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Centerface Fixation Full-pin, No-Point, Standard Threads

Centerface Fixation Full-Pin, Standard Threads, No-Point

 

Centerface NP (No-point) fixation full-pins lack the trocar point found on standard Centerface pins. Lack of a trocar point reduces the potential for injury to the surgeon or patient during pin placement.

Predrilling is required. When predrilling, this should be the centrally-threaded pin of choice.

Standard length pins used in the majority of applications while extended length pins (part numbers indicated with an "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.

Implant quality 316LVM, stainless steel

Additional Product Information

Lengths, diameters, and recommended drill bits are common with standard Centerface pins. IMEX pin and drill charts can be used for trocar and NP versions.  

Predrilling for fixation pins is a widely accepted best practice. The smooth lead end of the centrally threaded pin can be placed through predrilled cortices achieving perfect alignment prior to self-tapping and engaging threads. When proper predrilling is performed, the trocar point on a centrally threaded pin serves no function.

Since the NP version is safer and less expensive, this should be your centrally threaded pin of choice.

Part number 20020 (2.0 mm shaft/2.5 mm thread) is the largest Centerface pin recommended for the mini SK ESF clamp.


  • Specifications
  • Learn
  • FAQs
  • You Might Also Like


Product Specifications

Part No. Compatible ESF Clamp Overall Length Recommended Drill Bit Shaft/Thread Diameter (inch) Shaft/Thread Diameter Thread Length
Part No. Compatible ESF Clamp: Mini, small Overall Length: 95 mm3.74 in Recommended Drill Bit: 2.0 mm0.079 in Shaft/Thread Diameter (inch): – Shaft/Thread Diameter (mm): 2.0 mm | 2.5 mm0.079 in Thread Length: 15 mm0.591 in
Part No. Compatible ESF Clamp: Small Overall Length: 100 mm3.937 in Recommended Drill Bit: 2.3 mm0.079 in Shaft/Thread Diameter (inch): 3/32" | 1/8" Shaft/Thread Diameter (mm): 2.4 mm | 3.2 mm0.079 in Thread Length: 19 mm0.748 in
Part No. Compatible ESF Clamp: Small Overall Length: 150 mm5.906 in Recommended Drill Bit: 2.3 mm0.079 in Shaft/Thread Diameter (inch): 3/32" | 1/8" Shaft/Thread Diameter (mm): 2.4 mm | 3.2 mm0.079 in Thread Length: 25 mm0.984 in
Part No. Compatible ESF Clamp: Small Overall Length: 115 mm4.528 in Recommended Drill Bit: 2.7 mm0.079 in Shaft/Thread Diameter (inch): 7/64" | 9/64" Shaft/Thread Diameter (mm): 2.8 mm | 3.5 mm0.079 in Thread Length: 25 mm0.984 in
Part No. Compatible ESF Clamp: Small Overall Length: 165 mm6.496 in Recommended Drill Bit: 2.7 mm0.079 in Shaft/Thread Diameter (inch): 7/64" | 9/64" Shaft/Thread Diameter (mm): 2.8 mm | 3.5 mm0.079 in Thread Length: 35 mm1.378 in
Part No. Compatible ESF Clamp: Small, large Overall Length: 125 mm4.921 in Recommended Drill Bit: 3.1 mm0.118 in Shaft/Thread Diameter (inch): 1/8" | 5/32" Shaft/Thread Diameter (mm): 3.2 mm | 4.0 mm0.118 in Thread Length: 30 mm1.181 in
Part No. Compatible ESF Clamp: Small, large Overall Length: 175 mm6.89 in Recommended Drill Bit: 3.1 mm0.118 in Shaft/Thread Diameter (inch): 1/8" | 5/32" Shaft/Thread Diameter (mm): 3.2 mm | 4.0 mm0.118 in Thread Length: 45 mm1.772 in
Part No. Compatible ESF Clamp: Large Overall Length: 140 mm5.512 in Recommended Drill Bit: 3.5 mm0.118 in Shaft/Thread Diameter (inch): 9/64" | 11/64" Shaft/Thread Diameter (mm): 3.5 mm | 4.3 mm0.118 in Thread Length: 35 mm1.378 in
Part No. Compatible ESF Clamp: Large Overall Length: 190 mm7.48 in Recommended Drill Bit: 3.5 mm0.118 in Shaft/Thread Diameter (inch): 9/64" | 11/64" Shaft/Thread Diameter (mm): 3.5 mm | 4.3 mm0.118 in Thread Length: 50 mm1.969 in
Part No. Compatible ESF Clamp: Large Overall Length: 150 mm5.906 in Recommended Drill Bit: 3.9 mm0.118 in Shaft/Thread Diameter (inch): 5/32" | 3/16" Shaft/Thread Diameter (mm): 4.0 mm | 4.8 mm0.157 in Thread Length: 38 mm1.496 in
Part No. Compatible ESF Clamp: Large Overall Length: 200 mm7.874 in Recommended Drill Bit: 3.9 mm0.118 in Shaft/Thread Diameter (inch): 5/32" | 3/16" Shaft/Thread Diameter (mm): 4.0 mm | 4.8 mm0.157 in Thread Length: 57 mm2.244 in

Learn

The Learn section is a product-specific resource for veterinary surgeons and veterinary staff offering a variety of videos, image galleries, and quick tips on the use of IMEX products. To view additional educational content, visit our Learning Center.

SK ESF System | Controlling Pin Tract Drainage

SK ESF System | Controlling Pin Tract Drainage
External skeletal fixation Videos

SK ESF System | Soft Tissue Release Incisions

SK ESF System | Soft Tissue Release Incisions
External skeletal fixation Videos

External Fixation Pin Placement Zones

External Fixation Pin Placement Zones
External skeletal fixation Images

SK ESF System | ESF Pin Placement

SK ESF System | ESF Pin Placement
External skeletal fixation Videos

FAQs

  • Is there a sequence and technique for placement of subsequent pins?

    Typically, the third and fourth pins placed into an ESF frame are the two pins on each side and closest to the fracture. This is not mandatory; however, it is easier to verify accuracy of reduction and ensures good pin placement. These pins are placed via liberal release incisions and through pre-drilled holes. Placing the SK clamp over the area of soft tissue release, and using the secondary bolt to secure it in perfect alignment for the desired drill hole and pin position ensures correct targeting and pin placement. Next, the appropriate drill sleeve is passed through the primary pin-gripping bolt to protect the soft tissue as the bone is pre-drilled. One must be careful not to crush the thin-walled drill sleeve by tightening the primary pin-gripping bolt more than just enough to hold the sleeve in position. Pre-drilling is performed through the drill sleeve while exercising care not to exert undue pressure on the drill bit. Excess pressure results in drill bit flexing and a sudden “push through” of the drill bit into the opposite soft tissues as it breaks through the bone. The drill sleeve is then removed and low-speed insertion of the fixator pin is performed. After placing pins three and four, recheck reduction and alignment before placing additional pins. Repeat this procedure for as many additional pins as desired.