Dental Micro Surgical Kit

Dental Micro Surgical Kit

The Dental Micro Surgical Kit (Article# LS9-532/7) is an 18-piece set supplied with a perforated autoclave cassette for organized sterilization and storage. The set includes a straight scalpel handle (14.5 cm) compatible with blades #10–15, a micro surgical scalpel handle (13.5 cm) with a knurled grip body, and Iris scissors (9 cm) with tungsten carbide inserts and a full black ceramic coating. All metal components are manufactured from German stainless steel, giving each instrument a corrosion-resistant, reusable construction built for repeated autoclave cycles.

The remaining instruments include a Micro Cooley (18 cm) with a diamond-pattern knurled handle and TC-tipped jaws, Castroviejo microsurgery scissors (18 cm) with gold-colored spring handles and curved TC blades, and a straight microsurgical needle holder (18 cm) with a locking ratchet mechanism and TC jaw inserts. The dental surgical set cassette itself measures approximately 18 × 11 cm with color-coded silicone mats to hold each instrument in a fixed, separated position.

Oral and maxillofacial surgeons and periodontists use the Dental Micro Oral Surgery Instruments Kit for procedures including periodontal flap surgery, guided bone regeneration, implant placement, and soft tissue grafting. The Castroviejo scissors trim periosteal membranes, the needle holder manages 5-0 to 7-0 sutures, and the micro scalpel handles seat 15C and 12 blades for precise incision work in restricted intraoral fields.

For clinics and surgical training centers seeking a complete, ready-to-use microsurgical solution, Leader Surgical delivers this set with consistent instrument geometry, verified TC jaw hardness, and a cassette system that supports both tabletop organization and in-autoclave processing without instrument contact damage.

What are the instruments used in microsurgery?
Basic microsurgical instruments include microscope, forceps, dilators, cutting tools, and sutures. A microscope is indispensable. It allows the magnification of tiny body structures. Better visualization allows for better and more successful surgical procedure on these tiny tissues.