Impact Bearing Driving Bolt/Draw Stud

SKU: 605010

Hybrid Metal Construction: Combines aluminum alloy and alloy steel for strength and durability
Efficient Force Transfer: Optimizes knockout punch system performance
Professional Grade Component: Designed for demanding trade applications

Product Details

The Spyder® Impact Bearing Driving Bolt/Draw Stud is designed to serve as a critical component within professional knockout punch systems. Constructed from a combination of aluminum alloy and alloy steel, it offers an ideal balance of strength, durability, and lightweight performance. Engineered to transfer force efficiently during punching operations, it helps deliver consistent and reliable results. This draw stud is suitable for demanding electrical and HVAC applications where precision and durability are essential. Its rugged design supports long-term performance in commercial and industrial environments.

Why Choose Spyder

Hybrid Metal Construction: Combines aluminum alloy and alloy steel for strength and durability

Efficient Force Transfer: Optimizes knockout punch system performance

Professional Grade Component: Designed for demanding trade applications

Reliable Operation: Supports consistent punching results

Jobsite Durability: Built to withstand heavy-duty use

Material Thickness Limitation

Do not exceed the maximum material cutting capacities (up to 18-gauge for stainless steel and 16-gauge for mild steel). Attempting to punch thicker materials may damage the dies, punches, or driver, and could result in tool failure or personal injury.

Eye and Personal Protection|Always wear appropriate personal protective equipment, including safety goggles and protective gloves, when operating this knockout punch set. Metal shards, sharp burrs, or flying debris can cause severe injury during the cutting process.

Proper Tool Operation|Ensure all components—including the impact bearing driver, adapter, and set nuts—are properly aligned, fully threaded, and securely tightened before applying force with an impact driver. Misalignment or improper setup can cause tool breakage.