Stryker 1488-610-122 1488 HD CMOS Camera w/ 20mm Integrated Coupler

Stryker 1488-610-122 1488 HD CMOS Camera w/ 20mm Integrated Coupler

Stryker 1488 HD CMOS Camera
• Model: 1488-610-122
• Imaging Technology: High‑Definition CMOS
• Integrated Coupler: 20 mm built‑in coupler for direct connection to compatible rigid endoscopes
• Compatibility: Works with Stryker 1488 HD camera control units and endoscopy towers
• Warranty: 90 Days

Enhance surgical visualization with the Stryker 1488 HD CMOS Camera with 20 mm Integrated Coupler, a premium high‑definition imaging solution engineered to elevate clarity and color fidelity during minimally invasive and open procedures. Built on Stryker’s trusted 1488 HD platform, this integrated camera head leverages advanced CMOS sensor technology to deliver crisp, bright images that support precise anatomy identification and superior intraoperative insight. Designed for compatibility with a wide range of endoscopes using a 20 mm coupler, this camera head is ideal for surgical teams seeking reliable performance across multiple specialties.

The 1488 HD camera head with integrated coupler integrates seamlessly into modern surgical suites and video systems, offering intuitive operation when paired with a 1488 Camera Control Unit (CCU), light source, and display. Its HD output supports detailed visualization at the operative site, helping surgeons make confident decisions and enhancing procedural efficiency. Whether used in laparoscopic, arthroscopic, gynecologic, or ENT procedures, the high‑definition imagery aids in clearer anatomical differentiation and finely detailed imaging even in challenging lighting conditions.

Trusted in operating rooms worldwide, the Stryker 1488 HD CMOS Camera with 20 mm Integrated Coupler combines rugged medical‑grade construction with cutting‑edge imaging performance. Engineered to meet the demands of today’s surgical environments, this camera head supports cross‑specialty application and adaptability, making it a valuable addition to any endoscopic video system. With its robust design and high‑quality output, it helps clinicians capture the critical visual information they need to optimize patient outcomes and procedural success.

These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.