Bsc Preferred QJDIB-PTASET-022C Oscillating Blade 3-pack

Product Description

The BSC PREFERRED QJDIB-PTASET-022C is a 3-pack of 1.25-inch metal cutting oscillating multi-tool blades designed for cutting through screws, bolts, metal pipes, and nails. Built for tough metal applications, these blades deliver consistent, controlled cuts in demanding trade environments. The set includes three blades, giving technicians and tradespeople backup capacity during extended jobs. Universal-fit mounting is compatible with all major oscillating tool platforms, so no adapter is required for most cordless and corded oscillating tools on the job site.

These blades are suited for residential and commercial applications where metal cutting is required in tight or confined spaces. Common use cases include cutting rusted fasteners, trimming metal pipe, and removing nails during demolition or renovation work. Plumbers, electricians, and general contractors who use oscillating multi-tools as part of their standard kit will find these blades a practical consumable to keep on hand. The 3-pack format supports continuous workflow without stopping to source replacements mid-job.

Key Features

• Designed for cutting screws, bolts, metal pipes, and nails
• 1.25-inch blade length for precision work in confined areas
• Universal fit compatible with all major oscillating tool brands
• 3-pack format provides backup blades for extended or multi-phase jobs
• Suited for both residential and commercial metal cutting applications

Compatibility

Universal-fit design works with all major brands of oscillating multi-tools without requiring an adapter.

Installation Notes

Blade changes should be performed with the oscillating tool powered off and unplugged or the battery removed. Follow the tool manufacturer's blade-change procedure, as attachment mechanisms vary by brand. Wear appropriate eye and hand protection when cutting metal, as sparks and sharp debris are common. Inspect the blade for wear or damage before each use and replace if cutting efficiency has declined noticeably.