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Maintaining Industrial Hoses – How To Do It Well?

In the industrial environment the application of a hose system is very necessary to facilitate the production process. Assembled hoses containing oil or chemicals that have high pressure can cause problems if the performance is not noticed. The hose is a traffic lane that cannot be jammed when the production process is running; if there are some problems with the hose such as cracks, leaks, wear, or contaminated with chemicals, be prepared to face major problems in your manufacturing industry.

Effective early detection with hose testing services can prevent security problems caused by a decrease in hose quality in your industry. Hose inspection and hose testing are very necessary to maintain the security and smoothness of industrial processes; this service will really keep you away from various risks in all hose assemblies in your industry.

Using hose testing helps maintain hose safety and durability over time. Hose testing involves liquids that are inserted into a tube or hose which will be tested with a pressure test technique with a standard from the test capacity of a tube or hose. If the industry uses a hose system that has been through hose testing, then they will reduce manufacturing costs due to poor production quality.

The method of testing the hose which is often used in the manufacturing industry is the Hydrostatic Pressure Test. This test aims to measure the strength and leakage of cylindrical tubes, pipes, tanks, boilers, hoses and others. As the owner of a manufacturing industry, you have a responsibility for the safety and security of employees who work around hose assembly systems; therefore, hose testing must be carried out regularly. However, before you do that, you need to know that testing has different frequencies based on things such as pressure measurements, product types, and manufacturing standards. Based on the references I read that each country has laws and codes of ethics for this test. For example, visual inspection and testing are carried out every two years for high-pressure hose assemblies. And for low-pressure assemblies, it can be done each five or ten years

What will happen if the hose or tube fails the test? Well, they will break. If this happens, you must replace them with a new one. A hose testing expert will usually recommend replacing them or not. The point is that testing and recommendations aim to avoid danger from hoses when they are used.

Whatever pathway is chosen to protect hose assemblies in your company; it is strongly recommended to consider the safety and protection offered, as well as their impact on the environment. Then, make sure to consider the total cost of building, maintaining and reconstructing any damage to the hose assembly.

Lathe Machine

Lathe is a machine that is often used in the manufacturing industry. This machine is built to serve a specific purpose and although there are many variations to choose from, you really need to choose the one that suits your best needs. You can choose a mini lathe, which has limited operating scope but can be very useful for small and personal projects. It is mainly used by beginners who test and change the shape and design in the production process.

If you want to run a business professionally and large then not suitable to use mini lathes. Those who want to transition more slowly to larger lathes do have the option of improving their mini-lathe. It makes sense for those who want more from their machines without spending a lot of money on new and bigger machines. This increase adds functionality such as variable speed, arm etc.

It is recommended that professionals who have found the power of the lathe upgrades to the lathe as much as possible. This is meant for the craftsmen who can see the long future of them using lathe. For those who are not sure how long they will be using one or those with tight budgets, there is a midrange segment that typically has a size between 12×34 and 16×36 and offers sufficient features and robustness for professional craftsmen without spending any money.

There are a few things to consider before jumping in and buying the cheapest or the biggest machine out there for your budget. You need consider the spindle you are getting. The spindle is the core to the operations of lathe machines and they come in standard and non-standard sizes. The is usually a good idea to go for standard sizes like the 1″x8tpi spindles. The bed capacity is also important, as this will determine the size of material with which you can work. Variable speed is another aspect because most professionals prefer to work at different speeds while doing different things to the material. Like for sanding you would prefer a higher speed but for carving, you might want a medium to low speed depending on the detail you want to work in.

Be careful of lathes whose parts are often nonstandard and therefore very easy to replace, usually these machines are offered at bargain prices. Buying from reputed companies is always recommended. Check with detail if you buy used lathe. You can search for it by buying locally from a store you know. If you buy over the Internet, try purchasing from the nearest place and grab yourself after checking properly.


Manufacturing Industry – Drones Impact

One area where drones have started to become commonplace is the manufacturing industry. When you talk about use of drones in manufacturing, do not confuse this with the manufacturing of drones. While it’s true that the idea of drones in the manufacturing process hasn’t really taken flight as of yet, this is not to say that drones aren’t being used at all in the manufacturing industry. Drones have proven particularly useful in the field of food manufacturing, with Japan at the forefront for using this technology. In Japan, drones are being used in the agricultural fields to spray insecticides and to monitor for weeds.

The drones that are being used in the agricultural fields in Japan are the Yamaha RMAX. More than 2400 models of the Yamaha RMAX are currently in use. You might find it astonishing but Japan has been using this technology in the agricultural industry for over 28 years with the first drone project taking place in 1987.

Transport drones are being used in warehouses in different industries to lift items and to keep stuff organized on the shelves. Drones are not only more reliable than humans in performing these tasks but are also faster and increase productivity.

Qimarox, a Netherlands based company that is involved in material handling has been studying the use of drones in arranging goods on the shelves and in taking them off the shelves. The use of drones in warehouses won’t just help with arranging goods in warehouses, but will also accommodate the assembling of these picked goods into pallet loads.

The main area of research regarding drones in the manufacturing industry is collision avoidance technology in enclosed spaces. Drones that are flown outdoors need to be in the line of sight and can be landed in case of any emergency. However, in the manufacturing industry there is not a lot of space and the device needs to be programmed in such a manner that it does not collide with different objects in its path.

The main concern regarding drones and their use in the manufacturing industry is that of safety. The FAA is in its infancy in regulating drones in the commercial sector, although testing is progressing gradually and the rules are slowly starting to take shape.

For now, drones in the manufacturing industry are being developed to pick, arrange and load stuff in the warehouses. This may appear simple but it is a complex task in itself seeing that it’s an unmanned vehicle executing all of these tasks.