Why Investing in a CNC Plasma Cutter is Worth It?

A CNC plasma cutter offers a lot of advantages, especially when it comes to precision and the amount of control on the workpiece. If you are looking for a new machine that you can use in your workshop, choosing a plasma cutting machine will offer you numerous benefits. Also, you need to decide on the plasma cutting system to purchase. The choice you make will be very dependent on various elements like CNC control and fume control system.

 

Cutting Advantages and Control

The CNC control of the plasma cutting machine will be guiding the motion control of the system. This will also convert the program for cutting into electrical instructions. These instructions will be directing the cutting speed and direction of the machine. The control will also be guiding the operation of peripheral devices and the height of the cutter.

 

The Components of the Cutter

The cutter’s mechanical components are the machine’s moving parts. This would include the Z axis, the gantry, and the torch carriage. All these components are the elements of the machine that are responsible for carrying out the physical work needed to produce the components. The cutting benefits are that the parts can work at a greater level of precision.

 

Fume Control System

The fume control of the system is important especially if you want to use the machine in a more confined area. When using the machine, smoke and fumes can be generated. One great thing about choosing this system over other machines is that these cutters come with a downdraft table that removes smoke and fumes.

 

Faster Cutting and Higher Productivity

There will be no complex adjustments needed when using a CNC plasma cutter. In the past, these cutters were limited only in large operations that can afford the expensive price tag that comes with it. Good thing that advances in technology made higher productivity and faster cutting possible to smaller operations and even to home machine owners.

Today, these plasma cutting machines can be widely seen in many shop floors across the world and even in people-owned workshops. With their capability for precision and faster work compared to old machineries, it has become so much easy to see why their popularity has been increasing.

If you are searching for a good plasma cutter, it’s a good thing that you can find affordable ones in the market that will match your requirements and budget. These cutters can cut a wide array of materials that have varied thickness to very high level of precision. You can now begin your search for these machines and look forward to enjoying the advantages that they have to offer for the years to come. These machines will definitely not disappoint you.

 

What to Look for in Your Chemical Storage Cabinet

For most companies, chemicals have an important role to play in their daily business operations. Whether these are proprietary substances that are used in manufacturing processes or solvents used for degreasing or cleaning, these hazardous materials can always be found in the workplace.

The most significant measure is to be able to mitigate the risk of chemical exposure to the environment or the employees is to practice proper handling and storage.

For chemicals that are highly hazardous, it is best to have them stored of people’s reach in a suitable chemical storage cabinet and have trainer personnel handle them when necessary.

 

Identify the Chemicals

Before you hurry into buying, you need to determine the varieties and types of chemicals that are used in the facility. Every chemical that is used in the operation needs to have a material safety data sheet.

This data sheet has the information on proper handling and storage requirements for every chemical in the operations.

 

Storage Considerations

There are different factors that should be considered once you have understood the attributes of chemicals that you are storing. Some of the typical considerations are: ignition control, temperature control, chemical segregation, proper ventilation, and chemical identification.

 

Chemical Segregation

Making sure that chemicals are segregated is very important to ensure the safety of the employees. Proper segregation guarantees that incompatible materials would be able to avoid inadvertent contact. Combustion, fire, toxic or noxious gases, and violent chemical reactions are the consequences of chemical segregation that is improperly done.

Acids should never be stored with bases while oxidizers should not be kept with organic materials or any reducing agent. The best practice is to separate storage areas or include a physical barrier.

 

Storage Cabinet Considerations

When selecting a chemical storage cabinet to segregate chemicals, you need to consider the compatibility of the chemicals with the materials used in the construction of the cabinet.

Also, corrosive properties of these chemicals should also be considered when searching for metal cabinets. For instance, corrosives like caustics or strong acids are likely to corrode the majority of cabinets that have metal construction. Chromic acid, sulfuric acid, acetic acid, nitric acid, and hydrofluoric acid, as well as common bases like potassium hydroxide, ammonium hydroxide, and sodium hydroxide should not be store in metal.

Epoxy painted or non-metallic cabinets are the better choice for these substances. These will provide them with a greater service life for strong corrosives.

In case of flammables, the recommended choice is metal storage cabinets. There are also types of cabinets that are exclusive only for flammables that will minimize the risk and damage to the facilities and employees in case of a spill or accident.

 

Additional Safety Considerations

There are additional considerations when it comes to selecting a storage cabinet such as the size of the storage area, as well as the quantity of the chemicals.

 

How Can You Benefit from Water Jet Cutting?

Are you in field of work where there’s a need to be precise in cutting materials like stone, glass, or metal? Maybe you have a piece of granite and you are tasked to cut it so it will fit the proportions. Considering your cutting needs, it will be of great interest that there is a technology that can do the job.

Water jet cutting is what you need to accomplish the given task. It makes use of high-pressure pump to cut metals, stones, plastics, fiberglass, Kevlar, titanium, ceramics, aluminum, glass, wood, steel, etc. It can also be used to manufacture parts of a machine and other devices. In today’s time where there’s a very high demand to cut materials, this is considered to be a preferred method, especially when the materials are sensitive to the high temperature from other cutting methods. The process is very beneficial as it allows accurate cutting or a material without having to interfere with the material’s integrity.

 

Advantages of the Process?

There are definitely a lot of reasons why a water jet cutter is advantageous and popular. Of course, there are reasons as well why people choose this cutting method instead of other methods available today. Below are just some of them.

 

Does not Create Weakness in the Material

In order to cut a material using this method, the pressurized water is being forced through the material at as much as 60, 000 pounds/ sq. inch. But, this does mean that the material is weakened because no heat is involved.

 

Competitive Edge

It was first introduced by forestry engineer Norman Franz in the 1950s. Since then, the technology has consistently improved and developed to meet the demands and needs of industries that has resulted in the technology’s wear-ability. This means that it has better competitive edge compared to other similar technologies.

Due to the amount of force with which the water hits the material’s surface, there is no need to prepare the surface, thus saving money and time.

With all its advantages, it is no wonder why the list of products and materials that this technology can cut through keeps on getting longer and longer.

As the process does not involve heat, it is best for items that have the tendency to get damaged as soon as they get exposed to very high temperatures. In addition, the cutting method does not create any blurring or rough edges. It only leaves the surface smooth, often eliminating the need to perform some finishing touches. Moreover, this method will not leave any start hole and will not result to compression or distortion which can be caused by other cutting methods, specifically the traditional ones that some industries still make use of until today.