Hot Selling Hard Bar 3 Flutes TCT All-purpose Cutting Bit Solid Carbide CNC Router Bit Size 6*22*50 For MDF Particle Board Solid Wood Plywood Foam Board

Hot Selling Hard Bar 3 Flutes TCT All-purpose Cutting Bit Solid Carbide CNC Router Bit Size 6*22*50 For MDF Particle Board Solid Wood Plywood Foam Board

1.3 Flutes TCT All-Purpose Cutting Bit

Hard Bar 3 Flutes TCT All-Purpose Cutting Bit is a heavy-duty CNC woodworking milling cutter made of high-grade solid carbide with tungsten carbide tipped cutting edges.The 3-flute design of this TCT universal cutting bit ensures fast chip removal, ultra-smooth cutting surface and no chipping on boards.Universally applicable for MDF, particle board, solid wood, foam board and plywood, ideal for furniture CNC machining centers.

2.Product advantages

Thicker cutting edge base, stronger impact resistance

Thickened edge base greatly improves anti-breaking performance when cutting impurity-rich particle board and MDF.

All-round universal cutter for multiple wood panels

One bit fits MDF, particle board, solid wood, foam board and plywood, no frequent tool replacement, perfect for factories processing mixed materials.

Solid carbide blank + seamless high-frequency welded TCT tip

High-hardness tungsten carbide cutting head, outstanding wear resistance, service life far longer than ordinary double-flute bits, not easy to wear down under long-time heavy cutting.

Clean burr-free cutting surface, no burning & edge chipping
Balanced three-edge cutting force, low friction during processing, smooth panel section, reduce secondary polishing work and save labor cost.

3.Product Parameters

• Brand: Hard Bar
• Product Name: 3 Flutes TCT All-Purpose Cutting Bit (All-Round Panel Sizing Cutter)
• Model Spec: 6*22*50
• Main Body Material: Solid Carbide Blank
• Cutting Tip Material: TCT Tungsten Carbide
• Applicable Machine: CNC Router, Woodworking Machining Center
• Applicable Materials: MDF, Particle Board, Solid Wood, Foam Board, Plywood
• Processing Usage: Panel Sizing, Slotting, Trimming, Nesting