How Is Technology Changing Our Homes?

Technology has been growing rapidly and it is starting to take over our every day lives. It is even starting to enter our homes. But how has technology changed our homes?

When thinking about technology changing our lives and home lives, we will always think about phones. Us spending time on our phones. But this is not it all. Technology is also beginning to take over how we control our home. For example, doorbells which we can see through and talk to people through. There are no more people assuming your not home, just let them know. Even simple tasks like turning on your lights have been taken over. You can now get lightbulbs which you control from your phone or remotes. Allowing you to turn them on and off, sometimes even change their colour depending on your mood. Some of these lightbulbs even allow you to set them so they come on at certain times of the day to simulate you being home.

Keeping Safe Whilst Working At A Height

A lot of jobs involve working at heights, some more extreme than others. But how can we keep safe whilst working at heights?

Equipment Training
The first and most important is equipment training. Before working from a height on any equipment make sure yourself and any staff are fully trained with using them. This includes all safety equipment. Having fully trained staff can help prevent serious injuries.

Risk Assessments
Always conduct a risk assessment before working at any height. If it is not deemed safe to have your equipment in the area, do not work there. Ensuring everyone is safe is your main priority so checking the are is safe will do this.

Limit Time At Height
If part of your job can be completed on ground level, do this. Try to limit the amount of time you are spending up high. This will help to limit the amount of time there is for injuries to occur.

Laser Cutting Benefits

In a nutshell, laser cutting is a type of technology which uses a laser to cut all different types of fabrics. But what are the benefits of this? Would it be beneficial for my company?

One of the main benefits of laser cutting it that it is much more precise. This allows you to add more detail as the laser can handle this.
Another benefit is that it is durable. Like some other cutting methods, the blades can wear down. With a laser this is not the case, you can keep using it and it will not get blunt.
Laser cutting also uses a lot less energy than some of the other methods. This means this it will not use as much electricity, making it cheaper to run.

Laser cutting is becoming the new way of cutting. The benefits of this make it far more beneficial for any company. Other methods are slowly becoming outdated.

Chain slings – Don’t compromise on quality

When it involves toughness and dependability, chain slings are the bulldogs of lifting slings. They are often used to lift very heavy and bulky loads on a daily or repetitive basis, so it’s important they are strong, durable and tough. Their flexible design provides strength and sturdiness so they will withstand impact, extreme temperatures, and exposure to chemicals and UV rays.

Chain slings are often preferred in high-temperature applications and for lifting heavy-duty loads. Their strength and sturdiness mean they work well in steel mills, heavy machine shops, and therefore any other environment where repetitive lifts or harsh conditions take place. Remember, most harsh environments would damage or destroy a wire rope sling or synthetic nylon or polyester sling, so a chain sling often reigns supreme. If any damage does occur on a chain sling, they’re completely repairable and should be load tested-and re-certified after the repair.

Chain slings are often heated to temperatures of 1000°F, however, the Working Load Limit must be reduced in accordance with the manufacturer’s recommendations when continually exposed to temperatures above 400°F. Chain slings are often configured in single-leg, 2-leg, 3-leg, and 4-leg designs. They can be configured to be used in vertical, choker, or basket hitches and a selection of varied sling hooks, lengths of chain, and master links are often used to create different sling assemblies for various applications.

While there are many different kinds, steel grades such as 63, 80, and 100 are normally recommended for overhead lifting. You can find grade 8 chain slings here. In some applications, chain slings made up of material apart from steel could even be used. These applications involve a corrosive or high-temperature environment. The chain material in these unique applications is typically stainless steel or another special material chain.

Advantages of Chain Slings

• High-strength, durable, and versatile design holds up to the harshest operating environments.

• Completely repairable by replacing individual chain links or segments.

• Chain slings are easy to re-certify within the event they’re repaired to a high standard.

• They can be used at relatively high temperatures and in hazardous environments where other slings would be damaged or destroyed.

• Resistant to corrosion, chemicals, and UV exposure.

• Not damaged or ruined by dirt, oil, or grease

• Will elongate 15-20% when overloaded to supply a very clear indicator that they have been overloaded.

Disadvantages of Using Chain Slings

• They are very heavy – the upper the ‘WLL’ is, the heavier the chain will be.

• Can be pricier than wire rope or synthetic.

• Can easily damage or crush sensitive parts or components, so must be used with care.

How do Plasma Cutters Work?

Many types of lasers and other types of cutting tools can be used in production processes. A plasma cutter is a type of equipment that uses an electrically conductive gas; the ionization of gases creates free electrons and positive ions amongst the gas atoms. The gas then becomes electrically conductive and can carry a current, so it will become plasma. This is the basic premise of plasma cutters and the technology and processes that they are built upon. The plasma cutter itself uses this ionized gas at a very high temperature, so it will melt and cut metals if they are electrically conductive. This works by the plasma arc melting the metal – the gas then remove the molten materials so that a clean, neat cut is achieved.

This is the science behind a plasma cutter. What you really need to know is that they will help in cutting and severing metals, very quickly, neatly and efficiently. For this reason, they are used in many construction processes and can really speed them up, making them more efficient, better managed and more cost effective for businesses to run.

How does the plasma cutting process work and what do you need to know before considering it?

Many businesses that want to bring processes in house might consider technology such as lasers and plasma cutters. This is what you need to know about the process of using a plasma cutting machine:

  • Melting and cutting metals of different thicknesses is the main process carried out by a plasma cutter
  • Different metals that can be cut include steel, brass, iron, aluminium and copper
  • The plasma machine can be used to make efficient cuts through metal – though this is actually a melting process, but it will happen quickly and efficiently

You’ll be able to get speedy cutting, regardless of the thickness of the metal or the type. Precision is key: even if you are cutting to an unusual shape or cutting around a difficult angle, it will be possible with a plasma cutter. There are also machines that will use fibre lasers and plasma together. Planetary gears and a low-seated gantry are common with this, as well as an automatic shuttle table. This might be more suited to a large business where power and performance are essential.

Different types of plasma cutters

There are different types of plasma cutter available from laser suppliers. You will be able to specify your requirements and make sure the plasma cutter you’re considering will meet your needs. Discuss this with the supplier to make sure you’re going to get the most out of your machine, and it will be suitable for your processes and output. Some companies will also offer smaller, more compact types of plasma cutter. They are perfect for middle-sized industries, and heavy metalworking companies, giving more flexibility when purchasing plasma cutters for all purposes. Whatever your needs, as specialist supplier of laser machines and plasma cutting technology will help you arrive at the correct conclusions, so you have the right machines to hand.

A new manufacturing trend you may not have considered!

It seems today that the Digital Twin is becoming about as ubiquitous as IoT devices. The term ‘digital twin’ refers to a digital replica of a living or non-living physical entity, such as assets, processes, people, places, systems and devices. Quality management is a top consideration for manufacturers. Continuous monitoring of product data is critical these days, and a digital twin can monitor and model every part of the production process. You’re able to identify where quality issues may occur as well as analyse the composition of the product, saving a great deal of time and money moving forwards while guaranteeing better products and components.

Conversions of production to other products or smaller series and runs can also be run through first in the digital twin. It allows you to model how product customisation will affect the production processes. Digital twin technology is undoubtedly a gamechanger, and it’s already having significant beneficial effects across many manufacturing sectors.