Cloward Style Dowel Cutter Pins 1
Cloward Style Dowel Cutter Pins 1 Original price was: $110.00.Current price is: $80.00.
Back to products
Nail Rasp 6 ¾" 2mm Wide, Double Ended Angled
Nail Rasp 6 ¾" 2mm Wide, Double Ended Angled Original price was: $110.00.Current price is: $80.00.

Cloward Style Dowel Holder Shaft 7 1/4″

The Cloward Style Dowel Holder Shaft 7 1/4″ is designed to provide controlled handling and positioning of bone dowels or graft material during appropriate orthopedic and spinal procedures. Its extended shaft supports precise instrument control and access within the surgical field.

Original price was: $110.00.Current price is: $80.00.

Whatapp Inquiry
10 People watching this product now!

Payment Methods:

Description

The Cloward Style Dowel Holder Shaft 7 1/4″ is a specialized surgical instrument component designed to support controlled handling, positioning, and placement of bone dowels or graft material during appropriate orthopedic and spinal procedures. The 7 1/4-inch shaft provides a practical working length for surgeons who require stable instrument control while accessing the operative site.

This dowel holder shaft follows a Cloward-style configuration and is intended for use where controlled manipulation of bone graft material is required. The shaft connects the surgeon’s hand to the working portion of the instrument, allowing deliberate positioning and movement of the dowel during surgical preparation and placement. Its extended length can help provide useful reach while maintaining a controlled hand position outside the immediate operative area.

Bone dowel holders may be used in orthopedic and spinal procedures where cylindrical bone grafts or similar graft material must be carefully handled. Depending on the surgical technique, the instrument can assist with advancing, aligning, positioning, or placing graft material within a prepared surgical site. Actual clinical use should be determined by the surgeon and should follow the applicable surgical technique and facility protocols.

The 7 1/4-inch shaft length offers a balance between reach and maneuverability. A rigid shaft helps maintain stability during controlled manipulation, while the dedicated holder design supports secure interaction with the bone dowel. This can be particularly useful when accurate graft positioning is important and direct hand manipulation would provide less control.

The instrument is typically manufactured from surgical-grade stainless steel, providing a durable construction suitable for professional surgical environments when properly maintained. Stainless steel construction offers strength, corrosion resistance, and compatibility with routine instrument processing. The precise construction of the shaft and working assembly is intended to support reliable handling during repeated clinical use when the instrument is supplied as reusable.

Proper cleaning and sterilization are essential for reusable surgical instruments. After use, the dowel holder should be cleaned according to the manufacturer’s validated instructions to remove biological material and surgical debris. It should then be sterilized using the validated method specified by the manufacturer and the healthcare facility’s infection-control protocols. The shaft and working end should also be inspected regularly for bending, surface damage, or other signs of wear.

The Cloward Style Dowel Holder Shaft 7 1/4″ is a practical choice for orthopedic and spinal instrument sets requiring controlled bone dowel manipulation. Its dedicated Cloward-style configuration, extended 7 1/4-inch shaft, and durable surgical construction make it suitable for professional environments where controlled graft handling and positioning are required.

Key Features

  • Cloward style dowel holder shaft
  • 7 1/4-inch shaft length
  • Designed for controlled bone dowel handling
  • Supports graft positioning and placement
  • Suitable for appropriate orthopedic applications
  • Commonly associated with spinal surgical techniques
  • Extended shaft provides useful surgical reach
  • Rigid construction supports controlled manipulation
  • Typically manufactured from surgical-grade stainless steel
  • Designed for professional operating-room environments
  • Reusable when supplied as a reusable instrument
  • Suitable for validated cleaning and sterilization procedures

Product Specifications

Specification Details
Product Name Cloward Style Dowel Holder Shaft
Shaft Length 7 1/4 inches
Instrument Type Dowel Holder Shaft
Style Cloward Style
Primary Function Bone Dowel Handling and Positioning
Applications Orthopedic and Spinal Surgery
Material Typically Surgical-Grade Stainless Steel
Reusable Yes, when supplied as a reusable instrument
Sterilization Follow manufacturer-validated instructions
Finish Surgical Instrument Finish

FAQs

What is a Cloward Style Dowel Holder Shaft?

A Cloward Style Dowel Holder Shaft is a specialized surgical instrument component used to provide controlled handling and positioning of bone dowels or graft material during appropriate orthopedic and spinal procedures.

What is the shaft length?

This model has a 7 1/4-inch shaft, providing an extended working length for controlled access and manipulation.

What is a Cloward Style Dowel Holder used for?

It is used for controlled handling, positioning, alignment, and placement of bone dowels or graft material according to the applicable surgical technique.

Is this dowel holder shaft used in spinal surgery?

Cloward-style dowel holders are commonly associated with spinal and orthopedic applications where controlled bone graft handling is required.

What material is the dowel holder shaft made from?

It is typically manufactured from surgical-grade stainless steel, although the exact material specification can vary by manufacturer.

Can this instrument be sterilized?

If supplied as a reusable instrument, it should be cleaned and sterilized according to the manufacturer’s validated instructions and the healthcare facility’s established protocols.

Why is the 7 1/4-inch shaft useful?

The extended shaft provides additional reach while allowing the surgeon to maintain controlled hand positioning during appropriate bone dowel or graft manipulation.