Product Overview
The Strovolt CB35M1425 is a premium tungsten carbide burr engineered for heavy-duty stock removal and precision machining in restricted spaces. Featuring a substantial 14mm pointed cone head and a 25mm length of cut, this double-cut rotary file excels at machining acute angles, narrow contours, and confined areas inaccessible to larger tools.
Crafted from micro-grain tungsten carbide, the CB35M1425 boasts superior hardness and wear resistance, outperforming high-speed steel and abrasive points by a significant margin. The alternating cross-cut flute geometry pulverizes metal into fine chips, preventing loading and ensuring smooth, chatter-free operation even during aggressive grinding on hard materials like hardened steel, stainless steel, cast iron, titanium, and nickel alloys.
With its tapered design and sharp point, this large pointed cone burr excels in specialized fabrication and finishing tasks. It's essential for tight angle machining, smoothing narrow slots and internal corners, heavy deburring to remove flash and weld splatter, and detailed mold finishing in industries like aerospace, tool and die making, foundry, and automotive porting. The substantial 14mm base diameter enables higher surface speeds for rapid stock removal, while the precision point ensures accuracy when working in tight corners.
Engineered for thermal stability, the Strovolt CB35M1425 withstands high operating temperatures without compromising hardness or chipping. The toughened alloy steel shank is induction brazed to the carbide head, providing high structural integrity and safety during operation. With its exceptional cutting performance, durability, and versatility, this premium tungsten carbide burr is a must-have tool for metalworking professionals demanding precision and efficiency in demanding applications.
Key Features
Explore the outstanding features of this product
6mm Shank for Secure Fit
Designed with a standard 6mm shank for a secure and stable fit in most rotary tools.
Burr Shape M (Pointed Cone)
The pointed cone shape (14mm x 25mm) offers versatility for precise detail work and reaching tight spaces.
Double Cut Rotary File
Featuring double-cut flutes for faster material removal and efficient cutting action on a wide range of materials.
Industrial-Grade Strength and Durability
Built to withstand demanding industrial applications, ensuring a long service life and minimizing downtime.
Precise and Consistent Performance
Engineered to deliver precise and consistent results with every use, ensuring reliable and repeatable outcomes.
Premium Tungsten Carbide Construction
Crafted from high-quality tungsten carbide for exceptional hardness and durability, ensuring long-lasting performance.
Material Composition
Detailed breakdown of materials used in this product
Alloying element improving corrosion and oxidation resistance.
Binder material holding tungsten carbide particles together.
Alloying element improving toughness and hot hardness.
Wear-resistant coating enhancing surface hardness and lubricity.
Extremely hard material providing wear resistance and durability.
Product Applications
Discover the various ways this product can be utilized
Strovolt's premium carbide burrs are perfect for deburring, finishing, and preparing aerospace components, ensuring dimensional accuracy and traceability in the aerospace and defense sectors.
Designed for the automotive industry, these double-cut burrs efficiently finish and refinish cast, forged, or machined metal components while maintaining tight tolerances.
Strovolt's double-cut tungsten carbide burrs are ideal for precision deburring, edge-finishing, and surface preparation in metal fabrication, aerospace, automotive, and other manufacturing industries.
For medical device manufacturers, these burrs provide precise finishing and polishing of stainless steel implants, instruments, and components while meeting strict quality control standards.
Electronics manufacturers can utilize these durable carbide burrs for PCB depaneling, edge beveling, and preparing boards for conformal coating applications.
These high-performance rotary files efficiently modify and resurface tooling components, molds, dies, and extrusion parts in the tool and die making industry.