Motors & Pump Repairs in Sarasota, FL

An Industrial Control Panel engineer's job first starts with deciding which control panel is best suited to the needs of particular factory it is to be installed in. This decision must be taken keeping a variety of factors in mind:

Mader Electric traces its roots to its humble beginnings in 1983, which included six employees at a 5000 square foot facility. From its start, emphasis was on providing quality, professional service to commercial and industrial customers. This commitment led to the development of an expanding product line, including several major motor and pump lines, as well as an industrial control line.

Over the years, ABB has established itself as a major player in the field of digitization in power and automation. It has now taken yet another step towards the integration of the manufacturing industry with virtual reality with its concept of the internet of things, services and people (IoSTP). The aim is to fully integrate human resources within the technological landscape of tomorrow's industries.

Depending on the nature of your business or factory, a cut of power supply can cause detrimental financial losses, damage to equipment, or human injuries. Causes of power outages range from interference with electricity poles, lightning strikes, flooding, and other natural causes, to internal equipment faults. Considering a power backup plan is prudent for mitigating risks that come with power loss.

Every factory carries with it certain risks and hazards that have the potential to derail work and reduce profitability, not to mention risk the health and safety of the workers. Here are some fire and shock hazards that you might not be aware of that could very well threaten the productivity of your factory:

A network of physical devices, buildings, vehicles and other manufacturing tools that can been connected to each other using various kinds of software and sensors is referred to as the Internet of Things. IoT contains within it the infrastructure of an automated informational complex used for aiding the manufacturing process.

Factories are a source of large scale energy consumption, be it electrical or heat. The energy required for keeping every individual piece of machinery up and running smoothly is tremendous. Every part of the factory's manufacturing process from assembling, packing, repairing to testing and storing requires a constant supply of energy that puts a great deal of strain on the company's financial resources.  

In simple terms, smart manufacturing refers to the use of data analytics to significantly increase the efficiency of a factory's process of manufacturing. It takes the shapes of using computers that have the ability to process a large amounts of data in a very short amount of time, and use that data to make independent decisions geared towards increasing work output for the factory. The human workers are still in charge, but a large amount of the responsibility shifts to the computer for the smooth and integrated working of the various machines in the factory.

In the year 2016, we have seen a variety of trends take the manufacturing industry by storm. Some of those trends have become an important part of the manufacturing technology scene. Here are five manufacturing trends of 2016 which have had the biggest impact: