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Deburring Equipment Manufacturers and Suppliers

IQS Directory provides a comprehensive list of deburring equipment manufacturers and suppliers. Use our website to review and source top deburring equipment manufacturers with roll over ads and detailed product descriptions. Find deburring equipment companies that can design, engineer, and manufacture deburring equipment to your companies specifications. Then contact the deburring equipment companies through our quick and easy request for quote form. Website links, company profile, locations, phone, product videos and product information is provided for each company. Access customer reviews and keep up to date with product new articles. Whether you are looking for manufacturers of deburring tools, deburring equipment, deburring tumbler machines, or customized deburring products of every type, this is the resource for you.

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From delicate deburring to aggressive deburring & shot peening, Rosler Metal Finishing will show you why they`re called the World`s Leader in Surface Finishing, with a full line of blasting equipment, mass finish equipment & consumables. With a solution for every surface, Rosler has the right deburring equipment and thousands of media types made in the USA to achieve optimum finishing results.
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Giant Finishing is a well-known manufacturer of deburring equipment and machinery, media and compounds, molding vibratory bowls, multi-stage washers and more. We have over 100 standard models to choose from, or we can custom-manufacture products to meet your needs! In business for two decades, we provide the mass-finishing industry with complete equipment solutions.
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OTEC Precision Finish, Inc. is a world-class supplier of mass finishing equipment and supplies. Our primary products include centrifugal disc, drag and stream finishing machines to meet all of your deburring, polishing, grinding and honing requirements. Put us to the test by taking advantage of our free, no obligation sample processing.
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At A. E. Aubin, we offer a full range of deburring equipment that that has been trusted by multiple industries since our founding in 1959. Our experts will work with you every step of the way to determine the best deburring equipment for your application. Turn to us today for high quality solutions!
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Advanced Finishing Technologies is your complete source for vibratory finishing equipment and finishing media. Our capabilities include new and used vibratory finishing equipment, including centrifugal disc finishing, continuous flow finishing, drag finishing, air and wheel blast equipment, deburring medias, blasting abrasives, and other related surface preparation equipment and supplies.
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Industry Information

Deburring Equipment

A large amount of money is spent each year on machining costs by industrial manufacturing companies for machined parts such as fasteners, tubes and various forgings. Additional industries that utilize deburring machines include: electronics, for printed circuit boards (PCBs) and other types of computer hardware; construction, for building material applications such as tiles and marble countertops; automotive and aviation, for transmission lines, fuel injectors, engine pistons, metal body frames and more; and medical, for surgical instruments such as steel medical drills, implants and dental tools. Not only used for deburring, finishing equipment can also be referred to as vibratory finishing equipment and polishing machines, since they can also burnish, polish, smooth and protectively coat various parts and materials.

Deburring can be accomplished through the use of wet or dry deburring media. Deburring media refers to materials that enable burr removal while not harming the other parts of the material or part's surface. Some commonly used types of dry deburring media include ceramic media, synthetic plastic media and natural media, such as corn cob media. Possibly the most common, ceramic media are abrasive and are most often used on hard metals such as steel and stainless steel. Typically formed from silica with the addition of other abrasive elements, ceramic media are available in a variety of pre-formed shapes including cylinders, triangles, cones, wedges and ellipses. While not generally as abrasive as ceramic media, synthetic plastic media are used on softer metals and materials such as aluminum. Available in a wide variety of shapes, synthetic plastic media, also referred to as plastic grits, include polycarbonate, polyester and acrylics. Plastic media can also be wet, and are often used in tumbling barrels in this form, thus making them also referred to as tumbling media. A more environmentally-friendly type of deburring media, corn cob media can achieve very fine finishes and absorb unwanted particles suchas oils, grease and dirt. Used on soft metals such as brass and bronze, corn cob media is both clean and effective. Other types of natural deburring media include walnut shells.

There are various types of automated deburring machinery including flat surface finishers, polishing lathes and abrasive belts. However, the two main categories of deburring equipment are vibratory tumblers and rotational tumblers. Vibratory finishing utilizes vibrations within drum-like enclosures, such as barrels, to create friction between the deburring media and the part requiring finishing or deburring. A common process in many industries, vibratory finishing is also referred to as mass finishing, and the various types of equipment include vibratory tumblers and parts tumblers. Widely used as a type of polishing equipment, tumblers are barrels within which parts or materials are subjected to constant vibrations and friction that continuously grind and polish away burrs. Parts tumblers are incredibly similar, but are often much larger and are specifically designed to deburr mechanical parts versus unformed materials. Rotational deburring equipment also includes tumbling barrels; however, the deburring is accomplished in a significantly different fashion. In rotational finishing, instead of vibrations the tumbling barrels are spun or rotationally moved in order to mimic the same kind of erosion that would occur naturally in the environment. Additional deburring supplies that allow for manual deburring include nylon filament brushes and cloth or rubber wheels that feature the addition of abrasive compounds in order to buff, polish and deburr various parts and materials.

Deburring is necessary for a wide variety of materials, including metal, wood and plastic. While metals and plastics will feature raised edges and other pultrusions, wood burrs typically arise in the shape of chips, shavings and splinters. The two most common methods of deburring for woodworking include sanding and filing. While vibratory and rotational or tumbling deburring remain the two most popular methods of deburring for plastics and metals, a relatively new technique is being introduced called electrochemical deburring (ECD) that can be used on metal materials. ECD is a deburring technique that utilizes electrical energy that can be controlled and thus used to selectively deburr areas or parts or materials, rather than requiring the whole part or material to be deburred in order to achieve the deburral of one area. During the process, pressured electrolyres are used to flush away the unwanted materials that have been removed by the electrical energy. In addition, the tool and the workpiece do not come into contact during the process, which is an advantage because that means that the workpiece is not exposed to any kind of mechanical or thermal stress. This type of deburring can only be done on clean, conductive materials, but is the only possible deburring method for materials that cannot otherwise be scratched or altered in any way.

Deburring Equipment
Deburring Equipment
Deburring Equipment - Rosler Metal Finishing USA, LLC
Deburring Equipment - Giant Finishing, Inc.

Points To Consider When Buying Deburring Machinery

Deburring machinery plays a key role in the quality of industrial production. Manufacturing businesses use this machine to remove burrs and spots from their machine parts and materials. There is no denying the fact that it is the quality of a product that brings renown and more consumers to it. Ensuring quality is the primary job of a deburring machine.

For different processes, various types of deburring machines are utilized, for example: polishing machines, parts washers, vibratory feeders, etc.

No matter which industry you belong to, if you need to buy deburring machine to smoothen your process, here a few things to keep in your consideration -

Get familiar with the parts and function of the machine.

In short, learn how the machine works. Deburring machines primarily have two moving parts -the brush and belt. Sometimes, there can be more than one brush and belt in the machine. Many times, your deburring machine can be a modernized version of multimedia or multi-purpose deburring machine. The belt rotates around a contact roller, which is often called the ideal drum. This ideal drum is made of soft and flexible rubber, which has a smooth surface that enables the heads in the machine move smoothly. The size of the contact roller depends on the machine it is being used for. The hardness or softness on the rubber can also be determined according to the application type.

Learn about different types (based on the environment) of deburring machinery.

Based on the work environment, deburring machines are available in two types. Wet and dry deburring machines. Wet machines use coolant and specifically prepared fluid to remove the particles from the machine part. While dry ones utilize the brush and belt to brush and vacuum up the particulates from the surface of the material.

Determine your usage and requirements.

One of the most important exercises before you invest in deburring machine is to decide which machine, capacity, and features do you actually need? These pieces of equipment are available in a wide variety to suit an assortment of cleaning and burr removal objectives. You also have to decide whether you need a wet or dry deburring machine.

In addition, some cleaning and burr removal processes employ chemicals to cut the tiny edges and smoothing the rough edges. You will need to make sure that the machine, that you are investing in, has a bearing against chemicals and acids.

Moreover, a variety of brushes are used to accomplish the desired cleaning and burr removal. The brushes could have wires made of steel, stainless steel, iron, fiber, and plastic materials. Since most burrs are rough and rigid, brushes with steel wires are considered ideal.

Find the right manufacturer or supplier.

Last but not least, you have to ascertain that the manufacturer or supplier who is supplying you the deburring machine has a positive reputation in the market.

Benefits of Using Deburring Machinery in the Pharmaceutical Industry

Deburring is the process of removing burrs from materials in industrial processes. Every industry utilizes this process to ensure a superior quality in their products. Be it metal fabrication, woodworks, construction, or the textile industry, the deburring process has an important role in each industry. Deburring machines are also being used, on a large scale, in the pharmaceutical industry.

However, in manufacturing pharmaceuticals, the focus of deburring machines is largely on the quality and purity of the process machines, and less on the materials or ingredients being used for production. Some frequently used deburring machines are: parts washers, parts tumblers, vibratory feeders, and ultrasonic cleaners.

For every industry, including pharmaceutical, the accuracy of machines and the quality of products are two major expectations of a business. They all striving for their predicted results, however, they may fail to accomplish anything positive because of the poor quality of materials and machines to due burrs. These inaccuracies add to the final cost of production.

Introducing an appropriate deburring machine, creates a step to keep their product cost under control. Highlighted in the descriptions below are some of the biggest benefits of using deburring machines for a pharmaceutical manufacturer -

Deburring machines eliminate the chances of contamination: While sticking to the precise quantity of ingredients, a pharma manufacturer also has to make sure that the environment their production takes place in is clean and free from contamination. The ingredients of medicines may also include a number of chemicals - that need to be kept away from contaminants. Direct or indirect contact of chemicals and particulates can increase, decrease, or corrupt the effect(s) of medicines. By using deburring machines, such risks can be eliminated. In the pharmaceutical industry, these machines are used - not only before production, but also after production, during packaging.

Ensure that gaskets and other fittings do not have any burrs and are clean: A tiny burr in the gasket and fittings of your production machine can add an unsafe and life-threatening factor to your medicines. In addition to this, these blemishes can potentially increase your production cost by causing delays in the production cycle. Unexpected delays also become a reason for contamination of chemicals and ingredients used in the production of pharmaceuticals. Using deburring technology in your process can lower such risks.

Smooth procedure: Machine parts that are properly cleaned and away from burrs, debris, wear and tear ensure smooth functionality on your production site. Even a tiny tear can mess up the entire lot of production. These flaws can cause imprecisions in the product, that will subsequently result in the loss of brand image. Smooth procedures mean flawless and expected production at the expected cost.

For a number of businesses, deburring machineries are an investment, but for a pharmaceutical business, this machine is a necessity. Without this machinery, they cannot really establish and maintain a positive brand image and control their expenses and production delays.

The Importance of Deburring Equipment

Deburring is a finishing method that is designed to remove ragged edges, also known as burrs, from metal, plastic or wooden objects that have been manufactured in some way. The deburring process makes the parts smooth by grinding, sanding or polishing away the burrs. Deburring equipment is a necessary part of the industrial process. Without deburring, objects are left with jagged edges; this can create potential for accidents. Deburring may be done to ensure that the products are of high quality, and to make certain that all parts function properly. Deburring machines are pieces of industrial equipment that removes the burrs. They work so the products are not only aesthetically pleasing but also perfectly smooth for quality and function.

There are different types of industrial machines that can complete the deburring process. Tumblers are one of the most widely used machines for deburring. Tumblers are machines that hold many parts as well as some type of wet or dry media. The tumbler will rotate like a mixing drum on a cement truck to work the media and parts around. In doing so, the tumbler along with the chosen media buffs away the burrs. There are many different types of media that must be considered when thinking of deburring; examples are plastic media, corn cob media and ceramic media. These are used in concordance with deburring machines in order to rid parts of burrs. Deburring equipment also works on wooden parts and may be used for sanding the rough areas on wood that has been cut or ripped. Plastic manufactured parts also benefit from the deburring process. Vibratory and tumbling are the best methods for the deburring of plastic fabricated parts.

Deburring Equipment Types

  • Barrel finishing (or Tumbling) is a process that produces a low-pressure abrasion action by tumbling work pieces in a hexagonal or octagonal barrel together with an abrasive media.
  • Brush deburring utilizes abrasive brushes that rub items which remove unwanted bumps and edges while adhering to exact specifications and tolerances.
  • Centrifugal disc machines are essentially barrel machines and the name describes the spinning disc at the bottom of the machine that spins the part and abrasive media together.
  • Continuous processing equipment is able to process high volume parts on a constant basis through in-line production.
  • Corn cob media is a type of dry deburring media that consists of a treated corn cob ring that has been pulverized into powder form, although the particle size can range from fine to moderate dimensions.
  • Deburring machines remove burrs from metal and plastic parts.
  • Deburring media refers to materials used to remove unwanted materials, called burrs, from various parts. 
  • Finishing equipment refers to a variety of machinery that perform actions that affect the surface characteristics of parts or materials, such as polishing, coating, burnishing and deburring.
  • Oval vibratory systems are versatile machines that can be set up for either continuous processing or batch processing for extended time cycles.
  • Parts tumbler are used for the finishing, polishing and deburring of both plastic and metal parts.
  • Polishing equipment, or a polishing machine, is used in many types of deburring. Examples range from the barrel or vibratory tumbler as well as non-enclosed options like Nylon Abrasive Filament (NAF) brushes or standard hand held sandpapers and filers.
  • Sand blasting equipment is also a type of deburring machinery which produces a desired effect. Rather than the metal part being immersed in polishing media, as in the case of vibratory or barrel tumblers, the part surface is blasted from the outside by the appropriate media which is often small ceramic pieces or even walnut shells in the case of softer plastic parts. See Sandblast Equipment.
  • Tumblers have two main types: rotary tumblers and vibratory tumblers.
  • Tumbling barrels are a type of deburring machinery typically used on hard metals such as steel and stainless steel for the removal of heavy burrs.
  • Tumbling media is the abrasive material used in deburring.
  • Vibratory finishing is the burr removal process in which an appropriate number of parts, depending on part size and abrasive material, is accelerated and decelerated by mechanical means inside of a drum-like enclosure.
  • Vibratory tumblers are one type of deburring machinery. Often similar in shape and technology as the barrel machines, but are open at the top allowing the ability to view the progress of the deburring without stopping the machine.

Deburring Equipment Terms

Abrasive - Technically any material that can be used to abrade another material. In industry however, abrasives are minerals from a select group of very hard minerals used to shape, finish, polish or deburr another material.
- Polishing method using a soft cloth and very fine polishing compounds.
Burr - Undesirable protrusions and metal edges that result from machining operations.
Coated Abrasive - Often referred to as sandpaper. This is used on machines such as disc sanders and is often used by hand. Often a synthetic mineral is coated on the paper or fiber rather than actual sand.
Crystalline - The texture of groups or masses of minerals is said to be crystalline when distinct crystal faces are present.
Disc Grinding - Refers to grinding machines and a process using the face of a large wheel  to produce flat and parallel surfaces in high volume production.
Edge - The intersection of two surfaces.
Finish - A measurement of surface characteristics of a workpiece.
Friability - A characteristic of abrasive grains that describes their tendency to fracture or break apart then hit or placed under pressure.
Emery - A natural abrasive that contains aluminum oxide and small amounts of iron oxide. Once used extensively in the finishing industry, it is used today mostly in home workshops for deburring by hand.
Mass Finishing - A group of processes that use abrasives to remove burrs or apply a finish to small workpieces.
Media - The abrasive pellets, stones or other materials used in mass finishing and deburring. Examples are silicon carbide, ice, plastic, sand and walnut shells.
Polishing - A process using very fine abrasive minerals for little or no material removal. The step of finishing that often comes just after deburring when needed. Surface appearance is the primary purpose of polishing.
Silicon Carbide - This synthetic mineral is one of the abrasives used extensively in the finishing industry. It his harder than aluminum oxides.

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