Rongeurs

The Adson cranial rongeur features straight shaft geometry with a 15 × 7mm cup-shaped jaw for controlled removal of bone during craniotomy and expanded spinal decompression. The wide jaw aperture captures larger bone fragments while maintaining precision contact with lamina and vertebral surfaces. At 210mm, the instrument provides balanced reach and control.

Features & Benefits

• 15 × 7mm cup-shaped jaw for broad cranial and spinal bone removal
• Straight 210mm geometry for precise lamina access
• Wide jaw aperture captures larger bone fragments cleanly
• Stainless steel construction for durable repetitive bone work

The Cushing pituitary rongeur is engineered for controlled bone removal during transsphenoidal pituitary surgery, with a 2 × 10mm bite capacity for trabecular material resection. The straight 152mm shaft supports precision control within the surgical field. Stainless steel durability withstands the repetitive gripping force across many neuro cases.

Features & Benefits

• Cushing 2 × 10mm bite for pituitary bone work
• Straight orientation supports transsphenoidal access
• 152mm working length enables controlled reach
• Stainless steel withstands repetitive gripping cycles

This extended Cushing pituitary rongeur spans 279mm for deeper sellar and suprasellar access during transsphenoidal tumor resection. The 2 × 10mm cup jaw bite provides secure tissue grip on pituitary and surrounding dural structures. Stainless steel construction delivers durable performance across demanding neuro procedures.

Features & Benefits

• Extended 279mm reach for deep sellar access
• Cushing 2 × 10mm cup jaws for secure grip
• Serrated surfaces prevent slipping on moist tissue
• Stainless steel built for durable neuro reuse

This Cushing pituitary rongeur delivers precise bone removal during transsphenoidal pituitary tumor resection. The up-angled shaft configuration provides improved visualization and access to the sella turcica during deep sellar work. The 2 × 10mm bite accommodates selective removal of intraspinal pituitary tissue without disrupting surrounding dural structures.

Features & Benefits

• Up‑angled shaft improves visualization during deep sellar access
• 2 × 10mm bite enables selective pituitary tumor removal
• 178mm working length accommodates transsphenoidal corridor depth
• Precision bone removal protects surrounding dural membranes

This extended Love‑Gruenwald pituitary rongeur provides lengthened reach for deeper spinal or skull base exposures. The 280mm working length accommodates access to midline bony lesions in deeper anatomic planes. The straight shaft maintains alignment and control during precision bone removal in complex neuro-oncologic cases.

Features & Benefits

• Extended 280mm working length reaches deeper spinal levels
• Straight geometry maintains control during deep bony work
• 3 × 10mm bite enables selective midline lesion removal
• Durable stainless‑steel suits complex neuro‑oncologic procedures

This Love‑Gruenwald pituitary rongeur supports transsphenoidal access with a straight shaft and 3 × 10mm bite geometry. The compact 127mm working length allows precise maneuvering within the narrow sphenoid corridor. Stainless steel construction delivers lasting performance across repeated pituitary and skull base cases.

Features & Benefits

• Straight shaft supports aligned transsphenoidal approach
• 3 × 10mm bite accommodates selective sphenoid bone removal
• Compact 127mm working length suits narrow sphenoid access
• Reliable construction endures repeated skull base cases

The Schlesinger pituitary rongeur combines serrated cup jaws with a 2 × 10mm bite for controlled pituitary and sellar tissue removal during transsphenoidal procedures. The straight 127mm working length supports precision positioning. Serrated jaw design prevents slipping on moist osseous surfaces common in neuro work.

Features & Benefits

• Schlesinger serrated cup jaws prevent tissue slipping
• 2 × 10mm bite for pituitary and sellar removal
• Straight orientation supports transsphenoidal positioning
• 127mm working length enables controlled access

The Spurling‑Kerrison foraminotomy rongeur combines a heavy‑curved (90‑degree) jaw with a 4mm bite, designed to remove ligamentum flavum and laminar bone during posterior cervical and lumbar decompression. The curved shaft delivers biting force at the surgical target while the handle remains clear of the operative field. At 203mm working length, the instrument suits both standard and minimally invasive exposures.

Features & Benefits

• 4mm bite clips ligamentum flavum and lamina precisely
• 90‑degree heavy curve directs force to surgical target
• 203mm working length suits spinal canal access
• Spurling‑Kerrison pattern enables consistent bone removal

The Spurling-Kerrison rongeur combines a heavy upward curve at 90 degrees with a 3mm bite aperture for targeted bone removal during spinal decompression. The curved approach angles the cutting edges for access to ventral lamina and vertebral body resection in the spinal canal. The 203mm working length permits controlled bone-biting in confined cervical and lumbar spaces.

Features & Benefits

• 90-degree heavy upward curve for anterior lamina access
• 3mm cutting cup for graduated vertebral bone removal
• 203mm working length in confined spinal canal spaces
• Stainless steel jaw hardness for repetitive bone-biting work