Engineered for ultimate versatility, our spline drive impact sockets feature an innovative design that applies force to the flat sides of fasteners rather than the corners to prevent edge rounding. This specialized profile allows a single socket to efficiently turn diverse hardware shapes—including 6-point, 12-point, star, and up-to-50% damaged fasteners—making them an indispensable, high-torque solution for tough maintenance jobs.
A COMPLETE GUIDE
HOLE SAWS
Spyder® hole saws deliver unmatched speed, durability, and versatility in wood, metal, masonry, and more. The RCE Rapid Core Eject® Arbor System ejects cores in seconds, allows steep-angle cuts, and makes enlarging existing holes fast and wastefree. Aggressive tooth geometry, premium carbide or bi-metal edges, and precision construction power through the toughest materials with ease, making clean, accurate cuts job after job.
From Tungsten Carbide Tipped (TCT) saws that cut up to 5x faster and last 10x longer than standard bi-metal, to Tarantula® carbide-tipped models that tackle steel, stainless steel, and nail-embedded wood with up to 50x more cuts, Spyder delivers performance for the toughest materials. For smooth, versatile cutting, Bi-Metal saws with variable tooth pitch round out the lineup, giving pros a hole saw for every challenge.
Whether you’re roughing in electrical, drilling plumbing pass-throughs, or cutting steel plate, Spyder’s TCT, Tarantula®, and Bi-Metal hole saws deliver faster cuts, longer life, and effortless core removal, so you can drill more holes in more materials in less time.
Bi-Metal Hole Saws
Tough, versatile, and smooth—Bi-Metal teeth slice through steel, wood with nails, and plastics
Tarantula® Hole Saws
The pro’s edge for extreme materials—cutting up to 10x faster and lasting 50x
longer than standard bi-metal; dominates steel, wood, PVC, and more
TCT Hole Saws
Carbide-tipped teeth cut up to 10x more holes and 5x faster, ripping through wood, fiber cement, block, brick, tile, PVC, and more
Hole Saws and Accessories
SPLINE DRIVE
Impact Sockets
Forged and Precision-Machined in dedicated SAE and Metric Sizes for an Exact Fit and Refined Finish
Black Phosphate Coating
Provides superior corrosion resistance
High-Visibility Markings
Withstand harsh environments, abrasive materials, high-torque and frequent use
Color-Coded Identifiers
SAE = Blue / Metric = Silver
Spline Drive Technology
Engineered for compatibility with 6-pt, 12-pt Universal Spline, Star, Square. Able to remove up-to 50% rounded off fasteners.
Compatible with 6-pt, 12-pt, Star, Square, Spline, and damaged fasteners that have been rounded up to 50%
FLIP SOCKETS
6-Point Impact Sockets
Quick Flipping Allows Switching Between Two Sizes without Changing Tools
Dual-Ended Design
Combines two sockets into one
Black Phosphate Coating
Provides superior corrosion resistance
Color-Coded Identifiers
SAE = Blue / Metric = Silver
Injection Molded Case
High-Visibility Markings
Withstand harsh environments, abrasive materials, high-torque and frequent use
EXTRACTOR SET
Impact Sockets
Designed to Remove Stripped, Rusted, and Damaged Fasteners
Extractor Socket
Removes fasteners that have been stuck, or rounded up to 50% with ease
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
ADAPTERS
Impact Accessories
Engineered to Exceed the Demands of the Professional Tradesperson
Spring Ball
Securely holds sockets in place
Swivel Joint
Swivels to access hard-to-reach angles (19708 only)
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
ADAPTERS
Impact Accessories
Engineered to Exceed the Demands of the Professional Tradesperson
Spring Ball
Securely holds sockets in place
Swivel Joint
Swivels to access hard-to-reach angles (19708 only)
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
ADAPTERS
Impact Accessories
Engineered to Exceed the Demands of the Professional Tradesperson
Spring Ball
Securely holds sockets in place
Swivel Joint
Swivels to access hard-to-reach angles (19708 only)
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
ADAPTERS
Impact Accessories
Engineered to Exceed the Demands of the Professional Tradesperson
Spring Ball
Securely holds sockets in place
Swivel Joint
Swivels to access hard-to-reach angles (19708 only)
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
ADAPTERS
Impact Accessories
Engineered to Exceed the Demands of the Professional Tradesperson
Spring Ball
Securely holds sockets in place
Swivel Joint
Swivels to access hard-to-reach angles (19708 only)
1/4" Impact-Rated Hex Shank
Designed for use with impact drivers and drills
Impacts & Drills
1/4" Speed Hex
Spyder® Rapid Core Eject® Arbor System
If you’ve ever used a standard hole saw, you know the absolute worst part of the job is pausing every two minutes to pry, yank, and scream at a core wedged tight inside the cup.
In this video, we’re putting the Spyder® Rapid Core Eject® Hole Saws and Arbor System to the test. We'll show you exactly how this game-changing system works, including:
- The 1-Second Core Drop: How to eject plugs instantly with the push of a button.
- Rapid Size Swapping: Changing hole saw diameters without a single tool.
- The Secret Feature: How to use the system to cleanly enlarge an existing hole.
Stop wasting time and ruining your screwdrivers. Click play to see the Spyder system in action and find out if it deserves a spot in your toolbox!
How to Use the Spyder® Rapid Core Eject® Arbor System
Step 1: Use pilot bit to make pilot hole
Step 2: Drill your hole
Step 3: Press RCE button and pull back cup to eject the core
Step 1: Slide cup back to the chuck and drill pilot hole until cup makes a cut
Step 2: Lock cup back in arbor channel, re-insert bit/cup into cut and drill
Step 3: Drill through material at desired angle and remove the core
Step 1: Mount the larger cup behind the smaller cup
Step 2: Attach stacked arbor assembly into drill chuck
Step 3: Drill hole, using the smaller/initial cup as the pilot—remove core