Tool Accessories

High-speed steel (HSS) construction for durability and strength Hi Power design for enhanced performance and efficiency Suitable for drilling in metal, wood, and plastic Imperial size: 15/64" (5.95mm) General purpose jobber length for versatile applications Compatible with hand and powered drills

• High-speed steel (HSS) construction for durability and strength
• Hi Power design for enhanced performance and efficiency
• Suitable for drilling in metal, wood, and plastic
• Imperial size: 7/32" (5.56mm)
• General purpose jobber length for versatile use
• Compatible with hand and powered drills

• High-speed steel (M2 HSS) construction for strength and wear resistance
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster than conventional bits
• Suitable for ferrous and non-ferrous materials including steel, aluminium, brass, wood, and plastics
• Metric size: 9.0mm
• Compliant with DIN338 standards

• High-speed steel (M2 HSS) construction for strength, heat, and wear resistance
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster than conventional bits
• Suitable for ferrous and non-ferrous materials including steel, aluminium, brass, wood, and plastics
• Imperial size: 23/64" (9.13mm)
• Reduced shank (for sizes >10mm/3/8") to suit 10mm drill chucks

• Titanium coating for reduced friction, cooler drilling, and extended bit life
• High-speed steel (HSS) construction for strength and durability
• Suitable for wood, metal, and plastic applications
• 135° split point to prevent walking and enable quick, accurate starts
• Dual metric/imperial sizing: 9.5mm (3/8")
• Versatile for use in drills and impact drivers

• Titanium coating for reduced friction, cooler operation, and extended bit life
• High-speed steel (HSS) for strength and durability Suitable for drilling in wood, metal, and plastic
• 135° split point (typical for Ryobi titanium bits) to prevent walking and enable quick starts
• Metric/imperial dual sizing: 5mm (3/16")
• General purpose design for versatile use in drills and drivers

• High-speed steel construction for durability and strength
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster
• Suitable for ferrous and non-ferrous materials including steel, aluminium, brass, wood, and plastics
• Imperial size: 13/64" (5.16mm)
• Compliant with ANSI B94-11 standards

• High-speed steel (M2 HSS) construction for strength and durability
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster than conventional bits
• Suitable for ferrous and non-ferrous materials including steel, aluminium, brass, wood, and plastics
• Imperial size: 3/16" (4.76mm)
• Compliant with ANSI B94-11 standards

• High-speed steel construction for durability
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster
• Suitable for ferrous and non-ferrous materials including steel,
• aluminium, brass, wood, and plastics
• Imperial size: 3/32" (2.38mm)
• Compliant with ANSI B94-11 standards

• High-speed steel construction for durability
• 118° split point for self-centering and reduced wandering
• Viper point design drills up to 2 times faster
• Suitable for ferrous and non-ferrous materials including steel, aluminium, brass, wood, and plastics
• Imperial size: 7/64" (2.78mm)
• Compliant with ANSI B94-11 standards

• Viper point design for up to 2x faster drilling speeds 118° split point minimises wandering on start (sizes >3.5mm & 9/64")
• Made from M2 HSS for strength, heat and wear resistance
• Bright finish for general-purpose applications
• Suitable for ferrous & non-ferrous metals, wood and plastics
• Precise drilling in machine or hand-held applications

• 9mm blade width for precision cutting
• Segmented snap-off blade for extended sharp use
• Auto-lock or slide-lock mechanism for safety
• Lightweight durable plastic body
• Suitable for paper, cardboard, vinyl and light materials