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I008-01348
- Used in high-torque power tools
- Used in high-torque power tools
I008-01355
- Used in high-torque power tools
- For drives fasteners
- For drives fasteners
- Designed for use in power drill chuck and chuck adapter
I008-01284
- Lobular design reduces stripping damage by driving the fastener on the sides instead of forcing the corners to turn
- Provides more clearance on the corners of the fastener, where paint build-up can occur
- Provides more clearance on the corners of the fastener, where paint build-up can occur
- Provides more clearance on the corners of the fastener, where paint build-up can occur
- Provides more clearance on-the corners of the fastener where paint build up can occur
I008-01265
- Lobular design reduces stripping damage by driving the fastener on the sides instead of forcing the corners to turn
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Provides more clearance on the corners of the fastener where paint build-up can occur
- Magnetic nutsetters use magnets that are 4X more powerful than common magnets
I008-01267
- Lobular design reduces stripping damage by driving the fastener on the sides instead of forcing the corners to turn
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Provides more clearance on the corners of the fastener where paint build-up can occur
- Magnetic nutsetters use magnets that are 4X more powerful than common magnets
I008-01279
- Lobular design reduces stripping damage by driving the fastener on the sides instead of forcing the corners to turn
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Provides more clearance on the corners of the fastener where paint build-up can occur
- Magnetic nutsetters use magnets that are 4X more powerful than common magnets
I008-91831
- 1/4 in shank works with all types of drills and drivers
- Manufactured with rare earth magnets 4X stronger than standard magnets
- Manufactured with rare earth magnets 4X stronger than standard magnets
- Heat treated S2 steel
- For use with sheet metal screws and other hexagonal head fasteners
I008-592321
- Common in automotive and computer industries
- For high-torque applications
- For high-torque applications
I008-92326
- Tamper-resistant Torx screws feature a post in the center of the recess
- For drives fasteners
- For drives fasteners
I008-93011
- Used in high-torque power tools
- For drives fasteners
- For drives fasteners
I008-93324
- Common in automotive and computer industries
- For drives fasteners
- For drives fasteners
I008-52427
- Common in automotive and computer industries
- For drives fasteners
- For drives fasteners
I008-93369
- Common in automotive and computer industries
- For drives fasteners
- For drives fasteners
I008-93370
- Common in automotive and computer industries
- For drives fasteners
- For drives fasteners
I008-93718
- Can be used with socket wrench or socket adapter
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
I008-93736
- Can be used with socket wrench or socket adapter
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
- C-ring design contains an internal clip that fits into the retaining ring notch of the insert bit to hold the bit securely in place
I008-93784
- Ball retention design for quick-change applications
- Pin lock design for production applications
- Pin lock design for production applications
- Pin lock design for production applications
I008-94232
- For use with sheet metal screws and other hexagonal head fastener
- Standard six-point design
- Standard six-point design
- Standard six-point design
I008-94416
- For use with sheet metal screws and other hexagonal head fastener
- Standard six-point design
- Standard six-point design
- Standard six-point design
I008-94436
- For use with sheet metal screws and other hexagonal head fastener
- Standard six-point design
- Standard six-point design
- Standard six-point design
I008-94712
- Lobular design reduces stripping damage by driving the fastener on the sides instead of forcing the corners to turn
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Maintains the true shape of the fastener, dramatically reducing breakage and stripping damage
- Provides more clearance on the corners of the fastener where paint build-up can occur
- Magnetic nutsetters use magnets that are 4X more powerful than common magnets
I008-64213
- Common in automotive and computer industries
- Common in automotive and computer industries