When examining the possibility of bringing an outsourced operation or function in-house, the major concern to look into is whether the volume of work warrants the capital investment and accompanying operating costs. Additionally, considerations like maintenance, required peripheral devices, specific training, and the arrangement of the available workspace are taken into account.
They need to be looked into first before plans on taking abrasive waterjet machining in-house materialize or take place. Water jetting is a deceptively simple method that necessitates considerable thought, planning, and effort in order to achieve a reasonable ROI or return on investment and increase business productivity.
Waterjet experts can offer a guiding hand to those who own a machine/fabrication shop who is also pondering whether to have this process in-house or continue outsourcing it. The common mistake of many people is they choose to ignore these things when they opt to undertake water jet cutter on their own.
Among them are:
It is wrong to think that other machining skills can be translated into water jetting in no time. The majority of waterjet manufacturers offer customer product training in their product purchase price; the most reputable of these dealers maintain they are leading-edge by providing ongoing operator training.
Regular clearing and cleaning of chips and remnants.
Waterjet machining does not lead to the generation of large amounts of chips or cutting debris, as turning, milling and the majority of other traditional machining processes do. However, it is important to regularly clear and clean out cutting residues from the waterjet machine’s systems and components to ensure it is functioning properly and minimize premature wear and tear of the equipment.
Material Handling and Storage.
Please remember that the waterjet system is generally used for cutting quite huge sheets of material. This necessitates a different storage and handling approach than bar stock or metal billets.
End-of-the-line consumers must devise an efficient method for segregating and warehousing raw materials, as well as establish best practices for transporting these large, often heavy sheets from warehouses to the waterjet tool machine.
Municipal water quality, particularly in terms of particles, differs significantly from city to city. Any substance suspended in the water carries the potential to corrode or damage the spray nozzle gem.
The concentrator located within the nozzle body costs between $80 and $800. They are quite pricey and you need to take good care of them so they will last long enough. Temperature is also a matter of concern.
The excessively heated water can degrade the seals in the waterjet mechanism. With that scenario, it runs the risk of shutting down production. Therefore, to keep that unfortunate event from ever taking place, water should be filtered and must be run through chillers. This measure will help in keeping their ideal temperature, which should be higher than 7° C or 45° F.
When doing abrasive water jetting, you need to take into account the abrasive particles you intend to use. Along with purchasing abrasives, spent abrasives must be managed properly and processed the right way before they can be reused.
The most frequently used abrasive material used in the metal processing and fabricating industry is garnet. By nature, this particle is not inherently hazardous.
If you’re interested in using additive manufacturing to generate finished 3D printed eyewear, this technology will optimize your entire manufacturing process.
Indeed, adding value through additive manufacturing entails a reduction in inventory. You need to build your stock when you make use of conventional production techniques, but things can take a turn with 3-dimensional printing, you save waste and can produce your required parts as needed!