The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.
The Self-Cut Speed Spade Bit performs extremely fast hole drilling. Its self-feeding threaded tip enables the drill bit to effortlessly pull itself into the wood for high-speed drilling with little exertion. Fast chip removal for rapid results is made possible by the specially shaped spade.
The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.
The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.
The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.
The Self-Cut Speed Spade Bit performs extremely fast hole drilling. Its self-feeding threaded tip enables the drill bit to effortlessly pull itself into the wood for high-speed drilling with little exertion. Fast chip removal for rapid results is made possible by the specially shaped spade.
The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.
The HSS Twist Drill Bit offers solid drilling for standard jobs, such as drilling holes through metal. The low-heat-shaping manufacturing process results in high elasticity and a low risk of breakage, especially when drilling holes with diameters smaller than 6 mm.