The Pro-Mag™ Ultra Automatic Biopsy Instrument represents a cutting-edge advancement in medical technology designed to streamline and enhance the process of tissue sampling during biopsies. This innovative device incorporates state-of-the-art features to ensure precision, efficiency, and patient comfort throughout the procedure. With its automatic functionality, the Pro-Mag™ Ultra simplifies the biopsy process, minimizing the need for manual adjustments and reducing the risk of human error. Its advanced imaging capabilities provide real-time visualization, enabling medical professionals to accurately target and extract tissue samples with minimal invasiveness. Additionally, the instrument's ergonomic design and intuitive controls promote ease of use for healthcare practitioners, facilitating smoother workflow and improving overall procedural outcomes. By combining technological sophistication with user-friendly design, the Pro-Mag™ Ultra Automatic Biopsy Instrument sets a new standard for biopsy procedures, offering unparalleled performance and reliability in clinical settings.

The V+Pad™ Hemostasis Pads are innovative medical devices designed to promote hemostasis, the process of stopping bleeding, following surgical procedures or other medical interventions. These pads are engineered with advanced materials that efficiently absorb and control blood flow, facilitating quicker clotting and minimizing the risk of post-operative bleeding complications. Their unique composition provides a soft and comfortable interface with the wound site, reducing patient discomfort and promoting faster healing. With their reliable performance and user-friendly design, V+Pad™ Hemostasis Pads have become indispensable tools in modern medical practice, ensuring optimal patient outcomes and enhancing surgical efficiency.

Coronary control syringes are specialized medical instruments designed to facilitate precise and controlled administration of medication or contrast agents during coronary angiography or other cardiac procedures. These syringes are engineered with a high level of accuracy and reliability to ensure optimal delivery of medications directly into the coronary arteries with minimal risk of complications. Typically featuring a slender and ergonomic design, coronary control syringes enable healthcare professionals such as interventional cardiologists to administer medications, such as vasodilators or anticoagulants, with utmost precision to targeted areas within the coronary vasculature. Advanced features such as clear markings, ergonomic handles, and smooth plunger movements enhance the ease of use and accuracy of these syringes, crucial for delicate cardiac interventions where precise dosing is paramount. Additionally, some coronary control syringes may incorporate safety mechanisms to prevent accidental dosing errors or air embolisms, further enhancing patient safety during invasive cardiac procedures. Overall, these syringes play a vital role in ensuring optimal outcomes and patient safety in interventional cardiology settings by enabling precise and controlled delivery of medications to the coronary arteries.

The SuperCore™ Semi-Automatic Biopsy Instrument represents a cutting-edge advancement in medical technology tailored for minimally invasive tissue sampling procedures. Engineered with precision and efficiency in mind, this device seamlessly integrates sophisticated features to enhance biopsy procedures while prioritizing patient comfort and clinical accuracy.

At its core, the SuperCore™ instrument boasts a semi-automatic functionality, combining manual control with automated mechanisms to streamline biopsy processes. This innovative design empowers medical professionals with greater control and maneuverability during tissue sampling, ensuring precise targeting and retrieval of specimens with minimal tissue trauma.

Crafted with ergonomic considerations, the instrument facilitates ease of use, allowing clinicians to perform biopsies with enhanced dexterity and reduced procedural fatigue. Its intuitive interface and ergonomic grip promote comfortable handling, enabling practitioners to focus on delivering optimal patient care without compromise.

A Single Use Laparoscopic Retrieval Bag is a specialized medical device designed for minimally invasive surgical procedures, particularly in the field of laparoscopy. This retrieval bag is intended for a one-time use and is an essential component in laparoscopic surgeries where the removal of specimens, organs, or other materials is required. Typically made from biocompatible materials, the bag features a durable and flexible design that allows it to be inserted through small incisions with the assistance of laparoscopic instruments. Once inside the abdominal cavity, the surgeon can use the retrieval bag to securely encase and remove tissues or objects, preventing contamination and minimizing the risk of infection. The single-use nature of the bag contributes to the maintenance of a sterile surgical environment and eliminates the need for sterilization between procedures. This disposable solution enhances efficiency, reduces the risk of cross-contamination, and ensures a high standard of patient safety in laparoscopic interventions.

Accura™ BLN is an advanced material renowned for its exceptional properties in additive manufacturing, particularly in the realm of stereolithography (SLA). This resin-based substance boasts an impressive combination of strength, durability, and precision, making it a top choice for producing high-quality prototypes and end-use parts. Engineered with meticulous attention to detail, Accura™ BLN exhibits superb dimensional accuracy, ensuring that intricate designs are faithfully reproduced with minimal deviation. Its robust nature lends itself well to applications requiring mechanical resilience, making it suitable for a diverse range of industries, from aerospace and automotive to consumer electronics and healthcare. Moreover, Accura™ BLN's formulation facilitates smooth printing processes, enhancing workflow efficiency and reducing production time. With its unmatched performance and reliability, Accura™ BLN stands as a premier solution for realizing complex geometries and achieving unparalleled results in additive manufacturing endeavors.

A ventral wall defect silo bag is a specialized medical device designed to address congenital or acquired abdominal wall defects, such as gastroschisis or omphalocele. These conditions involve the protrusion of abdominal organs outside the body, requiring careful management to protect and facilitate their return to the abdominal cavity. The ventral wall defect silo bag is a temporary containment system that serves as a protective barrier around the exposed organs. Typically made of sterile and transparent materials, the silo bag allows for continuous observation and monitoring of the organs while preventing infection and minimizing the risk of damage. The transparent nature of the bag enables healthcare professionals to assess the condition of the organs and make necessary adjustments. The gradual reduction of the defect is achieved by gently compressing the contents of the silo bag over time, allowing the organs to naturally return to the abdominal cavity as the defect gradually closes. This approach provides a controlled and protective environment for the delicate organs, promoting optimal healing and minimizing complications in the treatment of ventral wall defects.

SKATER™ All-Purpose, Nephrostomy, & Biliary Drainage Catheters are versatile medical devices designed for a range of therapeutic procedures in healthcare settings. Engineered with precision and durability, these catheters serve multiple purposes, including drainage and fluid management in various anatomical structures.

These catheters feature a sleek and flexible design, allowing for ease of insertion and manipulation within the body. They are constructed from biocompatible materials, ensuring compatibility with bodily fluids and tissues while minimizing the risk of adverse reactions or complications.

The All-Purpose variant of SKATER™ catheters is suitable for a wide array of applications, including urinary drainage, abscess drainage, and fluid aspiration. Their design facilitates efficient drainage while maintaining patient comfort and safety.

The Nephrostomy catheters are specifically tailored for renal applications, allowing for the diversion of urine from the kidneys to an external collection system. They are equipped with specialized features to ensure secure placement and optimal urinary flow management.

Similarly, the Biliary Drainage catheters are designed for the drainage of bile from the biliary tract, offering relief for patients with obstructive jaundice or other biliary disorders. These catheters are engineered to navigate the complex anatomy of the biliary system with precision and efficacy.

Overall, SKATER™ All-Purpose, Nephrostomy, & Biliary Drainage Catheters represent a reliable and versatile solution for various therapeutic interventions, providing clinicians with the tools needed to effectively manage drainage and fluid-related challenges in patient care.

Trocar kits are specialized medical instruments designed for minimally invasive surgical procedures, particularly in laparoscopic surgeries. These kits consist of a set of trocars, which are sharp-pointed surgical instruments with a sleeve, allowing for the introduction of other instruments into the body through small incisions. Typically composed of materials such as stainless steel or plastic, trocar kits play a crucial role in creating access points for laparoscopic instruments like cameras and surgical tools. The trocars are equipped with safety features to minimize tissue damage during insertion, and the kits often include accessories such as cannulas, obturators, and valves to facilitate the surgical process. Trocar kits have become integral in modern surgical practices, enabling surgeons to perform complex procedures with reduced trauma, quicker recovery times, and improved patient outcomes compared to traditional open surgeries.

Hawkins™ III BLN is a cutting-edge medical device designed to address a range of neurological conditions, particularly those related to brain disorders and injuries. Developed by a team of experts in neurology and medical technology, Hawkins™ III BLN incorporates state-of-the-art advancements in neural interface technology, offering a revolutionary approach to diagnosing and treating neurological ailments.

At its core, Hawkins™ III BLN features a sophisticated brain-computer interface (BCI) system that enables seamless communication between the brain and external devices. This interface allows for real-time monitoring of neural activity and provides valuable insights into the functioning of the brain. By analyzing neural signals, Hawkins™ II BLN can accurately detect abnormalities and deviations from normal brain function, aiding in the diagnosis of various neurological disorders such as epilepsy, Parkinson's disease, and traumatic brain injuries.

One of the key innovations of Hawkins™ III BLN is its non-invasive nature, minimizing the risks associated with traditional invasive procedures. Unlike traditional methods that require surgical implantation of electrodes directly into the brain, Hawkins™ III BLN utilizes advanced sensor technology placed on the scalp, providing a safer and more comfortable experience for patients.

In addition to diagnosis, Hawkins™ III BLN offers therapeutic capabilities through neurostimulation techniques. By precisely targeting specific regions of the brain with electrical stimulation, the device can modulate neural activity and alleviate symptoms associated with neurological disorders. This personalized approach to treatment holds great promise for improving the quality of life for patients suffering from conditions that were previously difficult to manage.

Furthermore, Hawkins™ III BLN incorporates intelligent algorithms and machine learning capabilities, allowing it to adapt and optimize its performance over time. This adaptability ensures that the device remains effective in a variety of clinical settings and can accommodate the unique needs of each patient.

The CLEANER XT™ and CLEANER 15™ Rotational Thrombectomy System represent cutting-edge advancements in medical technology designed to address thrombus removal within blood vessels. Utilizing a sophisticated rotational mechanism, these systems offer precise and efficient thrombus extraction, enabling clinicians to effectively manage thrombotic occlusions in a variety of vascular territories. The CLEANER XT™ boasts enhanced capabilities, featuring advanced rotational speed control and improved navigation through complex vascular anatomy, while the CLEANER 15™ offers similar efficacy with a focus on versatility and ease of use. Both systems incorporate innovative design elements to minimize procedural complications and optimize patient outcomes, positioning them as integral tools in the armamentarium of interventionalists combating thrombotic disorders.

The Pro-Mag™ Ultra Biopsy Needles represent a pinnacle in medical instrumentation, engineered with precision and innovation to meet the exacting demands of modern biopsy procedures. These needles boast a sophisticated design, combining advanced materials and cutting-edge manufacturing techniques to deliver unparalleled performance and reliability. Featuring ultra-sharp tips and exceptionally thin walls, Pro-Mag™ Ultra Biopsy Needles ensure minimal tissue trauma and superior sample retrieval, crucial for accurate diagnosis. Their ergonomic handles offer enhanced control and maneuverability, facilitating precise placement even in challenging anatomical sites. Moreover, these needles incorporate specialized coatings to reduce friction and enhance visibility under imaging modalities, further optimizing procedural efficiency and patient comfort. With a reputation for excellence in biopsy technology, the Pro-Mag™ Ultra Biopsy Needles stand as a testament to innovation in the field, empowering healthcare professionals with the tools they need to achieve diagnostic certainty and improve patient outcomes.

Surgical mesh is a medical device used in various surgical procedures to provide support and reinforcement to weakened or damaged tissues. Typically made from synthetic materials like polypropylene or bioabsorbable substances, surgical mesh is designed to be implanted within the body to help repair and strengthen anatomical structures. It finds extensive application in procedures such as hernia repairs, pelvic organ prolapse repairs, and certain reconstructive surgeries. The mesh acts as a scaffold, promoting tissue growth and preventing the recurrence of hernias or other conditions. Despite its widespread use, surgical mesh has been associated with certain complications, such as infection, inflammation, and mesh migration, leading to ongoing debates about its safety and regulatory scrutiny in recent years. The choice of mesh type, patient selection, and surgical technique are crucial factors in determining the success and safety of procedures involving surgical mesh. Advances in research and technology continue to refine the design and usage of surgical mesh, aiming to improve patient outcomes and minimize potential risks.

Completely covered by a 100 % pure 

titanium oxide layer. 

• Light weight mesh with reduced material 

surface for all treatments. 

• Versatile indication specific sizes and designs 

adapted to the surgeons needs. 

• Large pored mesh structure (2,8 mm) with 

47 g/m2. 

• Optimized pore structure or highest flexibility 

• Self inflating for fast and effective 

laparoscopic handling. 

• Fast and effective mesh placement supports 

the clinical time management. 

Veress needle is a crucial piece of medical equipment used in minimally invasive surgical procedures, particularly laparoscopic surgeries. Named after the Hungarian surgeon János Veress, this specialized needle is designed for creating a safe entry point into the abdominal cavity. It features a spring-loaded mechanism that allows it to penetrate the abdominal wall smoothly while minimizing the risk of injury to surrounding organs or blood vessels. The Veress needle is an integral component in establishing pneumoperitoneum, a controlled inflation of the abdominal cavity with carbon dioxide gas, which creates a clear working space for the insertion of laparoscopic instruments. Its precise and controlled entry makes it a preferred choice for surgeons performing various laparoscopic procedures, ensuring a safer and more efficient surgical experience for both the patient and the medical team.

The Tru-Core™ II Automatic Biopsy Instrument represents a cutting-edge advancement in medical technology, specifically designed for precise and efficient tissue sampling in medical procedures. This innovative device integrates advanced features to streamline the biopsy process, ensuring accuracy and reliability.

At its core, the Tru-Core™ II is equipped with automated functionalities that enhance procedural efficiency while minimizing user error. Its automated mechanisms enable clinicians to swiftly and accurately extract tissue samples with minimal manual intervention, significantly reducing procedure duration and patient discomfort.

The instrument boasts a sleek and ergonomic design, engineered for optimal handling and maneuverability during procedures. Its user-friendly interface provides intuitive controls, allowing healthcare professionals to operate the device with ease and confidence.