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Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provides power tool accessory balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provide balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provides power tool accessory balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provide balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Durable split-point tip for fast, accurate material penetration. Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification. Also available for sale in a carton, qty.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provides power tool balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provide balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provides power tool accessory balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provide balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provides power tool accessory balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
Patented split-step design optimizes chip load for fast, smooth cutting, and more holes per charge. Progressive cutting edges provide balanced aggression to maximize torque efficiency and minimize stalling. Improved double flute design for superior chip evacuation, cutting speeds and tool life. Laser markings for quick, easy product and size identification.
UPC #: 0783310521655 Share Punches 1-11/32" holes in 16 and 18 gauge structural studs Has ability to punch holes in under 5 seconds 4" throat depth from center of punch
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oiltight push buttons. For punching conduit size holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oil tight push buttons. For punching conduit size holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oiltight push buttons. For punching conduit size holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oil tight push buttons. For punching conduit sized holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 12 gauge (2.5 mm).
Triple lock design holds bushing securely Locks securely into metal studs from 24 gauge to 12 gauge (0.6 mm to 2.5 mm) Helps protect wire insulation from sharp edges of metal studs Makes pulling smooth and easy by preventing hang-ups of cable on raw metal edges Warranty & Return Policy
Available for: - Stainless Steel - 1/2" to 2" conduit size Mild Steel - 1/2" to 4" conduit size Metric ISO-16 to ISO-63 22mm & 30mm for Oil tight push buttons. SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. For punching holes in stainless steel, mild steel, aluminum, fiberglass, and plastic.
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oil tight push buttons. For punching conduit size holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).
Triple lock design holds bushing securely Locks securely into metal studs from 24 gauge to 12 gauge (0.6 mm to 2.5 mm) Helps protect wire insulation from sharp edges of metal studs Makes pulling smooth and easy by preventing hang-ups of cable on raw metal edges Warranty & Return Policy
Available for: - Stainless Steel - 1/2" to 2" conduit size Mild Steel - 1/2" to 4" conduit size Metric ISO-16 to ISO-63 22mm & 30mm for Oil tight push buttons. SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading.
Available for: - Stainless Steel - 1/2" to 2" conduit size Mild Steel - 1/2" to 4" conduit size Metric ISO-16 to ISO-63 22mm & 30mm for Oil tight push buttons. SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading.
Available for: - Stainless Steel - 1/2" to 2" conduit size Mild Steel - 1/2" to 4" conduit size Metric ISO-16 to ISO-63 22mm & 30mm for Oil tight push buttons. SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading.
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. 22mm & 30mm for Oil tight push buttons. For punching conduit size holes in stainless steel, mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).
SPEED PUNCH® saves time and money with every hole. Up to 3X's faster setup and disassembly. No-Thread punch design eliminates cross-threading. Available for Mild Steel - 1/2" to 4" conduit size For punching conduit size holes in mild steel, aluminum, fiberglass, and plastic. Max: 10 gauge (3.0 mm).