The 10 mm x 305 mm rigid laparoscopes represent the latest generation of instrumentation for minimally invasive surgery, offering the medical team a versatile and reliable solution for laparoscopic procedures of varying complexity. The body is constructed of hardened stainless steel with a satin finish that reduces light reflection from the operating room and facilitates subsequent cleaning. Its internal architecture incorporates a rolling lens system made of German optical glass, sealed with sapphire at the distal end to protect the optics from impacts and scratches during insertion and cleaning.

The integrated multilayer optical fiber provides exceptional light transmission from the cold source to the surgical field. Thanks to an innovative airtight assembly, light loss is kept below 5%, improving visibility even in deep cavities or when working under prolonged suction. This feature is essential for advanced surgeries such as colorectal resections, fundoplications, or bariatric procedures, where homogeneous illumination accelerates anatomical identification and minimizes errors.

The 0° laparoscope offers a linear visual axis that facilitates initial insertion, port positioning, and camera orientation in video-assisted surgery modalities. The 30° laparoscope, on the other hand, adds an oblique angle that broadens the perspective and allows visualization of off-axis structures without requiring extensive hand movements or trocar changes. This flexibility is invaluable in dissecting the pouch of Douglas, visualizing the esophageal hiatus, or exploring the gallbladder from a lateral view.

Both rigid 10 mm x 305 mm laparoscopes undergo rigorous pressure and vacuum testing to ensure complete impermeability during irrigation. The high-temperature silicone O-rings withstand repeated autoclave and ethylene oxide cycles without deformation, preserving internal clarity and preventing fogging. Furthermore, all metal components are nickel-free, reducing the possibility of allergic reactions in sensitive patients.

In terms of compatibility, the standard Storz interface allows these laparoscopes to be connected to most light sources, HD cameras, and image processors found in modern operating rooms. With available adapters, they can be integrated into Olympus, Wolf, or Stryker systems, ensuring versatility and optimized use of hospital resources. The universal light connector minimizes instrument changeover times, resulting in faster procedures and reduced anesthesia requirements for the patient.