Bsc Preferred QJDIB-OS-003 Oscillating Blade 1-1/4 in

Product Description

The BSC PREFERRED QJDIB-OS-003 is a titanium-coated oscillating multi-tool blade designed for cutting metal, wood, wood with nails, drywall, and PVC. The titanium coating on the cutting tip delivers up to 10 times the service life of standard carbon steel blades, reducing blade changes on busy job sites. At 1-1/4 inches wide, this blade fits the reach needed for flush cuts, plunge cuts, and tight-space work that oscillating tools are relied on to handle. Electricians, plumbers, and general contractors all carry oscillating tools as a core hand tool, and this blade is a direct-fit consumable for those kits.

This blade is suited for both residential and light commercial applications where tradespeople need a single blade that transitions across multiple materials in a workday. Common scenarios include cutting PVC pipe in tight chases, trimming drywall around rough-in openings, slotting wood framing that contains embedded fasteners, and cutting sheet metal or conduit knock-outs. The wide material compatibility reduces the need to swap blade types during a single service call.

Key Features

• Titanium-coated tip extends blade life up to 10 times longer than carbon steel alternatives
• 1-1/4 inch blade width suited for plunge cuts and flush cuts in confined spaces
• Cuts metal, wood, wood with nails, drywall, and PVC from a single blade
• Universal fit design compatible with all major brands of oscillating multi-tools
• Sold individually, allowing single-unit stocking or replacement

Compatibility

Features universal fit compatibility with all major brands of oscillating multi-tools.

Installation Notes

Blade installation and removal should be performed with the tool unpowered and unplugged or with the battery pack removed. Secure the blade firmly in the tool's clamp or arbor before operation, as a loose blade is a safety hazard. Eye protection is required when cutting metal or working near embedded fasteners. Replace the blade at first sign of tooth wear or burning during cuts to maintain cut quality and reduce motor strain on the tool.