertion & Handling

1. Select appropriate size (gauge and length) of Introducing Needle.
2. Under ultrasound or fluoroscopic guidance, insert the needle into the target organ/cavity.
3. Confirm placement by aspiration of urine, bile, or diagnostic fluid.
4. Insert the guidewire smoothly through the needle lumen.
5. Remove the needle while leaving the guidewire in place for further dilation or catheter/stent placement.
6. Dispose of the needle properly after single use.

Market Trends – Growing Use in Endourology & Image-Guided Surgeries

The Introducing Needle is in steady global demand due to the rising number of kidney stone cases, urinary tract disorders, and interventional radiology procedures. Hospitals and surgical centers increasingly prefer minimally invasive procedures, making this device a must-have tool for urologists and interventional radiologists.

Also Known As – Initial Puncture Needle, Access Needle, IP Needle

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Advin Introducing Needle – Sizes, Specifications & Unique Features

• Reliable Access for Blood Infusion & Withdrawal
• Advin Health Care’s Introducing Needle is manufactured with precision engineering for safe, accurate, and minimally traumatic percutaneous access. It features a sharp beveled tip, thin-wall stainless steel construction, radiopaque visibility, and smooth inner lumen for effortless guidewire introduction.
• The Introducing Needle is designed for safe and efficient infusion or withdrawal of blood from veins. Its Y-shaped obtuse needle valve minimizes blood loss and ensures precise control of fluid flow. Made from high-quality stainless steel, it provides smooth insertion and reliable performance during medical procedures.

Advanced Features

• Disposable & Sterile – Prevents cross-contamination
• Smooth Surface – Allows easy and painless insertion
• Durable Stainless Steel – Ensures strength and reliability
• Wide Inner Lumen – Provides sufficient space to pass guide wires
• Individually Packaged – Ready for single-use application

Available Options

• Square Hub
• Y-Shape Connector

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Cardiac Biopsy Introduction

A cardiac biopsy is a medical procedure where a small piece of heart tissue is taken for examination. It is usually done to check for diseases affecting the heart muscle. The sample helps doctors study the heart at a microscopic level for accurate diagnosis.

Precision Approach in Cardiac Biopsy

During a cardiac biopsy, doctors use a thin, flexible tube called a catheter, which is guided into the heart through a vein, often in the neck or groin. A special tool called a bioptome is used at the tip of the catheter to take tiny samples of heart tissue. The procedure is usually performed under local anesthesia with imaging guidance for accuracy. The collected tissue is carefully preserved and sent to a laboratory for microscopic analysis. This test helps identify changes in heart muscle structure, inflammation, or infection. It is considered a safe and reliable technique when performed by experienced specialists.

Why It’s Done?

• To diagnose unexplained heart failure.
• To detect heart transplant rejection.
• To identify infections such as myocarditis.
• To study certain rare heart muscle diseases.

Products Related to Cardiac Biopsy

1. Bioptome (Endomyocardial Biopsy Forceps)
2. Introducer Sheath
3. Guiding Catheter
4. Transradial Sheath
5. Hemostatic Valve
6. Syringes and Needles
7. Contrast Media Injector
8. Imaging Catheter (for fluoroscopic guidance)
9. Radial Compressor Band
10. Sterile Drapes and Surgical Pack

Top 5 Countries of Cardiac Biopsy

• United States
• Germany
• Japan
• United Kingdom
• India

Cardiac Biopsy Benefits

• Provides highly accurate tissue-level diagnosis.
• Detects heart transplant rejection at an early stage.
• Helps guide treatment for myocarditis and cardiomyopathy.
• Differentiates between types of heart muscle damage.
• Improves long-term outcomes by enabling personalized treatment plans.

Advin Health Care is a trusted manufacturer of high-quality Cardiac Biopsy related products, supporting hospitals and cardiac centers worldwide with safe and reliable devices.

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Introduction to Chiba Needles – Precision Tools for Diagnostic & Interventional Procedures

The Chiba Needle is a fine, flexible puncture needle widely used in diagnostic and interventional radiology, urology, and oncology. It is primarily designed for percutaneous access, biopsy procedures, and drainage interventions under fluoroscopic or ultrasound guidance. The Chiba needle’s thin-wall design allows smooth guidewire insertion, while its sharp beveled tip ensures precise, atraumatic puncture.

Development & Evolution – Advancements in Fine Needle Aspiration & Biopsy Techniques

The Chiba Needle was first introduced in Japan for percutaneous transhepatic cholangiography (PTC). Over time, its high precision and minimal invasiveness made it a global standard for percutaneous access in a wide range of procedures, including nephrostomy, abscess drainage, and interventional radiology.

Brief Overview – Why Chiba Needles Are Widely Used in Radiology and Urology

The Chiba Needle provides safe, accurate, and minimally traumatic percutaneous access for guidewire placement, diagnostic aspirations, and interventional procedures.

Clinical Applications – Role in Biopsy, PCN (Percutaneous Nephrostomy), and Cytology

• Percutaneous Nephrostomy (PCN)
• Percutaneous Nephrolithotomy (PCNL)
• Biopsy Procedures (Liver, Kidney, Lung)
• Percutaneous Transhepatic Cholangiography (PTC)
• Abscess Drainage
• Interventional Radiology Access Procedures
• Urology Diagnostic Access

Also Known As – Fine Aspiration Needle, Percutaneous Access Needle

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Frequently Paired With – Syringes, PCN Catheters, and Biopsy Guns

• Guide Wire (Zebra, Hydrophilic, PTFE, Nitinol)
• Fascial Dilator Set
• Amplatz Dilator Set
• PCN Catheter / Nephrostomy Catheter
• Ureteral Access Sheath
• C-Arm / Ultrasound Machine

How to Use – Safe Insertion & Handling Guidelines for Optimal Results

1. Select the appropriate gauge and length of Chiba Needle.
2. Under fluoroscopic or ultrasound guidance, advance the needle towards the target organ/cavity.
3. Confirm correct placement via aspiration of bile, urine, or other fluids (depending on procedure).
4. Introduce a guidewire through the needle lumen if further dilation or catheter placement is required.
5. Withdraw the needle carefully while leaving the guidewire in place.
6. Follow sterile technique and dispose of single-use needles appropriately.

Advin Chiba Needle – Specifications, Gauge Options & Unique Features

• Universal Needle for Multiple Percutaneous Applications
• Advin Health Care’s Chiba Needle is designed for safe, accurate, and minimally traumatic puncture in interventional procedures. Manufactured with precision, it features a sharp beveled tip, thin-wall construction, radiopaque markers, and smooth internal lumen for seamless guidewire insertion, ensuring superior clinical outcomes in both diagnostic and therapeutic procedures.
• The Chiba Needle is a versatile instrument widely used in percutaneous nephrostomy procedures, cytological biopsies, needle aspirations, thoracentesis, exploratory punctures, and contrast dye injections. Its sharp design allows smooth penetration, accurate targeting, and minimal tissue trauma, making it a trusted choice for diagnostic and therapeutic procedures.

Advanced Features

• Disposable & Sterile – Prevents risk of cross-contamination
• One-Handed Operation – User-friendly handling for clinical efficiency
• Sharp Needle Tip – Enables painless, precise puncture
• Deep Access – Reaches target points without unwanted deviation
• Individually Packaged – Ready-to-use sterile pack

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Aortic Dissection Repair Introduction

Aortic dissection repair is a surgery to fix a tear in the wall of the aorta, the body’s main blood vessel. This condition is life-threatening and requires urgent treatment. The surgery aims to restore normal blood flow and prevent rupture.

Restoring the Aorta – Surgical Method of Aortic Dissection Repair

Aortic dissection repair is usually done through open-heart surgery or an endovascular approach. In open repair, the surgeon removes the damaged section of the aorta and replaces it with a synthetic graft. In the endovascular method, a stent-graft is inserted through a blood vessel to seal the tear without fully opening the chest. Advanced imaging tools guide the placement of grafts and ensure precision. The choice of method depends on the location and type of dissection. Both techniques focus on stabilizing the aorta and protecting vital organs from reduced blood supply.

Why it’s done?

• To treat acute aortic dissection, which can quickly become fatal if untreated.
• To prevent rupture of the aorta that can cause massive internal bleeding.
• To restore proper blood flow to vital organs such as the brain, kidneys, and heart.
• To reduce the risk of long-term complications like aneurysms or chronic dissections.

Products Related to Aortic Dissection Repair

1. Aortic Stent Graft
2. Synthetic Vascular Graft
3. Introducer Sheaths
4. Aortic Punch Instruments
5. Endovascular Guidewires
6. Vascular Clamps
7. Vascular Sutures
8. Hemostatic Clips
9. Aortic Cannula
10. Surgical Scissors & Forceps

Top 5 Countries of Aortic Dissection Repair

• United States
• Germany
• Japan
• United Kingdom
• China

Aortic Dissection Repair Benefits

• Prevents sudden death by stopping rupture of the aorta.
• Improves long-term survival rates after an aortic dissection.
• Restores stable blood circulation to major organs.
• Reduces risk of further complications like stroke, kidney failure, or heart damage.
• Offers lasting structural support to the weakened part of the aorta.

Advin Health Care is a leading manufacturer of Aortic Dissection Repair related products, delivering high-quality instruments and devices to support safe and effective cardiac surgeries.

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Introduction to Automatic Biopsy Gun – Redefining Accuracy in Biopsy Procedures

The Initial Puncture Needle is a specialized medical device designed to provide the first access to targeted body cavities or organs during minimally invasive procedures. It is commonly used in urology, nephrology, interventional radiology, and endourology to create an entry pathway for guidewires, dilators, and catheters. With a sharp beveled tip and ergonomic design, it ensures safe, controlled, and precise puncture with minimal tissue trauma.

Development & Evolution – From Manual to Fully Automatic Biopsy Technology

Early access techniques for nephrostomy or PCNL involved improvised tools that often caused tissue damage and increased complications. The development of the Initial Puncture Needle revolutionized access procedures by providing a safe, sterile, and precise device to puncture and place a guidewire, which serves as the foundation for subsequent interventions.

Brief Overview – High-Speed, Reliable, and User-Friendly Biopsy Device

Advin Health Care’s Initial Puncture Needle provides safe, accurate, and minimally traumatic entry for guidewire placement in urological and radiological procedures.

Clinical Applications – Suitable for Soft Tissue, Breast, Prostate, Kidney, Liver & Lung Biopsies

• Percutaneous Nephrolithotomy (PCNL)
• Nephrostomy Procedures
• Urology Diagnostic Access
• Interventional Radiology Access Procedures
• Kidney Stone Removal Surgeries
• Drainage Procedures (Urinary or Abscess)

How to Use – Step-by-Step Guide for Effective Tissue Sampling

1. Select the appropriate size of puncture needle.
2. Under ultrasound or fluoroscopic guidance, advance the needle towards the target organ (commonly kidney).
3. Once in position, confirm entry with urine or fluid aspiration.
4. Insert a guidewire through the needle lumen into the target cavity.
5. Withdraw the needle carefully while leaving the guidewire in place for dilator or catheter introduction.
6. Follow sterile protocols and dispose of single-use needles safely.

Clinical Benefits – Faster Penetration, Minimal Patient Discomfort, and Precise Core Sampling

• Provides precise and controlled first access
• Minimizes trauma during initial puncture
• Compatible with guidewires for easy further access
• Reduces procedural complications
• Radiopaque tip ensures visibility under fluoroscopy
• Lightweight and easy-to-handle design
• Available in various sizes for different patient needs
• Ensures safe and efficient entry in PCNL and nephrostomy

Also Known As – Tru-Cut Biopsy Gun, Core Automatic Biopsy Gun

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Advin Automatic Biopsy Gun – Features, Technical Specifications & Safety Standards

• Reliable Access for Percutaneous Procedures
• Advin Health Care’s Initial Puncture Needle is designed with a sharp beveled tip, radiopaque markers, and smooth inner lumen for guidewire insertion. Manufactured with precision engineering, it ensures safe, reliable, and accurate puncture for urology and interventional procedures, reducing complications and improving surgical outcomes
• The Initial Puncture Needle (IP Needle) is designed for percutaneous nephrostomy, cyst puncture, deep tissue access, and a wide range of percutaneous applications. It enables precise puncturing and extraction of small cysts from various organs while minimizing skin trauma. The IP Needle is an essential tool for achieving safe and accurate deep tissue access, which is critical for several diagnostic and therapeutic procedures.

Advanced Features

• Disposable & Sterile – Ensures safety and prevents cross-contamination
• One-Handed Operation – User-friendly design for clinical efficiency
• Sharp Needle Tip – Allows painless and precise puncture
• Individually Packaged – Ready-to-use, maintaining sterility

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Transposition of the Great Arteries (TGA) Repair Introduction

Transposition of the Great Arteries (TGA) Repair is a heart surgery done to correct a serious congenital defect where the two main arteries leaving the heart are switched. This condition causes blood circulation problems because oxygen-rich and oxygen-poor blood do not mix properly. The surgery helps restore normal blood flow, allowing the heart and body to receive enough oxygen.

Surgical Process of TGA Repair

During TGA repair, surgeons perform an arterial switch operation, where the positions of the aorta and pulmonary artery are corrected. The coronary arteries are carefully detached and reattached to the new aorta to ensure proper blood supply to the heart muscle. This surgery is done under cardiopulmonary bypass, which temporarily takes over the function of the heart and lungs. Specialized tools such as vascular clamps, cannulas, and surgical retractors are used for precision. The procedure is performed in infants, usually within the first few weeks of life, to prevent long-term complications. Successful repair restores normal circulation and greatly improves survival rates.

Why it’s done?

• To correct the abnormal connection of the aorta and pulmonary artery.
• To improve oxygen supply throughout the body.
• To prevent severe complications such as heart failure or organ damage.
• To allow children with TGA to grow and develop normally.

Products Related to TGA Repair

1. Cardiopulmonary Bypass Machine
2. Oxygenator
3. Arterial Cannula
4. Venous Cannula
5. Surgical Retractors
6. Vascular Clamps
7. Sternal Saw
8. Cardioplegia Delivery System
9. Hemostatic Clips
10. Sutures for Vascular Anastomosis

Top 5 Countries of TGA Repair

• United States
• India
• Germany
• Japan
• United Kingdom

TGA Repair Benefits

• Restores normal blood circulation and oxygen delivery.
• Greatly improves long-term survival rates in children with TGA.
• Reduces the risk of complications such as heart failure and arrhythmias.
• Enhances physical growth, development, and overall quality of life.
• Allows children to lead near-normal lives with proper follow-up care.

Advin Health Care is a leading manufacturer of cardiology surgery products, including advanced devices and instruments used in Transposition of the Great Arteries (TGA) Repair.

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Introduction to Automatic Biopsy Gun – Redefining Accuracy in Biopsy Procedures

The Automatic Biopsy Gun is a high-precision, spring-loaded device designed for fast and reliable tissue sampling in diagnostic procedures. It offers complete automation for firing and retraction, ensuring consistent and accurate biopsy samples with minimal patient discomfort. This advanced biopsy system is widely used in urology, oncology, nephrology, pulmonology, and interventional radiology.

Development & Evolution – From Manual to Fully Automatic Biopsy Technology

Traditional manual biopsy needles required significant operator skill, which sometimes affected sample quality. To overcome these challenges, the Automatic Biopsy Gun was developed, providing instant needle firing and automatic sample retrieval. This innovation improved diagnostic accuracy, reduced operator dependency, and became a preferred choice for image-guided procedures.

Brief Overview – High-Speed, Reliable, and User-Friendly Biopsy Device

Advin Health Care’s Automatic Biopsy Gun delivers accurate, fast, and safe tissue sampling with an advanced spring-loaded mechanism, reducing trauma and improving diagnostic results.

Clinical Applications – Suitable for Soft Tissue, Breast, Prostate, Kidney, Liver & Lung Biopsies

• Prostate Biopsy
• Kidney Biopsy
• Liver Biopsy
• Breast Biopsy
• Lung Biopsy
• Bone and Soft Tissue Biopsy
• Musculoskeletal Tumor Biopsy
• CT or Ultrasound-Guided Biopsies

How to Use – Step-by-Step Guide for Effective Tissue Sampling

1. Load the compatible biopsy needle into the biopsy gun.
2. Position the device under imaging guidance (Ultrasound, CT, MRI).
3. Cock the gun by pulling the loading mechanism.
4. Place the needle in the targeted tissue area.
5. Press the trigger – the automatic firing mechanism inserts and retracts the needle instantly.
6. Remove the tissue sample and prepare it for laboratory analysis.
7. Follow proper disposal and sterilization guidelines.

Market Demand & Global Trends – Rising Global Adoption in Oncology Diagnostics

The Automatic Biopsy Gun is increasingly used in cancer diagnosis, organ disease evaluation, and minimally invasive biopsy procedures worldwide. Growing reliance on image-guided interventions, combined with the demand for safe and efficient sampling, makes this device a key product in hospitals, diagnostic centers, and oncology clinics.

Also Known As – Tru-Cut Biopsy Gun, Core Automatic Biopsy Gun

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Advin Automatic Biopsy Gun – Features, Technical Specifications & Safety Standards

• High Precision Biopsy with One-Handed Operation
• Advin Health Care’s Automatic Biopsy Gun is designed with a dual-spring precision mechanism that ensures fast needle insertion and reliable tissue capture. With its user-friendly design, centimeter depth markings, and lightweight body, it provides safe, accurate, and consistent biopsy results for multiple clinical applications.
• The Automatic Biopsy Gun is designed to obtain tissue or fluid samples from muscles, bones, liver, lungs, and other organs with maximum accuracy and efficiency. Its ergonomic lightweight design allows smooth one-handed operation, making it ideal for procedures requiring ultrasound guidance.

Advanced Features

• Lightweight & Easy to Use – Ensures operator comfort during procedures
• Unique Rapid Fire Mechanism – Enables fast and accurate sampling
• Two-Stage Firing System – Provides controlled tissue penetration
• One-Handed Operation – Simplifies use in ultrasound-guided procedures
• Centimeter Markings on Needle – Helps oncologists estimate penetration depth
• Sterile & Individually Packaged – Ready to use, ensuring safety and hygiene

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Electrophysiology Study Introduction

An electrophysiology (EP) study is a test that checks the electrical activity of the heart. It helps doctors find the cause of abnormal heart rhythms, also called arrhythmias. The test is done using thin wires inserted into the heart through blood vessels.

Mapping the Heart’s Electricity: The Electrophysiology Study Process

In an EP study, a catheter with small electrodes is inserted through a vein, usually in the groin, and guided into the heart. These electrodes record electrical signals and can stimulate the heart to reproduce abnormal rhythms. Specialized equipment such as fluoroscopy, mapping systems, and radiofrequency generators are used. The study may identify the area where the arrhythmia begins and help plan treatments like ablation. The patient is usually sedated, and the procedure takes place in a specialized EP lab. This test is critical for diagnosing arrhythmias and deciding the best treatment approach.

Why it’s done?

• To diagnose the type and origin of an irregular heartbeat (arrhythmia)
• To assess the risk of developing more serious rhythm disorders
• To evaluate the need for treatments such as catheter ablation or implantable devices
• To monitor the effectiveness of ongoing arrhythmia treatment

Products Related to Electrophysiology Study

1. EP Catheters
2. 3D Cardiac Mapping System
3. Radiofrequency Ablation Generator
4. Introducer Sheaths
5. Steerable Sheaths
6. Electrophysiology Recording System
7. Fluoroscopy Imaging System
8. Programmable Stimulators
9. Hemodynamic Monitoring System
10. Disposable Sterile Drapes

Top 5 Countries of Electrophysiology Study

• United States
• Germany
• Japan
• India
• United Kingdom

Electrophysiology Study Benefits

• Precisely locates the source of abnormal heart rhythms
• Helps guide targeted treatments like catheter ablation, reducing need for long-term medications
• Minimally invasive with low complication risk
• Supports decision-making for device implants like pacemakers or defibrillators
• Allows early detection and management of potentially life-threatening arrhythmias

Advin Health Care is a trusted manufacturer of Electrophysiology Study related products, delivering reliable and innovative solutions for cardiac rhythm diagnostics.

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+91-75037 27248 | cardiology@advinhealthcare.com | www.advinhealthcare.com

Introduction to Semi Automatic Biopsy Gun – Reliable Solution for Tissue Diagnosis

The Semi Automatic Biopsy Gun is a precision medical device designed for obtaining high-quality tissue samples with minimal trauma during biopsy procedures. It combines a lightweight design with advanced spring-loaded technology, allowing safe and accurate sampling of soft tissues, organs, and lesions. Widely used in urology, oncology, and interventional radiology, this device ensures consistent results for diagnostic accuracy.

Development & Evolution – Advancements in Biopsy Technology for Safer Procedures

Biopsy guns were developed to simplify tissue sampling by providing faster, safer, and more controlled penetration than traditional manual biopsy needles. The semi automatic design emerged as a balance between ease of use and procedural control, reducing operator dependency while maintaining precision and safety.

Brief Overview – Compact, Lightweight, and Easy-to-Operate Biopsy Device

Advin Health Care’s Semi Automatic Biopsy Gun provides accurate tissue sampling with a sharp needle, centimeter markings, and a spring-loaded mechanism for ease of use and patient safety.

Clinical Applications – Use in Soft Tissue, Prostate, Kidney, Liver, and Lung Biopsies

• Urology Biopsies (Prostate Biopsy)
• Liver Biopsy
• Lung Biopsy
• Kidney Biopsy
• Breast Biopsy
• Soft Tissue Biopsy
• Musculoskeletal Tumor Biopsy
• Bone Biopsy

How to Use – Step-by-Step Technique for Accurate Sample Collection

1. Select the appropriate biopsy needle size compatible with the gun.
2. Load the needle into the biopsy gun chamber.
3. Place the device under imaging guidance (ultrasound, CT, fluoroscopy).
4. Activate the trigger for sample collection.
5. Withdraw and remove the tissue sample for laboratory analysis.
6. Dispose of single-use parts as per medical safety protocols.

Market Demand & Global Trends – Increasing Adoption in Cancer & Tissue Diagnostics

Biopsy guns are in high demand due to the global rise in cancer diagnostics, minimally invasive procedures, and reliance on image-guided biopsies. The semi automatic biopsy gun is preferred for its balance of precision, affordability, and ease of use in both hospitals and diagnostic centers.

Also Known As – Core Biopsy Gun, Disposable Biopsy Gun

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Advin Semi Automatic Biopsy Gun – Advanced Features & Product Specifications

Efficient Sampling with Precision & Control

Advin Health Care’s Semi Automatic Biopsy Gun is designed with a sharp, atraumatic needle, centimeter marking, and spring-loaded mechanism for precise and safe sampling. It is ideal for multiple tissue biopsies such as prostate, breast, liver, and lung, ensuring accurate pathology results and patient comfort.

The Semi Automatic Biopsy Gun is designed to obtain accurate tissue or fluid samples for laboratory testing. It is widely used in fine-needle aspiration and core needle biopsy procedures. Suitable for sampling from muscles, bones, liver, lungs, and other organs, it ensures safety, precision, and operator comfort.

Advanced Features

• Sharp Needle – Ensures safe and minimally painful percutaneous sampling
• Centimeter Marking – Sliding needle stopper provides clear measurement guidance
• Optimal Penetration Control – Improves accuracy and efficiency during biopsy
• Trocar Tip Version Available – Enhances versatility for different tissue types
• Compatible with CB Introducer Coaxial Needle – For guided sampling convenience
• Sterile & Individually Packaged – Safe and ready to use

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+91-70717 27261 | urology@advinhealthcare.com | www.advinhealthcare.com