This industry standard is the centrifugal bar finishing system. It can be used with many kinds of metals including aluminum, brass, stainless steels, chrome, titanium, and stainless steel. This type of system is not able to deburr plastic parts as it is too soft.
A centrifugal barrel tumbling machine is the most efficient and cost-effective method of deburring large numbers of metal parts and/or polishing them at once. Also called an industrial tumbler, circular tumbler, or harperizer, the centrifugal bar finishing machine uses a sliding action to grind metal surfaces. One type of mass finishing is centrifugal bar finishing.
Our machines support as many as four working heads, with the ability to customize them with a variety of rotating brushes, abrasive belts, and oscillating disks based on your application’s unique needs.
A grinding wheel is a disc or cylinder for machining via abrasive or cutting action, or for sharpening cutting tools....
There are two options when it comes to choosing a metalworking machine. One is wet and one is dry. Both machines perform the same tasks using different methods. While wet machines use coolant to spread onto the surface, dry machines work without it.
Contact us today for more information on dry metal machines that can benefit your application.
Every Triumph trimmer features stationary or movable transparent Lexan safety guards. All models are tested by independent safety labs and comply with all applicable international safety regulations. Triumph trimmers are certified under a quality management system established in all company areas under the DIN EN ISO 9001:2008 standards.
Our cleaning and finishing equipment is built with the Gulf States Saw & Machinery Co., Inc. heritage. Superior quality, durability, safety, and operation ease.
Flummoxed by flat parts? Flat parts such as washers present one of the toughest challenges for centrifugal barrel finishing. The parts tend to wick together or stick to the side of the barrel, so only one side gets deburred. The solution is to add glass bead blasting media to the centrifugal barrel finishing process. The beads coat the parts so they can no longer stick to the barrel or each other. Glass beads also work well for parts that tend to cup together.
Top/bottom machine processes the top and bottom surfaces simultaneously with 100% uniformity. Each square inch of each part is processed exactly the way it was intended over the entire width of the machine.
Centrifugal barrel finishing machines can perform each of these three types of work, also called steps. Depending on surface finishing specifications for your product, not all steps may be necessary. Your process might include a single step, two steps, or three steps.
The centrifugal bar finishing machine is versatile and is used in many different industries for metal finishing.
Mass finishing is a combination of several manufacturing processes that finish large quantities of parts simultaneously. When a mass finisher uses loose metal parts, friction is created by the container's movement. This friction creates a cutting action that can be applied to the metal surface. It can be anything from heavy grinding, fine polishing, or even heavy grinding.
A variety of performance enhancing options are available for the FC 10. The corner stapler attachment is capable of stapling up to 10 sheets at a time. A heavy-duty base mounted on casters allows easy mobility. The FC 10 is certified by Underwriters Laboratories for the US and Canada.
Metal finishing is the process of altering an object's surface in order to improve its appearance and/or durability. Metal finishing is related to electroplating, which is the electrodeposition of a thin surface coating of metal onto another.
The Inovatec Automatic Surface Finishing Machine has a PLC control system that allows you to control the entire surface finishing process. It is a completely automated and labor-saving solution. Suitable for deburring and polishing a large batch of small parts at once.
The law of attraction between positively and negatively charged particles underpins the finishing technique of applying a coating to a metal surface. The paint is usually positively charged, while the support to be painted is negatively charged because it is wired to a strong electric field.