Bahco 3868 Carbide Triple Set® "Xtra" TSX

The Bahco 3868 Carbide Triple Set (TSX) is engineered to deliver maximum productivity in the most demanding metal-cutting environments. Combining a robust triple-set tooth design with advanced carbide technology, this blade is specifically built to handle high-impact forces and abrasive materials that quickly dull standard blades.

​Key Features & Performance Benefits

​Extreme Durability: The selected carbide tips are engineered for exceptional wear resistance and toughness. This allows the cutting edges to withstand high-impact forces without breaking or chipping, dramatically increasing tool life and productivity.

​Precision Triple-Set Design: The specialized triple-set tooth geometry provides excellent kerf clearance. This helps eliminate tooth loss and ensures efficient chip removal (swarf clearance), even during heavy-duty cycles.

​Aggressive Cutting Power: Featuring a positive 10° rake angle, the 3868 TSX allows for faster cutting rates and improved penetration, leading to significantly higher throughput.

​Stability & Noise Reduction: The set tooth design is specifically effective at eliminating vibration and noise. This makes it an ideal choice for maintaining precision and surface finish, especially when operating on unstable machines.

​Universal Compatibility: Available in standard widths and thicknesses, this blade fits all types of bandsaw machines without the need for modifications.

​Ideal Applications

​The Bahco 3868 Carbide Triple Set is the premier choice for cutting:

​High-Tech Alloys: Titanium alloys and graphite alloys.

​Abrasive Materials: Aluminum with high silicon content or matrix alloys.

​Difficult Metals: Any high-alloyed or "work-hardening" materials that require a tough, heat-resistant edge.

​Blade Material: High-Impact Resistant Carbide

​Tooth Geometry: Triple-Set with 10° Positive Rake

​Key Advantage: Reduced vibration and greatly improved blade life in abrasive environments.

​Upgrade to the Bahco 3868 Carbide Triple Set to reduce downtime, eliminate vibration, and achieve a lower cost-per-cut on your toughest materials.