Kano Surgical Equipment Procurement Hub

Babcock clamps are surgical grasping instruments used for handling tubular tissue, including bowel. Their rounded, fenestrated working-end pattern supports tissue positioning during open surgery. They are selected where the grasping profile needs to suit the structure being held and the operative exposure.

A Crile hemostat is a surgical clamp used to grasp vessels or tissue during hemostasis and dissection. It supports temporary clamping and tissue control before ligation or other operative steps. The instrument forms part of general surgical sets where a locking hemostatic clamp is required.

A craniotomy drill set provides drilling instruments for bone preparation during cranial surgery. It supports operative workflows requiring cranial access and controlled bone drilling. The set configuration is selected according to the required drill sizes, attachments and compatibility with the intended drive system.

An operating-theatre light illuminates the surgical field during operative procedures. It supports the visibility required for tissue examination, dissection and other surgical tasks. The selected light-head arrangement, mounting format and illumination controls are matched to the theatre layout and procedure requirements.

Neurosurgical drills are used for controlled bone drilling during cranial procedures. The range is available in different sizes to accommodate procedure-specific drilling requirements. Drill selection depends on the required access, compatible cutting attachments and the operating-room setup.

The listed configuration is a ultrasonic harmonic surgical generator and shears system providing precise simultaneous cutting and coagulation of soft tissue and vessels up to 5mm with minimal thermal spread. It uses ultrasonic energy for surgical tissue cutting and coagulation through a compatible handpiece.

An anesthesia workstation supports delivery of anesthetic gases and management of ventilation during surgery. It forms part of the operating-theatre anesthesia setup alongside the required patient monitoring equipment. The selected configuration is matched to the intended breathing circuit, vaporizers and ventilation requirements.

An insufflator delivers carbon dioxide to establish and maintain a working space during laparoscopic surgery. It supports pneumoperitoneum as part of the minimally invasive operative setup. The system is selected according to the required flow capability, pressure controls and compatibility with the intended tubing and access equipment.