Service Shot Pullback

Grouped product items
Part NameYour Price Qty
10,000 lbs Service Shot Pulling Eye
10,000 lbs Service Shot Pulling Eye Part #: 2622-EYE305

This item is in stock

Your Price $200.85
2-1/4" UN x EYE305 (Pin/Eye)
2-1/4" UN x EYE305 (Pin/Eye) Part #: 44M-EYE305

This item is in stock

Your Price $176.13
Anchor Shackle | 1/2"
Anchor Shackle | 1/2" Part #: SHACKLE-1/2

This item is in stock

Your Price $15.45
This item is over 150lb and must be shipped with Freight.
Get this as early as tomorrow if ordered before 3pm PST. More Shipping Info
Total Price
$0.00

Don't forget to include a pullback component for Melfred Borzall's Service Shot System here. Whether it is a threadless attachment pulling eye, or a pulling eye to trail your reamer, we've got you covered.

Product Features

Select one or more pullback parts in the column to the right. Please keep in mind the following:

  • 44M-EYE305 is a threaded pulling eye intended to thread into the rear of the Service Shot Reamer (2622-RJD-44F)
  • 2622-EYE305 is a threadless direct connection to the 2622-HT Housing
  • The 1/2 Shackle is recommended for use with the Service Shot Bit

FREQUENTLY ASKED QUESTIONS

What types of utility installs is the Service Shot tooling best suited for?

Short Answer: Service Shot tooling is best suited for short utility service installations on rigs rated up to 10,000 lb pullback.

Correct use: Service Shot tooling is commonly used for compact utility installs such as fiber drops, gas services, water services, and similar small-diameter applications where bore length is short and control is critical.

Technical details: This tooling is designed for speed and accuracy on short entry-to-exit shots. Cutter layout and body design support efficient performance on small utility jobs, typically under 150 feet per shot, where torque demands remain limited.

Incorrect use includes: Using Service Shot tooling for large-diameter installations over 12 inches, long-distance bores exceeding 150 feet, or applications requiring sustained high torque. Incorrect use can introduce greater risk of reduced efficiency, accelerated wear, and tool damage.