Abbott Hi-Torque Pilot 150 Guide Wire

he Terumo Runthrough NS PTCA (Percutaneous Transluminal Coronary Angioplasty) guide wire is a product manufactured by Terumo Corporation, a global medical device company. Guide wires are essential tools used in cardiovascular procedures, particularly in angioplasty and stenting, to navigate through blood vessels and provide support for the delivery of catheters and other interventional devices.

Key features and characteristics of the Terumo Runthrough NS PTCA guide wire may include:

Hydrophilic Coating: Many Terumo guide wires, including the Runthrough NS, are known for their hydrophilic coating. This coating facilitates smoother navigation through blood vessels, reducing friction and enhancing steerability.

Flexible Design: The guide wire is designed to be flexible, allowing it to navigate tortuous vessels and reach target locations with precision.

Radiopaque Tip: The tip of the guide wire is often radiopaque, making it visible under fluoroscopy or other imaging modalities. This feature helps interventional cardiologists visualize the position of the guide wire during the procedure.

Different Tip Configurations: Guide wires may come with different tip configurations, such as soft or floppy tips for ease of navigation or more supportive tips for crossing lesions.

Various Lengths and Diameters: Terumo typically offers guide wires in various lengths and diameters to accommodate different patient anatomies and procedural requirements.

**Ready stock in Turkey**
-Price: USD11,000/CIF by air *without compressor
-Price: USD12,000/CIF by air *with compressor

-Operation Features-
Inspiration Pressure: 2-100 mBar
Inspiration Duration: 0.1-10 Sec.
Peep Pressure: 0-50 mBar
Breathe Speed: (c) 1-150/mins. (y) 1-100/mins.
Flow: (c) 1-60 lt/mins. (y) 2-120 lt/mins.
O2 Mixture: 21-100%
Spontaneous Pressure Support: 0-100 mBar
I/E Rate: 1:10 (x60*)-10:1 (c): Child, (y): Adult

it's common for medical device companies like Medtronic to manufacture guiding catheters used in various interventional procedures, including cardiovascular interventions.

Guiding catheters are medical devices used to guide and support the delivery of other interventional devices, such as angioplasty balloons, stents, or embolic protection devices, during procedures like angiography and angioplasty.

I can provide some general information about guiding catheters and Medtronic's involvement in the medical device industry.

Guiding Catheter:

A guiding catheter is a medical device used in interventional cardiology and radiology procedures. It is designed to guide and support other devices, such as guidewires and balloons, to the target location within the blood vessels.
Medtronic:

Medtronic is a global healthcare company that produces a wide range of medical devices and technologies. They are involved in various medical specialties, including cardiology, neurology, diabetes, and more.

The Terumo Runthrough series refers to a range of guide wires manufactured by Terumo Corporation, a global medical device company. Guide wires are essential tools in interventional procedures, particularly in cardiology and radiology, where they are used to navigate through blood vessels and provide support for the delivery of catheters and other interventional devices.

Key features of the Terumo Runthrough guide wires, which may vary depending on the specific model and application, include:

Hydrophilic Coating: Many Terumo guide wires are known for their hydrophilic coating, which enhances lubricity and facilitates smooth navigation through blood vessels, reducing friction.

Flexible Design: The guide wires are designed to be flexible, allowing them to navigate through tortuous vessels with precision.

Radiopaque Tip: The tips of the guide wires are often radiopaque, making them visible under fluoroscopy or other imaging modalities. This feature aids interventionalists in visualizing the position of the guide wire during the procedure.

Various Tip Configurations: Guide wires may come with different tip configurations, such as soft or floppy tips for ease of navigation or more supportive tips for crossing lesions.

Different Lengths and Diameters: Terumo typically offers guide wires in various lengths and diameters to accommodate different patient anatomies and procedural requirements.

Terumo Runthrough NS PTCA is a medical device designed for use in percutaneous transluminal coronary angioplasty (PTCA) procedures. PTCA is a minimally invasive procedure used to treat coronary artery disease by widening narrowed or blocked coronary arteries.

Here are some key points about the Terumo Runthrough NS PTCA:

Manufacturer: Terumo Corporation is a Japanese company known for its medical devices and healthcare products.

Type: The Runthrough NS PTCA is a guide wire used in PTCA procedures. Guide wires are essential tools that help navigate catheters and other interventional devices through blood vessels during angioplasty.

Function: The guide wire assists in guiding and positioning the catheter within the coronary arteries. It helps the interventional cardiologist navigate through the blood vessels and reach the site of the blockage or narrowing.

Features: The "NS" in Runthrough NS may refer to "non-support" or "normal support," indicating the level of support provided by the guide wire. The choice of guide wire depends on factors such as the location and severity of the arterial blockage.

Usage: The Terumo Runthrough NS PTCA guide wire is specifically designed for use in PTCA procedures to help facilitate the placement of angioplasty balloons and stents.

Covidien ABSTACK30 Absorbatack Fixation Device

Part # ABSTACK30 Exp 3/19

Covidien ABSTACK30 Absorbatack Fixation Device is an absorbable tack fixation device, for use in laparoscopic hernia repair.

The NEW AbsorbaTack (ABSTACK30X) fixation device for laparoscopic hernia repair continues to deploy tacks when the shaft is flexed over 3 cm.

Covidien ABSTACK30 Absorbatack Fixation Device Features
Designed with patient comfort in mind
No metal required for fixation
Supports a minimally invasive approach through 5 mm shaft and easy-to-use design
Fixation strength
Provides strong temporary mesh fixation, with retention strength comparable to the â??gold standardâ?? ProTackâ?¢ fixation device at 1 week and 2 months in an animal model1
Peace of mind
Reduces the likelihood of inadvertent needle sticks in the OR, since no sharp piloting needles are required for deployment
Potentially fewer visceral attachments than permanent tack fixation1
Violet tack with black-dot visualization feature to optimize visibility
In Perfect sealed condition but past expiration date. Not for human use in the US.

Expiration dates have mostly to do with sterilization and not the integrity of the product. The manufacturers sterilize the products after they are packaged and it lasts so many years. The only products we caution customers about are ones that are absorbable or drug coated.

Bard biopsy guns, or biopsy devices, are medical instruments used for obtaining tissue samples from the body for diagnostic purposes. These devices are commonly used in various medical specialties, including radiology, oncology, and gastroenterology. The Bard biopsy guns are produced by C. R. Bard, a subsidiary of Becton, Dickinson, and Company (BD), a global medical technology company.

Key features of Bard biopsy guns may include:

Spring-Loaded Mechanism: Many biopsy guns operate using a spring-loaded mechanism that allows for the quick and precise deployment of the biopsy needle to obtain tissue samples.

Single-Use or Disposable Models: Some Bard biopsy guns are designed for single-use or disposable use. This helps reduce the risk of cross-contamination between patients.

Various Needle Sizes: Biopsy guns may come with a variety of needle sizes to accommodate different medical procedures and types of tissue sampling.

Trigger Mechanism: A trigger mechanism is often employed to control the firing of the biopsy needle, allowing for accurate placement and retrieval of tissue samples.

Compatible with Imaging Modalities: Biopsy guns are often used in conjunction with imaging modalities such as ultrasound, CT scans, or fluoroscopy to guide the needle to the target tissue.