throughput is the primary KPI.

▎MATERIAL COMPATIBILITY

• Wood-based panels: MDF, HDF, melamine chipboard, plywood, laminate flooring (clean edges, no decorative-layer chipping)

• Non-ferrous metals: Aluminum alloy, copper, magnesium, aluminum-plastic composite (no built-up edge, no material transfer)

• Composites: CFRP, GFRP, carbon fiber panels, fiberglass board (clean fiber severance, no delamination)

• Plastics & acrylics: Epoxy resin board, acrylic sheet, engineering plastics (no melting, no resin loading on cutting edge)

▎THERMAL PERFORMANCE

Carbide absorbs heat at the contact zone — the edge expands, drifts out of tolerance, and can scorch resin-based materials. PCD works in reverse: heat channels through the diamond into the chip body, not the tool substrate. Edge temperature holds

stable. No thermal drift. No scorching. No need to throttle parameters for "cool-down" periods.

▎WHAT THE OPERATOR NOTICES

• First-pass finished quality from a laser-ground edge — sanding station workload drops

• Tool diameter holds ±0.005 mm across hundreds of linear meters

• Flute geometry clears chips without re-cutting, even in deep slots

• Spindle load stays flat over long runs — no gradual climb from edge wear

• Tool swaps shift from reactive to scheduled

▎SPECIFICATIONS

Cutting diameter: 1–20 mm (standard); any dimension to drawing
Shank diameter: 6 / 8 / 10 / 12 mm (solid carbide)
Flute count: 1-flute or 2-flute (multi-flute on request)
Overall length: 50 / 75 / 100 mm (extended on request)
Blade material: HPHT PCD, laser edge-ground
Tolerance: ±0.005 mm batch-to-batch (tighter

by agreement)
MOQ: 10 units (trial samples accommodated)

▎SUPPORT & CUSTOMIZATION

• Stock sizes ship in working days; custom geometries in 10–18 days

• Application engineers provide starting parameters for your material and machine

• Regrinding service available for worn PCD cutters

• OEM / ODM / OBM: custom dimensions, flute counts, shank sizes, laser marking, and packaging

• Technical support accessible 7 days a week