Service Shot Parts & Accessories

Grouped product items
Part NameYour Price Qty
Anchor Shackle | 1/2"
Anchor Shackle | 1/2" Part #: SHACKLE-1/2

This item is in stock

Your Price $15.45
Compression Spring | 2622-HT Housing
Compression Spring | 2622-HT Housing Part #: 2622-HT-SPRING

This item is in stock

Your Price $5.97
Roll Pin Punch Tool | 7/16"
Roll Pin Punch Tool | 7/16" Part #: PUNCH-RP-044

This item is in stock

Your Price $19.50
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

Find all of your replacement parts and accessories for Melfred Borzall's Service Shot System here. Whether it is a replacement spring or extra roll pins, we've got you covered.

Product Features

You can just select the quantity you need in the column to the right. Please keep in mind that when you purchase a Service Shot Housing, the following are automatically included with your purchase:

  • 4 x Front Roll Pins (RP-050-250)
  • 1 x Transmitter Compression Spring (2622-HT-SPRING)
  • 1 x Roll Pin Punch Tool (PUNCH-RP-044)

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.