As far as the potential applications of three-dimensional printing technology go, 3D etching is one of the least accessible areas to the average layman or woman with the appropriate software and a cheap home printer. This particular strand of the technology requires a degree of expertise and precision that continues to restrict it to professionals in the sector.
Even these pros, however, are not always 100% sure of what they are doing. Much like everyone else, they are sometimes fallible. That is why they are careful to make provisions in order to ensure that the 3D etching process they set in motion goes without a hitch. One of the most important contributions they can make towards this goal is to pick the right kind of hardware for the job.
How To Pick The Right Machine
The choice of the best 3D etching machine for any given business is far from linear. Much like the purchasing process for other highly specialised items of machinery, it involves referencing, reading reviews, consulting with other industry specialists, defining the business's needs and, overall, a lot of browsing.
What this means is that printing and engraving professionals should never settle for the first or cheapest machine of this type they see on the market. Doing so may appear to make the process easier at first, but can prove costly should the hardware turn out to not at all be what they need. A little thought can go a long way in this regard, and industry professionals shopping for equipment should keep this in mind.
In order to ascertain which kind of machine is right for them, professionals should therefore start by answering a few questions regarding which materials the equipment in question will be working on, and which of the numerous 3D etching techniques it will be using. Some of these techniques have hardware built especially for them, so professionals who think - or know - they will be using these forms of the technique might be best served by seeking one of these out.
Once the technical specifications are defined, it is also important to consider the volume of output the machine will be dealing with. A small, home-based printer may do well with a desktop-sized machine, but a larger print shop is likely to need a mid-range or even industrial one. Features such as a high-speed scanner and the ability to produce large-scale objects should also be kept an eye out for.
Finally, it is important that potential buyers take the time to read reviews, procure opinions from colleagues, engage in a bit of comparative shopping, and above all check the terms and conditions of the warranties and certificates. Only by ensuring all these steps, in conjunction with the measures detailed above, can they make 100% sure that the machine they are buying is the right one for them, and not simply a waste of money.
By George Berdichevsky