| Blade Angle |
60 degrees (steeper than the standard 45 degrees) |
| Cutting Thickness |
Cuts materials up to 1.5 mm thick |
| Pack Quantity |
2 Deep-Point Replacement Blades |
| Compatibility |
Cricut Maker, Cricut Explore family machines |
| Housing Requirement |
Requires Deep-Point Blade Housing (sold separately) |
| Ideal for Projects |
Wall calendars, rubber stamps, custom magnets |
| Material Compatibility |
Extra-thick cardstock, corrugated paper, cardboard, light chipboard, magnet sheets, stiffened felt, foam sheets |
| Product Use |
Allows cutting of thicker materials for various craft projects |
Cricut Explore/Maker Deep-Point Replacement Blades - 2 Pack
Description: Achieve precise cuts through thicker materials with the Cricut Explore/Maker Deep-Point Replacement Blades. These blades, with a steeper angle of 60 degrees compared to the standard 45 degrees, are perfect for slicing through a wide variety of dense materials up to 1.5 mm thick. Ideal for crafting personalized wall calendars from chipboard, cutting custom rubber stamps, or creating unique magnets, these blades expand your creative possibilities. Each pack includes two replacement blades, ensuring you’re always ready for your next project. For optimal performance, pair with the Deep-Point Blade Housing (sold separately). Compatible with Cricut Maker and Cricut Explore family machines, these blades are essential for any serious crafter.
Features:
- 2 Deep-Point Replacement Blades
- Steeper blade angle (60 degrees vs. 45 degrees) slices through most materials up to 1.5 mm thick
- For Cricut Maker® and Cricut Explore® family machines
- Requires Deep-Point Blade Housing (sold separately)
- Create custom wall calendars, rubber stamps, and custom magnets
- Perfect for extra-thick cardstock, corrugated paper, cardboard, light chipboard, magnet sheets, stiffened felt, foam sheets, and more
Compatibility:
- Cricut Maker
- Cricut Explore Machines
These Deep-Point Replacement Blades are designed to enhance your Cricut crafting experience, providing the precision and strength needed for more intricate and durable projects.
