The Stryker 1488 HD camera control unit is an advanced system utilized in medical and surgical procedures to capture high-definition images.

Characteristics:

Lámparas Xenon X7000 Medical de Stryker, diseñadas para ofrecer una iluminación de alta calidad y precisión en entornos médicos y quirúrgicos. Estas lámparas proporcionan una luz brillante y clara, ideal para procedimientos que requieren una visualización detallada y precisa. Con tecnología xenón de última generación, garantizan una iluminación uniforme y de alto rendimiento. Su diseño compacto y ergonómico las hace fáciles de usar y de transportar. Ideales para mejorar la eficiencia y la seguridad en el quirófano. ¡Contáctanos para más información y disponibilidad!"

Con nuestros monitores clínicos, la excelente calidad de imagen está al alcance de la gran variedad de profesionales sanitarios que trabajan en su hospital. Estas pantallas, optimizadas para el registro médico electrónico por imagen, le ofrecen una base sólida para ver con confianza la información de los pacientes, así como las imágenes clínicas.

Carro Stryker modelo 240-099-155, diseñado para proporcionar una solución de transporte eficiente y seguro en entornos clínicos y quirúrgicos. Este carro cuenta con una estructura robusta y duradera que garantiza la estabilidad y seguridad en el traslado de equipos médicos. Con bandejas deslizantes y ajustables, ofrece versatilidad para adaptarse a diferentes necesidades de almacenamiento. Sus ruedas de alta calidad aseguran una movilidad suave y silenciosa. Ideal para optimizar la organización y el flujo de trabajo en hospitales y clínicas. ¡Contáctanos para más detalles y disponibilidad!

The Stryker Pneumosure Tubeset Adaptor is designed for use in medical procedures. It facilitates a safe and efficient connection between the Pneumosure insufflation system and the medical tubing set.

Visualization systems: Stryker produces high-definition medical monitors and visualization systems used to display real-time medical images during surgical and diagnostic procedures.

The Stryker 1488 HD camera head is a vital component in high-definition endoscopy systems. Designed to deliver exceptional image quality, this camera head provides high-definition resolution allowing for clear and detailed visualization during endoscopic procedures.

L10 AIM Light Source
Light source
The LED light source provides real-time endoscopic visibility and near-infrared fluorescence imaging. This allows you to perform minimally invasive surgery using standard endoscopic visible light, as well as visual assessment of vessels, blood flow, related tissue perfusion and biliary anatomy using near-infrared imaging. In addition, visualization technology is available to transilluminate the ureters with our IRIS U kits.

Features:
Stryker's L900 Light Source is a state-of-the-art lighting solution designed to meet the most demanding needs in medical and surgical environments. With state-of-the-art technology and ergonomic design, the L900 offers exceptional illumination quality and superior performance to ensure optimal visibility during medical procedures.

The 20 mm Stryker 1288 HD coupler is a component used in endoscopy systems to connect the endoscopes to the light source and the camera.

The Stryker 1288 HD camera head is a critical component of laparoscopic imaging systems used in endoscopic surgery. It captures high-quality, high-definition images to provide clear and detailed visualization during surgical procedures.

The Stryker cart is a piece of equipment used in medical environments to transport and store various instruments and devices during surgical procedures or in healthcare units.

The Stryker IDEAL EYES™ Autoclavable Laparoscope lens is a component used in laparoscopic surgery to provide high quality visualization and a sharp image during surgical procedures. This lens is designed to offer advanced optics and exceptional durability, and is compatible with the Stryker laparoscopic camera system.

The Stryker IDEAL EYES™ Autoclavable Bariatric Laparoscope is a component used in laparoscopic surgery to provide high quality visualization in patients with obesity. This lens is specifically designed to address the challenges and needs of bariatric surgery, offering a wide range of features and advantages.

The Stryker IDEAL EYES™ Lens is a state-of-the-art instrument designed specifically for use in pediatric laparoscopic surgery. This autoclavable lens offers an optimal solution for surgeons who need clear and precise vision during surgical procedures on pediatric patients. The Stryker IDEAL EYES™ Stryker Lens provides excellent image resolution, allowing the surgeon to visualize tissues and organs with exceptional clarity. In addition, its ergonomic, lightweight design ensures comfortable and safe handling during surgery.

Introducing the Stryker Autoclavable Standard Laparoscopic Lens! Designed to meet the demands of laparoscopic procedures, this lens offers exceptional optical quality, durability and comfort. Let us show you why the Stryker Autoclavable Standard Laparoscopic Lens is the ideal choice for your surgical needs.

Our 32" 4K surgical display is designed to increase the viewing experience in the operating room compared to previous generations.

Introducing the Stryker Standard Pediatric Laparoscopic Lens! Designed especially for laparoscopic procedures in pediatric patients, this lens offers clear and precise visualization, ensuring safety and efficacy in pediatric surgeries. Let us show you why the Stryker Standard Pediatric Laparoscopic Lens is the perfect choice for your surgical needs.

The Stryker Precision Ideal Eyes™ HD Lens is a high-definition instrument designed specifically for use in laparoscopic surgery. This autoclavable lens offers exceptional image quality and an optimal solution for surgeons who need a clear, detailed view during surgical procedures.

With high-definition technology, the Stryker Precision Ideal Eyes™ HD Lens provides exceptional resolution, allowing the surgeon to visualize tissues and organs with extraordinary clarity and precision. This is crucial for accurately identifying anatomical structures and performing precise surgical procedures.