For professionals and hobbyists alike, the challenges of cutting delicate materials with conventional blades are all too familiar - safety concerns, frequent replacements, and compromised precision. Slice® Precision Blades emerge as a groundbreaking solution, combining unparalleled safety with exceptional durability and accuracy.
At the core of Slice® blades lies their patented finger-friendly® design. Scientifically engineered to minimize accidental cuts, these blades demonstrate significantly lower skin penetration force compared to traditional metal blades. The non-conductive properties add another layer of safety, particularly valuable when working with electronic components or in environments where electrical hazards exist.
The fine-point micro blades deliver exceptional control for intricate cutting applications. Whether working with paper, film, labels, or vinyl decals, users achieve clean, precise cuts without compromise. This level of precision makes the blades ideal for detailed artistic work, model building, and specialized crafting projects.
Constructed from high-grade zirconium oxide ceramic, Slice® blades boast a hardness that translates to extraordinary wear resistance. Independent testing confirms these blades last 11.2 times longer than conventional steel blades. Their chemical inertness prevents rust and corrosion, eliminating maintenance concerns while maintaining optimal cutting performance throughout their extended lifespan.
The cartridge-style blade system enables tool-free replacement with a simple click mechanism, removing the hazards associated with traditional blade changes. Each package contains four blades suitable for multiple tools or as backups. Notably, the oil-free coating ensures clean operation without material contamination.
Slice® Precision Blades serve diverse cutting needs across multiple domains:
The blades measure 1.01" (L) × 0.22" (W) × 0.22" (H) and weigh 0.02 lbs. Constructed from ABS and zirconium ceramic, their cutting depth adapts to material requirements while maintaining consistent performance.