Product Overview
The Strovolt CB35M1625 is a heavy-duty tungsten carbide burr designed for aggressive material removal in restricted spaces. This extra-large 16mm pointed cone burr features a 25mm length of cut, allowing operators to machine acute angles and narrow contours with power and precision.
Crafted from premium micro-grain tungsten carbide, the CB35M1625 utilizes a double cut flute geometry with alternating cross-cut teeth to rapidly pulverize heavy chips into fine granular dust. This prevents clogging and ensures smooth, chatter-free operation even under high torque requirements on hard metals.
The large 16mm profile provides high surface speed for rapid grinding of weld beads, flash, and heavy stock removal. The pointed nose allows access to V-shaped grooves, acute corners, and narrow slots that blunt tools cannot reach, making it ideal for smoothing internal corners in heavy castings. This versatile burr excels in industries like oil & gas, mining equipment repair, structural steel fabrication, and heavy machinery manufacturing.
With its CNC-balanced head and shank for vibration control, thermal stability to maintain hardness and cutting edge integrity at high temperatures, and superior durability that outlasts HSS and resin-bonded grinding wheels, the Strovolt CB35M1625 delivers unmatched performance. Optimized for hardened steel, stainless steel, cast iron, nickel alloys, titanium, and copper workpieces.
Key Features
Explore the outstanding features of this product
Durable and Long-Lasting
Engineered for maximum longevity, ensuring consistent performance and reduced downtime over extended use.
Exceptional Cutting Performance
The premium tungsten carbide construction allows for high-speed cutting on a wide range of materials.
Industrial Grade Quality
Strovolt burrs meet stringent industry standards, ensuring reliable and consistent performance in demanding environments.
Pointed Cone Shape
The 16mm x 25mm pointed cone shape provides versatility for various applications and precise detailing.
Precision Double Cut Design
Strovolt's double cut tungsten carbide burr ensures precise and efficient material removal with a 6mm shank.
Material Composition
Detailed breakdown of materials used in this product
Alloying element improving corrosion and oxidation resistance.
Binder material enhancing toughness and impact resistance.
Alloying element enhancing hot hardness and strength.
Wear-resistant coating improving lubricity and heat dissipation.
Extremely hard refractory ceramic material providing wear resistance.
Product Applications
Discover the various ways this product can be utilized
Engineered for aerospace manufacturing, this tungsten carbide burr enables precise machining, deburring, and surface preparation of aircraft components, ensuring optimal performance and safety standards.
Ideal for automotive applications, this burr shape delivers superior finishing and deburring capabilities for engine components, transmission parts, and other critical automotive assemblies.
With its precise cutting action, this rotary file offers reliable marking and engraving solutions for medical device manufacturing, ensuring traceability and compliance with industry regulations.
Designed for metal fabrication and finishing tasks, this double-cut rotary file delivers superior performance in deburring, chamfering, and surface preparation for industrial components and assemblies.
Strovolt's carbide burr streamlines PCB depaneling, routing, and edge profiling processes in electronics manufacturing, delivering precise and efficient results for circuit board production.
Strovolt's carbide burr excels in deburring and finishing operations for metal parts, enabling efficient production workflows in automotive, aerospace, and industrial manufacturing.
With its exceptional durability and cutting performance, this tungsten carbide burr offers precision tooling and die making solutions for tool and die manufacturers, ensuring accurate and repeatable results.
With its double-cut rotary design, this tungsten carbide burr ensures precise marking and engraving for quality control, part traceability, and identification in automotive and medical device industries.
