Category Archives: Diamond Polisher

Benefits of Diamond Polishing

Diamond polishing allows for perfect finishing on edges and sides during the final stage of manufacturing and fabrication on acrylics/plastics. Only diamond with its ability to apply cutting edge angled polishing can be used to achieve optimum quality without sacrificing aspects of the manufacturing process, however, it is a sensitive procedure that requires a lot of attention.  Diamond polishing is used on fabricated plastic and acrylics on angles, sides and edges and industrial parts.

There are two methods of polishing with diamonds, the first involves moving the diamond head across the surface of the plastic/acrylic and the second method involves moving the plastic/acrylic over the diamond head, what method is used is dependent on the measurements and sizes the professional is working with.

The process of diamond polishing is challenging as even the smallest errors can affect the entire polish. However, the beautiful shine which reflects light perfectly is immaculate and is what every manufacturer is after. For these reasons diamond polishing pairs perfectly with Computer Aided Drawing (CAD) to get measurements down to the smallest of scales in ensuring that accuracy is met when polishing. Furthermore, an additional benefit from polishing with diamond is its ability to enhance the durability of machines as weak spots are strengthened and fixed to allow for continued usage.

 FX Plastics are reliable diamond polishers for fabrication products in Australia, so inquire today if you’re interested.

The Marvel of Computer Aided Drawing

Since its inception into the workplace computer aided drawing (CAD) has allowed millions of businesses to find quick, reliable and precise methods of designing and fabricating manufacturing solutions. On top of that, this revolutionary marvel is cost effective for businesses. Precise output allows for a minimization of waste as no wasteful space is left over during the manufacturing. The solutions provided via computer aided drawing (CAD) also save the businesses money as products purchased not made precisely through Computer Aided Design can be faulty or obsolete when attempted to be utilized. This sometimes requires a business to seek diamond polishing to repair or refine an industrial part which can become a great expense.

Computer aided design is used for the creation of so many products that it would be impossible to list them all here.  Essentially CAD is used for the precise engineering of any 3D or 2D models generated on a computer. Using a computer enables manufacturers to get measurements specific to the millimeter and even less. Detailed layouts of different parts which will be combined together later can be formed on a computer before it is created in real life to ensure that the real thing will be viable and functional. Its prevents risky manufacturing through its quality output and precise modelling.

Additionally, a common misconception is that computer aided manufacturing (CAM) is the same as computer aided drawing (CAD). The difference lies in the function, CAD is the process of designing the product on a CAD software instead of hand drawing to ensure accuracy whereas, CAM is the creation of paths for tools used to make the CAD products, watching animations etc .

How Associating with a CNC Routing and Machining Company Can Benefit Manufacturing Companies

Computer Numerical Control (CNC) machines first emerged during the 1940s. These machines used to perform certain basic functions. With the passage of time, these machines have become highly specialised. In particular, their ability to make various machine tools function automatically by utilising pre-determined computer programs has made them a necessity in today’s business environment. At its most basic, a CNC machine typically features a computer and a tool used for shaping the material. The computer uses a program for controlling the tool and the material. This yields a precisely cut or shaped end product or part.

Numerous industrial and manufacturing entities the world over use CNC machines for producing a diverse range of products and prototypes. Diamond polishers, grinders, mills, lathes and routers represent just a few of the tools that you can control with the help of CNC machining techniques. CNC machines nullify the need for human intervention, when it comes to manually operating the machines during the manufacturing process. Not surprisingly, this aspect can be a huge facilitator when it comes to improving productivity levels while minimising labour costs.

As mentioned earlier, CNC machining comes into use in an array of applications. Many companies that produce items for companies in the automotive, electronic and agricultural sectors rely on CNC machines extensively. Some companies do not have the resources for purchasing the expensive CNC machines. So, they partner with companies offering CNC machining services to produce an assortment of end products. This association can be quite beneficial for the manufacturing entity because CNC machining techniques:

Diamond Polisher – Finished to Perfection

Diamond polisher is used in the final stage of the manufacturing and fabrication process for a range of products to achieve high quality finish without compromising on the deadline of the manufacturing process. One can easily rely on the accuracy of a diamond polisher which has cutting edge capabilities to provide the best quality finish across a wide range of products and projects.

Diamond polisher makes use of angled polishing which is ideal for delivering high quality finish for many products. The diamond polisher can offer high level finishing on acrylic products up to 50mm width and infinite length. There are diamond polishers available which can offer fully automated polishing on acrylic up to 3100mm long with maximum thickness of 120mm and designed for maximum efficiency.  The buff polishing can offer ultra-smooth, high quality and highly polished finish. Highly skilled operators also make use of flame polishing which uses a superfast smooth flame polish finish across a wide range of substrates in different shapes and sizes.