Mass Finishing For The Automotive Industry

Mass Finishing for Automotive

Industries around the world rely on mass finishing applications to bring their products and hardware up to spec. Clean, smooth and functional components are necessary for every manufacturing scenario. Achieving this goal starts at the top of the industrial chain, and the final customer gets to enjoy the result.

If your industry specializes in complex machinery with intricate parts, you have the important task of getting each component ready for the assembly line. This is especially true in the automotive industry where every piece of a vehicle needs to function at a high level. With mass finishing for automotive, it’s possible to prepare every part.

Automotive Mass Finishing

Automotive mass finishing is an essential part of the car manufacturing process. End customers only experience the finished vehicle. They may not realize the technicality and attention that goes into every piece. It’s only with this attention to detail that you can create a functioning automobile.

What is automotive finishing? Today’s auto industry has a high standard to meet. Consider if the pieces you manufacture for automobiles were covered in burrs, nicks, scratches or dirt. These items could break down, stall and cause all sorts of problems. In some instances, they might not even fit into their intended locations during assembly. The slightest imperfections can affect entire machines, especially with high-performance vehicles. You have a responsibility to produce items that lead to the best results possible.

You can achieve this goal with automotive mass finishing. When you deal with items on a large scale, polishing and cleaning each piece you produce to get rid of burrs and grime may be out of the question. Such a task would take a lot of time, money and manpower.

Automotive mass finishing helps you get this job done on a large scale. With state-of-the-art mass finishing systems from Advanced Deburring & Finishing, you can ensure the automotive pieces you produce are smooth and clean. And you can finish many of them at the same time — no need for extra manpower. You can bring every piece up to spec with automotive mass finishing.

What Finishing Systems Are Used in the Automotive Industry?

The automotive industry relies on two main categories of finishing systems — surface finishing and refinement systems and parts washing and precision cleaning systems. The following will give some information on their differences:

Surface Finishing and Refinement

Surface finishing and refinement will help smooth out burrs and imperfections from your automobile parts. Here are a few of the systems you can use to achieve this:

  • Round bowl vibratory machines: Round bowl vibratory machines process large numbers of parts at the same time to create safe edges and smooth surfaces. The system uses kinetic energy to move items around the bowl, vibrating pieces against each other. This achieves a smooth, assembly-line-ready finish. These machines are adjustable to achieve the exact level of action you need for the pieces you’re finishing.
  • Tub-style deburring machines: Tub-style deburring machines use kinetic energy to roll a mass of items in a singular motion in a recessed, four-sided tub. These machines come in many sizes to accommodate your specific production needs. Tub-style deburring machines are a bit aggressive, so make sure your items can handle item-on-item contact.
  • Centrifugal high-energy systems: Centrifugal barrel finishing systems contain a turret and four high-speed, rotating turrets. They can exceed 300 revolutions per minute (RPM). The system uses this force to push automotive pieces to the periphery of the barrels. The barrels spin in the opposite direction of the turret, causing the items within to move against the inside of the barrels. This produces a smoothing effect. These systems do not tumble the pieces inside, limiting part-on-part contact.


Parts Washing and Precision Cleaning

Smooth surfaces are important, but even a smooth part won’t work if it’s not clean. Here are a few of the parts washing and precision cleaning systems available for your business:

  • Cabinet spray washers: Cabinet spray washers are a great upgrade if your business washes car parts by hand in an industrial tub. With these systems, you’ll place your part on a spinning turntable and let built-in sprayers cover all sides of the item with water.
  • Immersion agitating washers: Engine heads, transmissions and cylinder blocks need full submersion to clean internal chambers and components. For this task, you’ll need an immersion agitating washer. This system combines mechanical motion with a full liquid bath to clean places that are impossible to reach by hand.
  • Heavy-duty washers: Also called cabinet washers, heavy-duty washers combine heat, pressure and water-based cleaning solutions to bring your automotive parts to spec. And the best part is that the whole process only takes a few minutes. These machines can do other functions, making them versatile and powerful cleaning systems.


Benefits of Mass Finishing for the Automotive Industry

Your automotive parts business can enjoy several benefits when you install mass finishing systems from Advanced Deburring & Finishing. Here are a few ways our systems can enhance your business:

  • Increase productivity: You can spend less time washing items by hand and more time on other aspects of your business. Instead of devoting whole sections of the day to cleaning your automotive parts, you can finish large batches in minutes.
  • Your customers will enjoy fewer assembly line stalls: Stopping the assembly line because of dirty or unfinished parts can bring the entire automotive process to a halt. With mass finishing systems, you’ll know you’re sending your clients parts that will keep their assembly lines moving.
  • Save money: Your clients may enjoy increased productivity when they receive your finished items. This can help them save money on labor and from discarding faulty parts. Creating high-quality finished products can also save money for the end-user. They’ll enjoy a functioning vehicle that needs fewer repairs because the parts inside are up to spec.


Choose Advanced Deburring & Finishing for Your Automotive Mass Finishing Needs

Mass finishing automotive parts benefits everyone, from the top of the automotive production chain to the end-user driving their new car down the highway. Consider investing in products from Advanced Deburring & Finishing. We offer the systems that can increase your productivity and help you establish better relationships with the clients who depend on you. If you’re ready to enhance your production business with one of our systems, contact us today.

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Beginners Guide to Mass Finishing

If you’re unfamiliar with mass finishing, now is the best time to learn. The process can take manufactured products to the next level of quality, reliability and appearance. Whether you’re a business owner or engineer, you understand how crucial it is to supply your clients with polished, durable goods. An excellent mass finishing machine can do exactly that.

Learn more about mass finishing and the elements involved in this skilled process by reading our informative guide.

All of the Ins and Outs of Mass Finishing

Finishing is one of the most important aspects of any production process for manufactured parts. It primarily involves cleaning and smoothing an object’s surface to remove any imperfections, like sharp edges. However, it also includes a range of techniques related to burnishing, inhibiting rust, drying and more.

Without refining, the components would not fit together well or accept aesthetic and functional treatments like paints and coatings. In industries where precision is of the utmost importance — such as aerospace engineering and medical device manufacturing — properly finished parts are a must-have.

What Is Mass Finishing?

Mass finishing exists for the same reasons individual parts finishing does, and it encompasses many of the same techniques. As the name implies, it operates on a larger scale by processing high volumes of manufactured parts at once. The standard elements of any mass finishing process include compounds and media. Media consists of materials that act as abrasives, such as:

These materials remove burrs and refine surfaces by spinning around in a chamber along with the parts. They also prevent the components from contacting each other, which eliminates the chance of scratches and other damages.

Compounds can come in liquid or powder form. They perform numerous functions, such as removing rust and cleaning or descaling the workpieces. Using compounds that combine multiple roles can save you the time and money involved in using several different pieces of equipment.

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Types of Mass Finishing

Two main types of mass finishing exist. The one you use for your workpieces depends on the effects you’re aiming to achieve regarding surface refinement. Your choice may also be influenced by which media type is best for the job and how efficient you want the process to be. The two standard techniques are:

  • Vibratory: Vibratory mass finishing systems come in a few different configurations, including round bowl vibratory machines and continuous or thru-feed-style deburring machines. The parts are placed into a vibrating bowl filled with media — which may be steel, plastic or other materials — that wear away rough edges. Thru-feed-style machines are specifically suited for high-volume applications, able to process parts continually and handle up to 10,000 workpieces per hour.
  • Centrifugal: Centrifugal finishing is also known as tumble or barrel finishing. Centrifugal machines lend themselves well to efficiency and automation. They operate at speeds over 300 revolutions per minute, with the bonus of no part-on-part contact. These machines achieve this by generating centrifugal force, which keeps the parts at the barrel’s periphery.

The Process of Mass Finishing

How does mass finishing work? Although the process specifics depend on the type of finishing performed on the part — along with the machinery employed — there is a general methodology. It includes a few fundamental steps, which you may add to or subtract, based on your needs:

  1. Cleaning: Preparing the surface of your workpieces means removing all dirt, dust and other debris that could impede the mass finishing process. Some common residues that may be cleaned off during this step include die lubes and particulate matter.
  2. Deburring: This stage is where the abrasive media comes in. The materials grind away sharp edges, machine lines and other unwanted elements to produce a smooth, uniform appearance.
  3. Inhibiting: Few people want manufactured parts with rust, oxidation or other forms of corrosion present on them. That’s why an inhibitor is applied to protect the surface of your components. This step is incredibly time-sensitive, which is why some business owners enlist skilled help instead of attempting it themselves.
  4. Polishing: Dry media like nutshells are ideal for polishing, giving your parts the bright shine you desire. Some types come pretreated with polishing additives to make the process more efficient.
  5. Drying: Many types of mass finishing include wet processes, which require you to dry your components thoroughly afterward. Doing this reduces the chances of corrosion and ensures your inhibitor works effectively.

Benefits of Mass Finishing

You can expect to reap many advantages from finishing your manufactured components. The perks become even more apparent when you use the ideal finishing equipment to complete the procedure. Long-lasting and efficient machinery will give you parts of the same quality. Here are just a few advantages you can expect:

  • Client satisfaction: Your clients want high-quality work, but that is near impossible to achieve without finishing. Instead of a polished item, they’d get one that’s still rough around the edges, with peeling or flaking paint. Adequately treating your workpieces before assembling or painting them ensures a uniform look and a durable, safe-to-use product. Your customers will appreciate your care and eye for detail.
  • Part uniformity: Mass finishing systems output a consistency level that’s hard to achieve when servicing individual components. If you’re a jewelry maker and need to polish many small parts, you won’t obtain the same finishing level with all of them if you do them one by one. Putting them in a mass finishing machine, however, exposes them to the same type of media all at once for uniform refinement.
  • Time and money savings: Mass finishing your parts saves you lots of time you would’ve otherwise spent refining them individually. It’s faster, easier and more cost-efficient because of the lowered labor costs and shorter cycle times. Automated finishing can make loading and unloading simple, which frees up your employees for more crucial tasks.

Order Your Mass Finishing Machine From Advanced Deburring & Finishing

If you’re interested in creating excellent products and upholding unmatched operational efficiency, Advanced Deburring & Finishing can help. Since our inception in 1986, we’ve been developing reliable, safe machinery for surface finishing and cleaning processes within numerous industries. From automotive to general manufacturing applications, we have the experience, and we know what it takes to create top-class machines.

We Sell the System — any equipment or component you need, we can supply. Whether you’re seeking the ideal machinery or already have a system in mind, our skilled professionals have all the right knowledge. Contact us today to receive a quote or get more information about how we can help you find the best mass finishing equipment for your needs.

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Mass Finishing for the Aerospace Industry

The process of making an airplane is extremely complex. It starts with the engineers creating the design. Then comes the manufacturing of the different parts and their assembly. Once the aircraft is assembled, it is rigorously tested to make sure all parts work as they should. When testing is completed and all the aesthetic and decorative elements are installed, the aircraft ready for use. All of these steps are essential to ensure the aircraft flies properly and complies with the necessary safety requirements upon its completion.

But what many people might not realize is that some of the most surface-level elements — the most literal ones, no less — are also some of the most critical steps in the process. Metal finishing for aerospace parts is a step that no manufacturer can afford to skip.

What Is Mass Finishing?

Mass finishing involves the execution of multiple finishing processes — such as deburring, which involves the smoothing of sharp edges — for many metal parts at once. Any manufactured metal parts are likely to go through this process. These parts could accomplish many different tasks, but they frequently appear in machinery or as an exterior plating to something, like a vehicle.

The goal of finishing is to ensure metal parts are smooth and polished, removing inconsistencies on their surface. This smoothing can be done by adding a thin layer of metal on top, by grinding down uneven metal from the original or by using some combination of the two. A variety of different finishing systems can accomplish this treatment. When these systems are brought together into one overall process and applied to a large number of metal pieces at once, we can call it mass finishing.

Mass finishing can be highly useful in many different industries, particularly those that involve complex engineering and manufacturing, such as the aerospace industry.

What Types of Finishing Systems Are There?

Finishing can be broken down into a long list of processes, some of which can be divided even further. Of these different system types, however, some stand out more than others based on how widely they’re used. These are eight of the main systems used in mass finishing:


  • Metal plating: Coating a surface in a thin layer of metal, often by using electricity to layer metal ions smoothly across the surface
  • Brushed metal: Using an abrasive belt or brush to sand down any imperfections on a surface
  • Blasting: Shooting sand or similar material into a surface at high pressure, thus knocking away loose flakes and flattening the rest
  • Vibratory finishing: Putting a part into a drum filled with small pellets and spinning it around so that the pellets wear it smooth
  • Buff polishing: Buffing a surface using a cloth wheel to sand away imperfections and give it a glossy sheen
  • Powder coating: Coating a surface with a glossy paint-like substance, similar to metal plating
  • Hot blackening: Spreading a black oxide layer onto a surface using high temperatures to make it abrasion-resistant
  • Metal grinding: Rubbing another metal across a surface to create enough friction to smooth out imperfections

Each of these systems constitutes a broad type of finishing process, but different versions of each one exist. For instance, metal plating can be done through electroplating, or through electroless plating. Electroplating uses an electric current to deposit metal ions on a surface, while electroless plating does so without electricity, solely through chemical processes.


How Is Finishing Used in Aerospace?

In light of the number of systems at work in mass finishing, how do these processes relate to aerospace? As it happens, aerospace is one of the industries where finishing is most important. Given that airplanes must safely carry people, travel over short and long distances and be able to withstand a variety of atmospheric conditions, it’s incredibly important to ensure the engineering involved in their construction is executed to perfection.

For all aerospace deburring methods, everything comes down to the smallest details, such as in the engines. To keep the plane in the air, the engines have to operate smoothly. This means all the intricate metal parts within those engines must fit together perfectly. If even a single piece gets jammed, it could cause major repercussions. All the parts making up the engines need to be completely smooth, without any surface defects that could keep them from functioning the way they’re supposed to.

Mass finishing is the answer to this need. It’s frequently used for things like engine compressor blades, minimizing friction with the parts they attach to, and, therefore, optimizing their ability to spin. Finishing also applies to much larger areas of the plane, however. The exterior of every airplane is sprayed with a finish that, among other things, allows the paint to adhere better to its surface.

What Are the Benefits of Finishing?

There’s a reason deburring and finishing are so widely used and so important. They provide multiple benefits to the metal parts that are put through the process, making them much better in terms of both performance and appearance. Here are some of the main ways finishing improves equipment:


  • Limits corrosion: Smoothing away the microscopic gaps and inconsistencies in the metal makes it harder for corrosion to form on the surface.
  • Improves durability: If a metal part already has a rough and inconsistent surface, it’s easier for it to acquire further damage. Smoothing it out can reduce that problem.
  • Lets paint adhere better: Finishing makes it easier for coats of paint to adhere to the surface.
  • Reduces friction: Having a smoother surface allows metal parts intended to rotate to do so with minimal resistance, increasing their smoothness and efficiency.
  • Increases conductivity: Many metal parts are intended to conduct electricity. The smoother the connection points between two pieces of metal, the better they will conduct.
  • Improves appearance: On top of everything else, having a smoother surface helps the object appear cleaner and sleeker.

Without finishing a piece of metal, it can fall prey to any number of problems. If you want your metal parts running smoothly, you’ll need to deburr and finish them — otherwise, they can begin to corrode and experience increased friction with the pieces around them.


Where Can I Find Mass Finishing Equipment?

When you are looking for the right finishing systems for aerospace deburring or mass finishing equipment for another industry, turn to Advanced Deburring and Finishing. We provide high-quality finishing products of all kinds, as well as consulting on how best to use them.

If you require equipment or consultation for your aerospace metal finishing, we’d love to help. Just get in touch with us about your needs. We sell the system — order yours today!

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Choosing the Right Finishing System

Finishing systems provide a way to improve the finish on metal parts by cleaning, deburring, deflashing, descaling, polishing or otherwise smoothing and refining surfaces. Finishing metal components can make them safer to work with, more suitable for manufacturing standards and shinier for marketing purposes. When you need to finish parts, you should choose the right equipment system and media to do the job right.

The Different Types of Equipment Systems

Finishing systems generally fall into two main categories, differentiated by the way they create friction: tumble and vibratory finishing. Here’s a closer look at these methods:

  • Tumble finishing: In tumble finishing systems, also called tumbling barrel finishing, you place parts into a rotating horizontal barrel. The rotation causes the parts to move up the side of the barrel and slide back down, making them collide with each other.
  • Vibratory finishing: In vibratory finishing systems, you place metal pieces into a tumbler. The force in the vibratory tumbler causes the media and parts to rub against each other, deburring and polishing the parts. Vibratory finishing can achieve a smoother finish than tumble finishing.

In both of these system types, you place the parts that need finishing into the tumbler along with water, a compounding agent and some type of abrasive media, such as ceramic, steel or plastic. Different types of blasting media can deburr and polish various materials.

While tumble finishing and vibratory systems are the two main finishing systems, various types of equipment fall into these categories. For example, you can find vibratory deburring equipment in the form of bowlstubs and thru-feed machines. Tumble finishing systems come in traditional barrel machines, centrifugal systems — which we’ll discuss more — and tumble blasting machines. With tumble blasting equipment, parts are rotated slowly and randomly exposed to an abrasive from a sandblasting gun.

There are also other types of finishing systems, including centrifugal, tumble blasting and spindle and slurry systems, which use various methods of finishing parts. Here is more detail on those techniques:

  • Centrifugal: Centrifugal systems, which come in centrifugal disc and barrel machines, use centrifugal force to push the parts and the media inside the machine against the periphery of the tumbler.
  • Spindle and slurry: In spindle and slurry systems, also known as flowing abrasive machines, you insert parts mounted to a rotary spindle into a rapidly moving abrasive slurry.

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Advantages of Each System


The best finishing system to use depends on the process and results you’re looking for. Each one offers unique advantages. Explore what makes each of these systems unique and why you might choose one over another.

Tumble Systems

Tumble systems tend to be one of the most affordable options, which is why some people choose to purchase a tumbling barrel. While centrifugal barrel systems can create enough force to finish parts efficiently, traditional tumbling barrels work slowly and are limited in the results they can deliver. Tumble deburring equipment can remove pronounced burrs, but it may fall short if you want a finer result. It can also cause surface damage in some cases.

Vibratory Systems

Vibratory systems deliver a smaller radius and smoother surface compared to tumble systems and are more effective at finishing recessed areas on parts. They also work at a much faster speed than tumble systems. Vibratory bowls, tubs and thru-feed machines all offer various features, so if you determine vibratory finishing is the right choice for your application, you can compare these options. You can also choose high-energy options with exceptionally fast cycles.

Centrifugal Systems

Centrifugal equipment is similar to tumble systems but with some notable advantages. The high level of centrifugal force in high-energy systems is enough to keep the pieces from tumbling, which eliminates the risk of parts colliding and damaging each other’s surfaces. These systems also work faster than traditional tumble systems. Centrifugal systems tend to work best for smaller components.

Spindle and Slurry Systems

A flowing abrasive process is an excellent option when you need to keep part dimensions to extremely tight tolerances and achieve a smooth, uniform finish. Since parts are fixed to rotary spindles, they don’t collide with each other, preventing part-on-part impingement. In addition to being a very precise process, spindle and slurry finishing is also fast, with cycles taking anywhere from five seconds to five minutes.

Media Types

Another key aspect of a finishing system is the media you use. Media comes in many different shapes, sizes and materials to suit numerous applications. Some of the most common types of media include:

  • Ceramic
  • Polyester plastic
  • Synthetic plastic
  • Steel

Occasionally, natural, randomly shaped media like wood pegs, walnut shells or corn cobs are used, but these types of media are rare for industrial applications.

How to Make the Right Choice for Your Application

To choose the right kind of equipment and media, consider a few aspects of your application:

  • Size of your parts: Think about the size of your metal pieces for tumbler deburring. If you need to finish large parts, you can consider using a tumble or vibratory system. For smaller components, you’ll likely want to opt for a centrifugal or spindle and slurry system. Spindle and slurry systems also work well for larger metal pieces.
  • Parts material: Think about what materials your parts consist of to help you choose the appropriate media material. For example, stainless steel parts generally need to be paired with ceramic media, and aluminum parts need plastic media. Usually, parts with harder surfaces require more aggressive media.
  • Finishing needs: You also have to consider your finishing needs. Do you only need to deburr? What about remove rust or polish the components? How uniform and smooth does the finish need to be? Different types of media and equipment can help you achieve the desired results.
  • Speed and volume needs: When choosing a finishing system, you should also consider your timing needs. Some systems, as we’ve seen, work considerably faster than others. If you need to finish large amounts of parts fast, you’ll want to choose a system that can keep up. This factor rules out a traditional tumbler barrel.

Order Finishing Systems From Advanced Deburring and Finishing

At Advanced Deburring and Finishing, we offer a range of excellent finishing systems to help you get the job done. Explore our website for each type of system to learn more. You can also contact us with questions if you’re unsure which finishing system makes the most sense for your application. Whatever high-performance finishing equipment you need, we sell the system!

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The Size of a Micron

Metal finishing incorporates multiple processes and serves many purposes. Manufacturers use this technique to prime metal parts for painting, remove defects, improve the appearance of a component or limit part-on-part friction. The versatility of finishing — and finishing machines — lends itself well to many manufacturing applications. However, sometimes there may be defects that are too small for you to catch — these often appear as micron-sized particles.

What is a micron, and what role does it play in metal production? Read on to discover the definition of a micron, how it can affect the process of finishing metal parts and what you can do to combat it.

What Is a Micron?

A micron — also referred to as a micrometer — is a tiny unit of metric measurement, represented by the symbol μm. Small particles such as a red blood cell, bacterium or mold spore, for example, are often measured in microns. This unit has many applications within various industries, though you may typically see the term describing filter media particle sizes. Regarding metal part production, items can sometimes sustain imperfections so small that they fit within this measurement.

Major deformities are easy to spot within the naked eye, which will tell you if a part requires a specific type of finishing process over another. However, these microscopic particles can escape your attention during pre-treatment and end up on the finished product, which can impact performance and aesthetic value. It’s best to use high-quality finishing machines for every piece you produce to prevent this from happening.

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How Big Is a Micron?

Much smaller than an inch, centimeter or millimeter, microns are best to use when dealing with fine powders or particulate matter. The size of a micron is one-millionth of a meter or one-thousandth of a millimeter. Twenty-five thousand microns exist within one inch. Particles of this size are tiny and become invisible to the naked human eye once they pass a threshold of 40 microns.

To give a size comparison, a single human hair can be anywhere from 20 to 180 microns. A piece of paper can have a thickness as small as 70 microns or as large as 180, all of which are still visible to the human eye. Bacteria are only a few microns long — often less than one — requiring powerful microscopes to view them up-close. By understanding how tiny these measurements can get, it’s easier to see how micron-sized particles can interfere with the metalworking process.

How Do Microns Play a Role in Metal Finishing?

Finishing processes remove the imperfections that could hinder a component’s effectiveness, both large and small. It may be hard to visualize just how minuscule these particles can be, but even a tiny deformity can ruin a part. When you’re manufacturing items like jet blades or machinery gears that require ultimate precision, you want to ensure possible defects don’t fly under the radar.

Although metal components can sustain various kinds of deformities during production, a proper finishing method can eliminate these. The process starts with the cleaning and washing technique and ends with the finishing strategy itself — which can be anything from abrasive blasting to vibratory finishing. Here are a few common imperfections you may encounter when working with metal:

  • Pitting: Small holes appear on the metal’s surface, which can allow bacteria to collect on material and contaminate it. Treating unpitted metal with passivation can prevent future corrosion and contamination. Nitric and citric acid cause a corrosion-resistant layer of chromium oxide to form, protecting your stainless steel from bacteria.
  • Sharpness: Cutting, drilling and similar actions can create sharp edges on the metal goods you produce. Leaving these as-is runs the risk of injuring workers, and you can waste a lot of time attempting to match mating parts that won’t fit. Rounding out these sharp points creates safer components for varied uses.
  • Surface contaminants: Scale, oil and mineral deposits are a few of the substances you may find on the surface of your components. You can quickly remove these by using blasting techniques, which often employ materials like sand or steel shot. Once the surface is smooth, it’s ready for any application you may have in mind.

Using the Best Machines to Clear Any Micron-Sized Deformities

To remove micron-sized deformities on your metal pieces, you need the best finishing machines to complete the job. At Advanced Deburring & Finishing, we offer multiple products to help you produce metal parts smoothly and efficiently, without imperfections. Our machines for surface finishing and refinement come in several styles with differing components:

  • Round bowl vibratory machines: Vibratory finishing involves placing a manufactured part into a round bowl filled with media. The unique media flow action of our round bowl vibratory removes burrs and imperfections for smoother pieces. Round bowl units implement a gentler process, resulting in a finer surface and eliminating the possibility of part-on-part contact.
  • Tub-style deburring machines: Our deburring machines use delicate or aggressive action — depending on your preference — to eliminate metal burrs that would otherwise impact the aesthetic and fit of your parts. The machine’s kinetic energy creates a fluid motion that provides significant deformity removal for a high-quality product. Tub-style deburring equipment works well with polished pieces, resulting in a bright shine.
  • Slurry deburring machines: The slurry deburring machine, also known as a spindle, uses an abrasive slurry to blast away imperfections of any size, including micron-sized particles. The rotary spindle submerges the metal piece into the moving slurry, while the tub creates a velocity high enough to smoothen sharp edges.
  • Continuous/thru-feed-style vibratory deburring machines: Need a device that can handle high-production tasks? Our continuous/thru-feed-style deburring machine accomplishes the job, managing anywhere from 60 to 10,000 parts an hour. Material handling systems (MHS) — which include a separate oscillation deck — are incorporated for easy media reuse. Processing cycle times range from two to 15 minutes.

Order Your Mass Finishing Machine With Advanced Deburring & Finishing

If you need a high-quality mass finishing machine to refine your metalworking, get in touch with us at Advanced Deburring & Finishing. As a leader in the finishing industry, we have been providing customers with dependable machinery since 1986. We continuously uphold our objective of providing clients with innovative products by studying new technologies and making developmental improvements.

Our experience in various industries — from aerospace to automotive — helps us give you the very best service. Prepping your surfaces with our equipment will provide a better canvas for painting, coating or reworking your metal as you see fit. No matter which phase of the process you’re on, we can assist with your finishing needs.

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