SCHILLING Caspar Vertebral Distractor Right-Left, 80 mm

SCHILLING Caspar Vertebral Distractor Right-Left, 80 mm Specification

Disposable Or Reusable
Yes

Surface Finish
MATT

Condition
NEW

Finish Type
MATT

Material
STAINLESS STEEL

Instrument
Neurosurgery Instruments

Portable
No

Rechargeable
No

Foldable
No

Waterproof
No

Use Type
NEUROSURGERY INSTRUMENT

Usage
HOSPITAL

Application
Hospital

About SCHILLING Caspar Vertebral Distractor Right-Left, 80 mm

SCHILLING The Caspar Vertebral Distractor80 mm, available in right or left configurationis a precision orthopedic instrument used primarily in cervical anterior spinal surgery. Designed for distraction of vertebral bodies, it features two distraction pins placed in adjacent vertebrae, with one fixed and one movable arm coupled by an 80 mm horizontal rack-bar. The surgeon uses a wing or lever mechanism to gradually open the intervertebral space, increasing surgical access while maintaining stability. Constructed of high-grade stainless steel with selflocking ratchets to hold distraction without drift. Ideal for anterior cervical discectomy & fusion (ACDF), spinal alignment correction, or graft insertion procedures. Compact yet robust, it offers precise control with minimal invasiveness.

Engineered for Excellence in Neurosurgery

The SCHILLING Caspar Vertebral Distractor is meticulously designed for neurosurgical applications, providing reliable support and controlled vertebral distraction. Its robust build and matt stainless steel finish optimize hygienic handling and long-term usage in hospital environments. The instrument is tailored for professionals seeking superior performance during spinal surgeries.

Built for Hospital Precision and Safety

Manufactured using premium stainless steel, this neurosurgery instrument boasts exceptional strength, corrosion resistance, and a non-reflective matt finish. Its reusability supports cost-effective procedures, and its design aligns with the latest standards for surgical ergonomics and patient safety, ensuring consistent results in neurospinal operations.

FAQ's of SCHILLING Caspar Vertebral Distractor Right-Left, 80 mm:

Q: How is the SCHILLING Caspar Vertebral Distractor used in neurosurgery?

A: The SCHILLING Caspar Vertebral Distractor is primarily used during spinal surgeries to gently separate and stabilize vertebrae, enabling precise interventions. Neurosurgeons employ this instrument to access and work on spinal segments while minimizing tissue trauma.

Q: What makes this vertebral distractor suitable for hospital use?

A: Its high-quality stainless steel construction, matt finish, and ergonomic design make it ideal for rigorous hospital environments. It is durable, easy to sterilize, and adheres to safety standards necessary for critical neurosurgical procedures.

Q: When should this instrument be used during a surgical procedure?

A: This instrument is typically utilized during the phase of spinal surgery when vertebral distraction is required, such as preparing for fusion, implant placement, or decompression procedures.

Q: Where is the SCHILLING Caspar Vertebral Distractor manufactured and supplied from?

A: This instrument is designed, manufactured, and supplied by experienced exporters and manufacturers based in India, ensuring reliable international distribution and support.

Q: What is the process for cleaning and maintaining this neurosurgery instrument?

A: After each use, the distractor should be thoroughly cleaned and sterilized according to hospital protocols for reusable stainless steel surgical instruments, maintaining its integrity for future procedures.

Q: Is the SCHILLING Caspar Vertebral Distractor disposable or reusable?

A: This neurosurgery instrument is designed to be reusable, enabling multiple sterilizations for extended service life, thereby offering cost-effectiveness to hospitals and healthcare systems.

Q: What benefits does surgeons and patients gain from using this instrument?

A: The instrument provides surgeons with precise control during spinal operations, reducing procedural risks and enhancing patient outcomes by ensuring careful and stable vertebral distraction.

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