Choose the workpiece before the blade.

Pine, cedar, fir, spruce, and similar lower-density woods cut quickly but can splinter across the grain.

Oak, maple, walnut, beech, and similar woods need adequate gullet capacity, plate stiffness, and controlled feed.

Alternating veneers resist splitting but exposed face veneers are easy to chip without the right tooth geometry and support.

MDF cuts consistently but its dense fibers are abrasive and create fine dust that demands extraction and respiratory controls.

Oriented strand board is structurally useful but abrasive, resin-rich, and rarely a finish surface.

A brittle decorative coating over particleboard needs high tooth count, low runout, stable support, and a controlled exit side.

Thin high-pressure laminate is brittle and can chip or crack if unsupported, overheated, or cut with aggressive teeth.

Treated lumber is often wet, abrasive, and dimensionally inconsistent, so a durable blade and steady chip clearance matter.

Embedded fasteners turn a wood cut into an impact-heavy mixed-material job that needs a demolition-rated bi-metal or carbide blade.

Acrylic is stiff and clear but cracks from vibration and melts when heat is not carried away by chips.

Polycarbonate is tougher than acrylic but still softens with heat and can grab if the tooth geometry is too aggressive.

PVC cuts easily but softens rapidly, so pitch, feed, and chip evacuation must prevent rubbing.

Glass fibers are highly abrasive and hazardous as airborne dust. Carbide-grit or carbide-tooth solutions and effective extraction are preferred.

Aluminum is soft enough to load teeth and aggressive enough to grab when geometry, clamping, lubricant, or feed are wrong.

Copper is ductile and can smear or pinch the blade, especially in thin tubing.

Brass machines cleanly but some alloys can self-feed with positive hook geometry.

Mild steel rewards several teeth in contact, rigid clamping, moderate speed, and a bi-metal or carbide edge suited to the section.

Stainless work-hardens when a dull blade rubs. Use a durable edge, lower speed, firm feed, and appropriate cutting fluid where the machine permits.

Cast iron is hard, brittle, and abrasive. Carbide-grit or carbide-tooth blades are common for field cuts, with strong dust and chip controls.

Ceramic tile is not cut by conventional teeth. Small notches may use carbide or diamond grit, while long clean cuts usually belong on a tile-specific system.

Fiber cement is extremely abrasive and can release respirable crystalline silica. PCD or purpose-built carbide and compliant dust control are essential.

Drywall is soft but dusty and often hides electrical, plumbing, or framing hazards behind the face.