The 2000-Series machines were designed with higher production requirements in mind. They are designed to handle such applications as deburring, slag grinding, calibrating/dimensioning, edge radiusing, paint/surface preparation, finishing/polishing or a combination of these applications.
Centrifugal barrel-tumblers are a special kind of barrel-tumblers that use centrifugal forces to increase the effects of barrel tumbling.
Want a matte or satin finish? Add aluminum oxide blasting media to your centrifugal barrel finishing process, and the resulting part will be matte instead of shiny.
If you are looking for a metalworking tool to finish, deburr, or perform other processes, there are two choices: wet or dry. These machines complete the same job using different methods. Dry machines don't need to use any coolant, but wet machines can disperse coolant onto the surface.
No matter how many steps are involved in your process each step must take place separately. Also, polishing and deburring cannot be done at the same time. Instead, polish first and deburr second. If more steps are required, they must be done in ascending order. Polishing and deburring should be done first.
The centrifugal bar finishing machine is versatile and is used in many different industries for metal finishing.
Our machines have a longer life expectancy, lower costs, and require less maintenance for finishing or deburring.
When selecting a metalworking machine to perform finishing, deburring, and other processes, you must choose between wet or dry metal machines. These complete the same process using different methods, with wet working machines dispersing a coolant mix onto the surface of processed parts, while dry machines function without this mix.
Flat parts make you feel lost? Flat parts, like washers, pose one of the most difficult challenges in centrifugal-barrel finishing. Parts tend to stick to the barrel and wick together so that only one side can be deburred. To solve this problem, you can add glass bead blasting medium to the centrifugal drum finishing process. The beads protect the parts from sticking to each another and to the barrel. Glass beads can be used for parts that have a tendency to cup together.
You don't get a machine when you buy a Gulf States Saw & Machinery Co., Inc. mass finishing product. Instead, you get a complete, worry-free package. Our in-house production of mass finish equipment and media, customer-focused designs, our own trained service technicians, spare parts, and waste water recycling make Gulf States Saw & Machinery Co., Inc. mass ending equipment a complete and sustainable solution for our customers.
The safety of workers is enhanced by the use of a deburring device. This reduces repetitive motion injuries like carpal tunnel syndrome. The machine's centrifugal barrel design is far more ergonomic that hand work. The only downside to centrifugal tumblers is that they require operators to manually load each barrel. However, the machine's high speed compensates for this labor intensive.
A centrifugal barrel tumbler can perform mass finishing either wet- or dry. Wet processes use liquid lubricants, cleaners, or abrasives, while dry processes do not. Each barrel is filled to 50-80% capacity with the following elements.
With our machines, you benefit from a longer lifespan, reduced costs, and less frequent maintenance for finishing or deburring.
Centrifugal barrel tumblers are a specialized form of barrel tumblers in which centrifugal force adds to the effects of barrel tumbling.
Finishing mortars and concretes; natural and artificial masonry materials; decorative ceramics; materials and items made of wood, paper, glass, plastic, and metals; and paints and varnishes are the most common finishing materials used in modern construction.
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.
Finishing processes can be used to improve the following characteristics: appearance, adhesion or wettability, solderability, corrosion resistance, tarnish resistance, chemical resistance, wear resistance, hardness, modify electrical conductivity, remove burrs and other surface flaws, and control surface friction.