Across borders, Kossel Medical debuts at Medtec JapanOn April 17, the three-day Medtec Japan opened at the Tokyo Big Sight.As one of the largest medical device design and manufacturing trade shows in Asia, Medtec Japan brings together the latest innovations and products in the medical field and is a

The umbrella-shaped vena cava filter VS The spindle-shaped vena cava filterThe main treatment of venous thromboembolism (VTE) is anticoagulation. In recent years, various methods such as embolectomy, Catheterdirectedthrombolysis(CDT) and percutaneousmechanical thrombectomy (PMT) have emerged one aft

Recently, the Cathrough™ Transseptal Needle and Sheath, independently developed by HAIYU Medical, a subsidiary of Kossel Medtech, has been granted listing approval!

Recently, the Falexpand® HP PTA Balloon Dilatation Catheter, independently developed by Kossel Medtech, after obtaining approval from the NMPA of China and the FDA of the United States, has now also obtained the Brazilian ANVISA certificate.The Falexpand® HP PTA Balloon Dilatation Catheter is suitab

Introduction:In the field of peripheral interventional, Percutaneous Transluminal Angioplasty (PTA) with a balloon dilatation catheter has revolutionized the treatment of peripheral vascular diseases. This minimally invasive procedure offers significant advantages over traditional surgical intervent

PTCA balloon dilatation catheter is a kind of dilatation catheter with high pressure resistance. It is composed of a double cavity balloon part made of high pressure resistant polymer material and a push and connection part supported by a single cavity stainless steel metal skeleton, belonging to a low compliance balloon. The top of PTCA balloon dilatation catheter has coaxial double cavity structure. The outer surface of the catheter is coated with a super lubricating hydrophilic coating, which enables the catheter to move freely in the heart and reach the stenosis area smoothly. Platinum development points have higher visibility.

PTCA Balloon Dilatation Catheter is mainly composed of Tip tube, Marker band, Balloon tube, Outer tube, Inner tube, Strain relief, Hub, Hydrophilic coating, Adhesive. It can only be used once. The product is valid for 3 years. PTCA Balloon Dilatation Catheter is a high-pressure resistant balloon cat

Electrophysiology technology is used to measure, record and dissect the electrical marvels and characteristics of organisms, while cardiac electrophysiology refers to the comprehensive judgment and corresponding treatment by recording the electrical exertion in the heart, assaying its performance and characteristics to reason. Besides routine medicine control, electrophysiological surgery can't only control arrhythmia symptoms and ameliorate the quality of life, but also ameliorate the prognostic and reduce the prevalence of stroke, cardiovascular events and death.

Balloon dilation catheter may be a special balloon, which may use the delivery system of the catheter to deliver the balloon to the lesion and dilate the lesion. CTO balloon dilatation catheter may be a new variety of balloon catheter. Currently, this text can take you to grasp it higher.

The steerable curve diagnostic catheter is an electrophysiology mapping catheter with adjustable head end. A series of electrodes are fixed at the end of the catheter at a certain distance. The electrodes cling to the electric conduction path of the endocardium to extract electrocardiosignal or transmit pulse stimulation energy. The product is used with multiple electrophysiology recorders or stimulators, and is used for electrocardiosignal mapping in cardiac electrophysiology examination and electrophysiology surgery.

In CTO, both forward and reverse techniques will be applied to the balloon. At present, in the interventional treatment of coronary bifurcation lesions, the necessary stent technology is used in a high proportion, while the balloon protection technology can ensure the continuous opening of the collateral vessels during the operation. However, compared with the guidewire protection technology, the balloon protection technology of the collateral vessels is more complicated to operate. Generally speaking, the balloon protection technology is recommended to predict the high risk of branch occlusion after the main branch stent is implanted under the condition of simple guide wire protection for the diseased parts with large blood vessels, large branch domination range and small bifurcation angle. Balloon collateral protection technology is a preventive measure.

Introduction:The Peripheral Vascular High-Pressure Balloon Dilatation Catheter represents a cutting-edge solution in the field of peripheral vascular interventions. Specifically designed to address peripheral vascular diseases and conditions, this innovative catheter offers enhanced capabilities for

Balloon dilatation catheter​ is a flexible catheter with an inflatable balloon at its head, which is used to expand narrow hollow organs in human body, such as blood vessels, digestive tract, urinary tract, etc. under the guidance of images. Under the condition of no inflation, the balloon catheter enters the target lesion, and after successful treatment, the balloon can be retracted to withdraw the balloon catheter to the outside of the body. Several basic characteristics of vascular dilation balloon are as follows: balloon compliance and dilation force. From the strictest point of view, compliance refers to the change value of volume every time a unit pressure is changed. For most PTA balloon catheters, increasing the pressure length does not change. Therefore, the change of volume is mainly reflected in the change of balloon diameter.

Electrophysiology technology is used to measure, record and analyze the electrical phenomena and characteristics of organisms, while cardiac electrophysiology refers to the comprehensive judgment and corresponding treatment by recording the electrical activity in the heart, analyzing its performance and characteristics to reason. Besides routine drug control, electrophysiological surgery can not only control arrhythmia symptoms and improve the quality of life, but also improve the prognosis and reduce the incidence of stroke, cardiovascular events and death.

COVID-19 is having a profound impact on the global economy, with widespread human and financial costs. As the pandemic has spread from East Asia to Europe and the United States, over 50 countries have declared a national emergency, leading to large-scale isolation, travel restrictions, and social distancing measures. These measures have significantly reduced personal and corporate spending, disrupting supply chains and leading to market uncertainty. The medical device industry is also feeling the effects, with changes in demand for products such as CTO balloon dilatation catheters. As medical procedures are delayed or cancelled, demand for certain medical devices has decreased, while COVID-19 complications have increased demand for others. The full extent of COVID-19's impact on the global market remains to be seen, but it is clear that the effects will be far-reaching and long-lasting.

The vena cava filter​ is a medical device designed to reduce the risk of deep vein thrombosis (DVT) and pulmonary embolism in people with high risk of thrombosis. Let’s learn more about it now.

HP PTA balloon dilatation catheter is a high pressure (HP) percutaneous transluminal angioplasty (PTA) dilatation catheter, which is mainly applied to the expansion and interventional treatment of peripheral blood tubes of the trunk and limbs except the heart and cerebrovascular, and is also suitable for dilating and reshaping after coronary stent implantation to improve stent adherence performance.

The main purpose of PTCA balloon dilatation catheter​ is to dilate patients' narrow coronary artery diseased vessels and improve myocardial blood flow through minimally invasive interventional surgery (PTCA); It can also be used to deliver the release stent to the coronary artery stenosis of patients. Now, let’s learn more about it.

We all know that catheter-based surgical procedures need to guide the catheter to the target area for treatment or to obtain tissue samples for diagnosis. However, due to the anatomical structure and the interaction between human soft tissues and the catheter, the operator usually needs to push and retreat the catheter repeatedly to change the direction. At this time, if the catheter is manipulated to bend, the movement track of the catheter can be limited to make it reach the target position as soon as possible and correctly.