Stryker Neuro Drill 5230-107-330 3.0mm Neuro Drill Long 3.0mm x 3.8mm (Match Head) Soft Touch
Stryker 5230-107-330 3.0mm Neuro Drill Long 3.0mm x 3.8mm (Match Head) Soft Touch
• Model: 5230-107-330
• 3.0mm x 3.8mm
This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.
This is a long-length neuro drill burr featuring a 3.0 mm diameter head with a 3.8 mm match-head configuration, designed for neurosurgical applications such as cranial and spinal bone work. The “Long” designation indicates an extended cutting edge to reach deeper anatomical areas, while the Soft Touch design highlights a smoother cutting action ideal for precision bone removal. It is compatible with Stryker’s match-head attachments and high-speed surgical handpieces, allowing secure, slip-resistant coupling during delicate procedures.
Crafted from tool-grade stainless steel, this burr balances durability for repeated sterilization and surgical resilience. Its single-ended cutting surface provides a smooth, controlled burr-out, reducing bone chatter and enhancing tactile feedback. The configuration is typical for neurosurgical burrs intended for fine skull or vertebral access, enabling precision in tight spaces and around delicate structures, while maintaining structural integrity under high-speed rotations.
Stryker 5230-107-330 3.0mm Neuro Drill Long 3.0mm x 3.8mm (Match Head) Soft Touch
• Model: 5230-107-330
• 3.0mm x 3.8mm
This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.
This is a long-length neuro drill burr featuring a 3.0 mm diameter head with a 3.8 mm match-head configuration, designed for neurosurgical applications such as cranial and spinal bone work. The “Long” designation indicates an extended cutting edge to reach deeper anatomical areas, while the Soft Touch design highlights a smoother cutting action ideal for precision bone removal. It is compatible with Stryker’s match-head attachments and high-speed surgical handpieces, allowing secure, slip-resistant coupling during delicate procedures.
Crafted from tool-grade stainless steel, this burr balances durability for repeated sterilization and surgical resilience. Its single-ended cutting surface provides a smooth, controlled burr-out, reducing bone chatter and enhancing tactile feedback. The configuration is typical for neurosurgical burrs intended for fine skull or vertebral access, enabling precision in tight spaces and around delicate structures, while maintaining structural integrity under high-speed rotations.
Description
Stryker 5230-107-330 3.0mm Neuro Drill Long 3.0mm x 3.8mm (Match Head) Soft Touch
• Model: 5230-107-330
• 3.0mm x 3.8mm
This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.
This is a long-length neuro drill burr featuring a 3.0 mm diameter head with a 3.8 mm match-head configuration, designed for neurosurgical applications such as cranial and spinal bone work. The “Long” designation indicates an extended cutting edge to reach deeper anatomical areas, while the Soft Touch design highlights a smoother cutting action ideal for precision bone removal. It is compatible with Stryker’s match-head attachments and high-speed surgical handpieces, allowing secure, slip-resistant coupling during delicate procedures.
Crafted from tool-grade stainless steel, this burr balances durability for repeated sterilization and surgical resilience. Its single-ended cutting surface provides a smooth, controlled burr-out, reducing bone chatter and enhancing tactile feedback. The configuration is typical for neurosurgical burrs intended for fine skull or vertebral access, enabling precision in tight spaces and around delicate structures, while maintaining structural integrity under high-speed rotations.
