Milwaukee Imperial Blades Starlock 3-3/8" Thin Metal Segment Blade IBSL410-1
MAXIMUM STABILITY AND HIGH-SPEED STEEL DURABILITY FOR PRECISION METAL CUTTING
The Imperial Blades Starlock™ 3-3/8" Thin Metal Segment Blade is engineered for professionals who demand mechanical precision during long, straight-line tracking in sheet metal and ductwork. Utilizing High-Speed Steel (HSS) construction, this blade provides significantly higher wear resistance and hardness compared to standard high-carbon steel, ensuring a longer professional ROI when tackling thin metal, fiberglass, and PVC. The segment shape is specifically designed to provide a stable guide for straight cuts while allowing the user to work flush into corners without the risk of over-cutting, a critical advantage for HVAC and finish carpentry applications. The Starlock interface ensures a 100% power transfer from the tool to the blade, eliminating the slip and vibration common in lesser mounting systems.
- / High-Speed Steel (HSS) construction delivers superior heat resistance and extended life when cutting thin metal fasteners and sheet goods.
- / Universal Starlock mounting system provides a secure, tool-free connection compatible with all Starlock multi-tools and Milwaukee non-Starlock models.
- / Segmented blade geometry enables precise control for long straight cuts and edge work without the risk of over-penetration.
- / Black Oxide finish provides a protective barrier against corrosion and reduces friction during high-speed oscillations.
- / Laser-etched markings ensure permanent visibility of blade type and application for rapid identification in the tool bag.
TECHNICAL SPECIFICATIONS
| Mounting System | Starlock (Compatible with Non-Starlock Milwaukee) |
| Blade Material | High-Speed Steel (HSS) |
| Cutting Width | 3-3/8" |
| Max Plunge Depth | 3/4" |
| Blade Coating | Black Oxide |
| Recommended Materials | Thin Metal, Wood w/ Nails, PVC, Fiberglass, Drywall |
WHAT'S IN THE BOX
(1) Imperial Blades Starlock 3-3/8" Thin Metal Segment Blade (IBSL410-1)
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
MAXIMUM STABILITY AND HIGH-SPEED STEEL DURABILITY FOR PRECISION METAL CUTTING
The Imperial Blades Starlock™ 3-3/8" Thin Metal Segment Blade is engineered for professionals who demand mechanical precision during long, straight-line tracking in sheet metal and ductwork. Utilizing High-Speed Steel (HSS) construction, this blade provides significantly higher wear resistance and hardness compared to standard high-carbon steel, ensuring a longer professional ROI when tackling thin metal, fiberglass, and PVC. The segment shape is specifically designed to provide a stable guide for straight cuts while allowing the user to work flush into corners without the risk of over-cutting, a critical advantage for HVAC and finish carpentry applications. The Starlock interface ensures a 100% power transfer from the tool to the blade, eliminating the slip and vibration common in lesser mounting systems.
- / High-Speed Steel (HSS) construction delivers superior heat resistance and extended life when cutting thin metal fasteners and sheet goods.
- / Universal Starlock mounting system provides a secure, tool-free connection compatible with all Starlock multi-tools and Milwaukee non-Starlock models.
- / Segmented blade geometry enables precise control for long straight cuts and edge work without the risk of over-penetration.
- / Black Oxide finish provides a protective barrier against corrosion and reduces friction during high-speed oscillations.
- / Laser-etched markings ensure permanent visibility of blade type and application for rapid identification in the tool bag.
TECHNICAL SPECIFICATIONS
| Mounting System | Starlock (Compatible with Non-Starlock Milwaukee) |
| Blade Material | High-Speed Steel (HSS) |
| Cutting Width | 3-3/8" |
| Max Plunge Depth | 3/4" |
| Blade Coating | Black Oxide |
| Recommended Materials | Thin Metal, Wood w/ Nails, PVC, Fiberglass, Drywall |
WHAT'S IN THE BOX
(1) Imperial Blades Starlock 3-3/8" Thin Metal Segment Blade (IBSL410-1)













