Your Best Supplier of Carbide Deburring Bit

Syndent uses the United States welding equipment and technology to process durable carbide deburring bits. Through our very own R&D capabilities and Company’s advanced CNC equipment, the concerned department tirelessly produces Syndent carbide deburring bits. In entire China, we alone solely develop as well as production equipment and rotary files.

Syndent adheres to people-oriented principle while we attach great importance to planning careers of our staff. We highly value teamwork and take note of their accumulated experience at Syndent. As core assets to Company, our highly skilled senior engineers ensure Syndent carbide deburring bits always appear rightfully in the industry. You, therefore, tune accordingly to Syndent rotary deburring tool.

Syndent purchase tungsten steel raw materials from top most supplying companies. They guarantee quality and stable deliveries from their own mines.

Syndent transforms the quality materials in producing durable and stable carbide deburring bits. Stable material delivery from state-owned enterprises ensures stable quality and delivery of high-performing Syndent carbide deburring bits.

Besides brittle Syndent carbide deburring bits, we supply die grinder stone bits, rotary burr set, die grinder bits for steel, die grinder bits for stainless steel, etc.

Feel free to send us your inquiry regarding Syndent carbide deburring bits now.

Carbide Deburring Bit – The Ultimate FAQ Guide

What Is Carbide Deburring Bit?

Carbide deburring bit is also known as rotary deburring bit. It is mainly employed for cutting, grinding, shaping, and excluding burrs, sharp edges, and surplus material (deburring).

We can say that the tungsten carbide bit is the most common use carbide burrs. For tool and jewelry making, sculpting, welding and grinding, and model engineering, engineers and metal fabricators used these carbide burrs that make their work easy and hassle-free.

Carbide deburring bits are often used on all metals, including chrome steel, steel, and aluminum.

Carbide Deburring Bits

How Does Carbide Deburring Bit Work?

A carbide rotary file is a rotating tool used to remove material. Carbide deburring bits are designed to rotate at a higher speed, allowing it to maneuver the material it is performing on.

Metal deburring bits are appropriate for shaping, deburring, and enlarging holes when operating with metal.

Working

What Are the Applications of Carbide Deburring Bit?

Carbide deburring bits, particularly tungsten carbide deburring bits, are used for numerous purposes within various industries, including:

• Aerospace industry
• Automotive industry
• Dental industry
• Metal sculpting industry
• Metalsmith industry

Carbide burrs are employed in the following applications:

Applied to Multiple Materials

Syndent Carbide deburring bits are applied to various materials such as aluminum, forged iron, and steel.

You can find this carbide rotary burr that can use for the metal in different sizes and shapes with a variety of diameters, such as:

• Elliptical
• Cylindrical
• Round

Stone Grinding

One of the unique features of a carbide bur is its sharpness, which can help an artist to make great artworks like sculptures.

Most people like this tool for stone grinding due to its vibration-free grinding process and handle made from durable chrome steel.

Hard Material Chopping

Carbide deburring bits are designed for chopping a wide range of materials such as:

• Stones of all kinds
• Wood
• Steel
• Aluminum
• Brass
• Bronze

Applications

Dental Burrs

Carbide burrs are manufactured from tungsten carbide and are three times stronger than steel. Due to the rigidity of the metal, they are preferably suitable for cutting work in the dental industry, such as:

• Preparing cavities
• Cutting through metal fillings
• Shaping bone during dental implant surgery

Usually, dental burrs are of many types, including:

1. Diamond burrs:

These are most frequently used for Cutting through porcelain and polishing.

2. Carbide burrs:

These are used for preparing cavities for shaping bone, fillings, and removing old fillings.

3. Ceramic burrs:

These burrs are applied for adjusting acrylic pieces.

4. Steel burrs:

Steel burrs are used for removing dentin and cavity preparation.

Among all these dental burrs, carbide burrs are the most widely used burrs in the dental industry due to their extreme hardness.

Dental Burrs

What Are the Different Shapes and Purposes of Carbide Deburring Bit?

The carbide deburring drill bit comes in different shapes. Each shape is specified for a particular function. Selecting a shape of carbide deburring bit depends on the profile or cut you want to achieve.

1.     Carbide Ball Burrs

A ball or spherical-shaped carbide burr is used to generate concave cuts in a material. It can also be used to shape and hollow out a specific area.

Carbide caving burrs can easily fit in micro motor, high-speed handpieces, and hobby drills. This feature makes it preferable for many metal-based artists, stone carvers, and wood crafters.

2.     Carbide Tree Burrs

It is used for rounding off edges and forming concave cuts. What makes this burr special is its pointed end that helps to cut sharp-angled contours and areas that are difficult to work. Carbide Inverted Cone Burrs

Inverted cone-shaped tungsten carbide burr is famous for making rear side chamfering and v-cuts.

3.     Carbide Pointed Cone & Carbide Round Nose and Ball Nose Burrs

If you are looking for a tool that can work perfectly on round edges, this carbide burr is a preferable option that helps to give surface finish in hard-reaching areas like angled contours.

This tool has a ball, or you can say round nose cones that are commonly known as tapered shapes.

4.     Cylinder Burrs (Round Nose/Ball Nose/End Cut)

You can find these cylinder burrs in various shapes. If you want contour finishing, it is recommended to go for an end-cut cylinder with a cutting edge on the end.

Cylinder without end cut is best for contour finishing and right-angled corners. It is flat on end and has no cutting edge. Cylinder burrs also come with a round nose or ball nose.

5.     Countersink Burrs

Countersink burrs that come in 60 degrees or 90-degree angles are mostly called carbide cone burrs. These are perfect for beveling, chamfering, counterboring, and getting into sharp-angled areas of your work.

Shapes of Burrs

Types of Cuts:

Besides shapes, tungsten burs also come in two styles of normal cuts, including:

1. Single cut (one flute) carbide burrs
2. Double cut carbide burrs

1: One flute carbide deburring bits

One flute, commonly known as single cut carbide burrs, has a right-handed (left-handed is available) spiral flute. Such deburring burrs are used with:

• Stainless steel
• Toughened steel
• Copper
• Cast iron
• Ferrous metals

One flute carbide burrs give a smooth finish after removing the material quickly. You can avail yourself some other uses from carbide burrs that come with a single cut like:

• It is used for heavy removal of material.
• Single cut carbide burrs are best for milling.
• Deburring action can be efficiently performed with such burrs.
• These burrs can be used for cleaning.
• Single cut carbide burrs create extended chips.

2: Double cut carbide burrs:

Double cut carbide burrs are mostly used on the following metals:

• Ferrous and nonferrous metals
• Aluminum
• Soft steel
• All non-metal materials like plastics and wood

These carbide deburring burrs have more cutting edges. They remove material quicker. These double-cut carbide burrs are commonly known as Cross or Diamond cuts.

These files have two flutes cut across each other. They are preferable as they give a smoother surface finish due to making smaller chips as they remove away the material.

Double cut carbide burrs

A double-cut carbide burr is the most well-liked cut and will see you through various applications. Some common applications of it are as follows:

• It offers medium-light removal of material.
• It can also be used for deburring.
• It provides fine finishing.
• Cleaning can also be done with these burrs.
• These carbide deburring bits provide a smooth finish.
• They create small chips.

You can select the carbide deburring bit of your desired shape and with a suitable cut according to the requirements of your function.

In How Many Sizes Can I Get Carbide Deburring Bit?

The size of the carbide burr is determined by the size of its shank size. The shank is the base of your carbide burr that fits your die grinder, rotary tool, micro motor, etc.

It is the opposite point of the working part of the rotary tool. These are generally found in the following shank sizes:

• 1/16 inches
• 3/32 inches
• 1/8 inches
• ¼ inches

Carbide burrs mostly come with a ¼ inch or a ⅛ inch shank size where you can select the one which fits your drilling machine.

1/4 carbide deburring bit is best for most drilling purposes. You must select the appropriate sized carbide bit for your work to get better results.

What Is a Long Shank Carbide Deburring Bit?

The long shank carbide burr is used for deburring such positions where normal shank might be hard to reach. It is also known as long reach carbide burr.

At Syndent, you can get a high-quality long shank carbide burr. It can be used for deburring, finishing hard metal, grinding, and alloy steel materials.

Long Shank Carbide Deburring Bit

What Is the Use of Miniature Carbide Deburring Bit?

Miniature carbide deburring bit is designed for cleaning out material in an extensive range of products such as:

• Wood
• Plastics
• Stainless steel

Double cut style of miniature carbide deburring bit is used for rapid material elimination in tough applications.

It has long tool life and faster cutting speeds. These small-sized burrs are an ideal choice when it comes to creating intricate designs on a decorative piece of wood or metal.

Syndent provides you with individual kits of miniature carbide files. You may get several burrs in a single pack to enhance the speed and beauty of your work.

It comes in numerous shapes, including:

• Ball-shaped miniature carbide burr
• Cone miniature carbide burr
• Flame miniature carbide burr
• Tree miniature carbide burr
• Cylindrical miniature carbide burr

Miniature Burrs

Carbide Deburring Bit Is Suitable for Which Materials?

Carbide deburring bit is ideal for working on harder and softer metals equally. The best feature about these carbide deburring bits is that they are durable and work perfectly for a longer time period without braking and chipping.

You can apply this burr usually to the following materials:

• Steel, Carbon Steel & Stainless Steel
• Aluminum
• Titanium
• Cast Iron
• Cobalt
• Gold, Platinum & Silver
• Nickel
• Fiberglass
• Ceramics
• Brass, Copper & Bronze
• Zinc
• Plastic
• Wood

What Is the Use of Carbide Deburring Bit in the Creative Industry?

The carbide bit is used for various manufacturing purposes and applications as well. Carbide burrs are mostly used for:

• Wood carving
• Jewellery making
• Engineering and Model engineering
• Metal making
• Toolmaking
• Chamfering
• Deburring, Grinding, Welding
• Casting
• Cylinder head porting
• Sculpting

It is also employed in the creation of fishing weights and various other mechanisms that need cutting and pulverizing. There are numerous enticements for using this, involving:

• Recycling
• Financial benefits
• Longevity

How Can I Get Aluminium out of My Carbide Deburring Bit?

Sometimes during the removal of aluminum by carbide deburring bit, a minute quantity of aluminum metal is stuck in it.

This aluminium can affect the proper function of the carbide burr. You must remove it immediately. For removing aluminium from carbide deburring bit, you must apply these steps:

• Initially, you must get as much aluminium out as you can by chipping it out.
• Then put the carbide deburring tool in a container of muriatic acid.
• Muriatic acid can dissolve the aluminium.
• It does not harm the carbide, steel, brazing, etc.
• Caustic soda sodium hydroxide/lye solution can also be used for this purpose.

What Is the Difference between HSS Burr and Tungsten Carbide Deburring Bit?

In general, a carbide deburring bit is formed from tungsten carbide, whereas the HSS burrs are formed from High Strength Steel (HSS).

Tungsten carbide deburring bits are suitable when we use them for metalwork. Because of their severe hardness, they can be employed on far more difficult jobs and would not wear out, unlike High Strength Steel.

Tungsten carbide Burrs also execute greatly at higher temperatures as equated to HSS, so you can run them hotter and for a prolonged period.

These HSS burrs are not recommended for higher-temperature work options as they become too soft. You must always prefer tungsten carbide burrs for long-term performance at higher temperatures.

Tungsten carbide deburring bits are better than HSS burrs due to the following features:

• It has a longer life than HSS burrs.
• You can use Tungsten carbide deburring bits for long production runs.
• It is best for high stock removal.
• Tungsten carbide deburring bits are perfect for use on numerous hard materials.
• It is best for finishing, carving, deburring, shaping, and smoothing welds, dies, forgings and molds.

Are there Tips to Minimize the Chances of Vibration while Using Carbide Deburring Bit?

For reducing the chances of vibration while using carbide deburring bit, you must follow the given steps:

• Optimize the direction and tool path towards the machine’s rotation to attain the most stable cutting results.
• Prevent machining in directions where the workpiece is poorly supported. For this, you must ensure that your workpiece is appropriately supported on the workbench.
• Up milling can minimize the vibration tendencies when fixtures and workpieces are fragile in a particular direction.
• Furthermore, you must avoid milling forcefully. Putting unnecessary pressure on the burr may cause kickback actions.