Machining Application Guides
Find the Perfect CoreHog Tool for Your Job

Explore CoreHog’s offering of Honeycomb Core Cutting Tools, each specifically designed to machine unique features on honeycomb core parts.
Leave a pristine finish on vertical walls with this tool featuring through hole design for enhanced air purge and chip evacuation.
Increase productivity & MRR by shearing away large volumes of honeycomb core.
Remove material and finish the part in a singular pass with this unique tool offered in a variety of Coreslicer edge options.
Provide a superior finish on the exterior wall of a honeycomb part.
This specialized cutter features an extremely sharp, thin edge for finish bevels and knife edge parts.
Reduce tool pressure with a tool excellent for finish cutting chamfered, beveled, and other angled profiles.

Discover CoreHog’s selection of Sandwich Panel Cutters, engineered for precise and efficient machining of composite sandwich panels.
Increase productivity when removing material between the face sheets of honeycomb core sandwich panels.
Compression-style design eliminates manual cleanup and Tedlar® fray when machining CFRP, Nomex®, and Kevlar® bonded panels.
Outside trim, slot, or mill fastener cut outs in one pass with this cutter.
Cut the top skin and rebate the core in one pass with this assembly style tool.
Plunge and rebate in a one-shot operation to create holes for epoxied fasteners.
Provide a pristine finish on non-metallic skins and epoxy filled core.

Tackle tough multi-laminate materials with CoreHog’s high performance cutters, designed to minimize fraying and deliver superior results.
Increase MRR while reducing cutting forces in semi-finishing applications.
Provide a suberb, fuzz-free finish with minimal delamination.
Drastically extend tool life with this PCD diamond cutter.
Free cutting geometry minimizes delamination and provides excellent part finish when trimming carbon fiber materials.
Cleanly cut low resin/high fiber Kevlar® with no need to rework frayed parts.
Upcut and downcut flute geometries compress material inwardly to minimize fray and tear out.
Reduced harmonics, tool pressure, and resin build up when cutting Phenolic materials.