The GoCrease criser is ideal for digital applications. It allows documents printed on heavy, coated stock to be folded prior to folding. This ensures crisper, cleaner folds without cracking
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.
These industry-proven finishing systems can be used with many types metals such as brass, aluminum, stainless steel and chrome. Because plastic is too soft for this process, this type of system will not deburr parts made of plastic.
Top/bottom machine processes top and bottom in one pass, with 100% uniformity. Every square inch of any part is processed the same way over 100% of the machine's width.
A centrifugal finishing machine can increase the consistency of quality. Handwork has a maximum acceptance rate of 80%, but a centrifugal bar finisher can deliver much higher acceptance rates. Additionally, the surface finish of a centrifugal barrel finisher is consistent in all directions. It is not like hand polishing.
Our cleaning and finishing equipment is built with the Gulf States Saw & Machinery Co., Inc. heritage. Superior quality, durability, safety, and operation ease.
The three types of work that centrifugal barrel-finishing machines can do are known as steps. You may not need to perform all the steps depending on the surface finish requirements of your product. There may be one step, two steps or three steps in your process.
Do you want a satin or matte finish? You can add aluminum oxide blasting media during the centrifugal barrel finish process to make your part matte or satin.
Mass finishing refers a group of manufacturing processes that can be applied to large quantities of pieces simultaneously. In mass finishing, metal parts that are not in use are placed in containers. This creates friction and causes the metal to rust. This friction can cause a cutting action, which can take many forms: from heavy grinding to fine Polishing.
You can enjoy a longer lifetime, lower maintenance costs, and less frequent finishing and deburring.
The versatile and widely used centrifugal barrel finishing machines are great tools for metal finishing.
The fastest and most cost-effective way to deburr and/or polish large amounts of metal parts is by using centrifugal barrel tumble machines. A centrifugal barrel finishing device, also known as an industrial tumbler and rotary tumbler, uses a cyclical sliding motion to grind the metal surface. A type of mass finishing, centrifugal barrel finish is one.
Centrifugal barrel grinding machines are the fastest, most cost-effective and efficient way to polish large quantities of metal. Also known by the names industrial tumblers, rotary tumblers, and harperizer systems, centrifugal barrel tumbling machines use a cyclical sliding movement to grind the metal surfaces. Centrifugal finishing is a method of mass finishing.
Centrifugal barrel finishing requires the use of the right tumbling media. The cycle time for parts can be doubled if the media is not right, especially if it's the wrong geometry. If you are not using cones or cylinders to tumble media, it can significantly slow down the processing time.
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.