Thursday, June 28, 2018

Solutions for Your Toughest Engineering Challenges


Do you need experts who can help revolutionize your business with:

• automation & control technologies
• renewable energy upgrades
• disaster recovery
• communications and power distribution

As a full service engineering firm, a software systems integrator, a licensed electrical contractor and a UL 508A certified industrial controls manufacturer our team provides you engineering solutions for Industrial, Manufacturing and Transportation applications.We are a single source solution for complete preventive maintenance, technical support and engineering services 24/7/365.

You can feel confident selecting Frontline Technologies for your engineering services needs we are .....
Highly rated at 97.96 by Prime Buyers Reports in ongoing customer satisfaction research, credentials and business practices.

Let us earn your confidence by delivering professional services that meet or exceed expectations.

Call us now for a consultation or to schedule an assessment at 707-747-6251 or send an email to contact@frontlineworldwide.com

Tuesday, June 26, 2018

Benefits of Engineering Consulting


The preliminary requirement for conceptualizing or building anything is engineering; and it is an established fact that its consulting is way better than interacting with an individual.

Consulting services offers several benefits:

A consulting firm will engage a group of experts who bring their experience into your project. They are goal oriented and take into account important scientific and economic factors. They understand the project and related problems and come up with intelligent cost-effective options to benefit the parent party.

The best part of consulting against working with an individual is that many minds come together, debate, deliberate and construct a viable solution. This may not be possible while working with a single engineer. After all a consulting team will constitute, not just engineers, but technologists, business analysts and other domain experts.

Obviously when a team of experts from related fields, work together under a mechanical engineering consultant, the collaborative effort along with the several important and complex factors that eventually contribute to the success of the project are taken into account.

The basic concept of consulting is to help businesses meet their design and construction needs. The requirement may range from building a completely new structure replete with heating, air-conditioning and electrical fittings or renovating an existing building to suit client requirement.

Consultants offer a range of services in building science and engineering that include land assessment, building plans, landscaping, inspect and repair existing structures and more. Firms make use of quality software such as CAD and the like to create mechanical assemblies based on assessments.

Advanced engineering consulting includes:Analysis, diagnosis, designs and operation of mechanical systems; expertise in fracture of manufacturing materials; mechanics as well as the dynamics of fluid flow; and thermodynamics.

Basically a modern mechanical engineering consultant works on everything from transportation, food production, building, energy generation to electronic devices. They improve clients' business processes by providing quality solutions.

Every consulting firm must take the following steps to popularize their service:

• Carry out an extensive market research to identify potential business.

• Define services so that prospective clients get a basic understanding of the services

• Have a website that clearly highlights consulting services

Advanced engineering consulting:

Accomplished consultants provide quality, safe and cost-effective consulting services. They have the capability to create digital representations of mechanical drawing layers so that the client can actually see the shape the firm intends to give the project. Services include: 2D drafting, parametric modeling, assembly modeling, production drawings, bill of materials etc.

Mechanical engineering services include: design and drafting; manufacture design; safe load tables; load testing; forensic and failure analysis; Gantry cranes design and verification; car platforms and hoists; Non destructive testing; mechanical drafting; simulation; 3D rendering; vibration and fatigue analysis; hydraulic cylinders, vehicle hoists and platforms among other things.

The consultants are expected to adhere to strict quality standards that include:

Identification of hazards; risk management; safety equipment for working at heights; construction of safe work platforms; man boxes, cages; manual handling aids and more.


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Friday, June 22, 2018

Saturday, June 16, 2018

Dust Collector Systems for Industrial Manufacturing Processes


Industrial dust collectors are designed to handle high-volume dust loads in manufacturing plants or processing facilities. The presence of dust and other particles in air can prove detrimental in more ways than one, reiterating the importance of a dust collector system. For one, it leads to several respiratory problems among workers on a site or facility. The second more grave concern is that certain types of dust are very easily combustible. So a small spark could cause a major explosion as the dust floating around in the air combust.

The Occupational Safety and Health Administration has laid down several mandates pertaining to proper dust collection and disposal on an industrial or manufacturing site. Industrial manufacturing processes are referred to as 'specific operations' by the American Conference of Governmental Industrial Hygienists. Equipment configuration must be in line with rules pertaining to specific industrial operations.

What are the harmful effects of dust at a site or facility?

Numerous studies have proven that particulate matter, fumes, and dust are a hazard to the operations at an industrial facility. There are hundreds of different types of compositions of dust that can pose a very serious health hazard. These risks, if not handled in the prescribed manner, can lead to a major accident at a manufacturing facility. For instance, saw dust or fabric lint can combust in a matter of seconds. In such an environment, even the smallest open flame could cause a large accident. Overall, it wouldn't be wrong to say that the presence of a higher-than-prescribed amount of dust in the atmosphere is detrimental to both people and processes.

How does one go about installing a dust collector system?

The best way to get the job done right the first time is by enlisting the services of a professional and certified industrial ventilation systems designer. These are specialized firms that are aware of the industrial ventilation parameters laid down by OSHA. Non-compliance to these parameters would mean that the industrial ventilation system at your facility doesn't pass an OSHA inspection.

There are several firms that, in addition to designing ventilation systems, also manufacture customized dust collector systems in keeping with industry codes. And, you can also hire the services of a specialist firm for the purpose of optimizing your dust collector to enhance its performance. Other important components that form an integral part of your dust collector systems would include dust capture arms, bin vents, cartridge filters, portable dust collectors, and so on.

Finally, it is crucial to ensure that the dust collector systems at your site or facility adheres to environment-friendly standards, and that it consumes a low amount of energy. A low-energy-consumption design would translate into lower utility bills and more energy savings.

Article Source: http://EzineArticles.com/expert/Maria_J_Peter/1527637

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Wednesday, June 13, 2018

Industrial Robots - A Marvel Of Engineering


Invention of Robots has brought about revolutionary changes in the field of industrial manufacturing. In the earlier part of the century humans were engaged in jobs, which were very dangerous and involved serious health hazards, but in 1956, Unimation a company founded by George Devol and Joseph F. Engelberger invented the first robot. These were initially used in industries where it was required that dangers involved in working should be reduced like in spot welding, die casting and forging and then gradually they were employed in areas requiring greater strength and accuracy than human beings.

Industrial Robots are automatic devices, which to an extent simulate the human behavior or more specifically human activity. Robots are important part of the science of Automation. Automation involves machines and computers that are capable of learning and performing various types of operations. The word robot has been derived from the Czech word "robota" meaning compulsory labor. The robots are used in industries to perform various functions like material handling, spot welding, spray painting, die casting, ironing, forging, assembly operations, palletizing, dispensing, testing, water jet cutting, picking and placing heavy goods etc.

Robots are made in various shapes and sizes and generally their load carrying capacity depends up on their size and strength. An average human sized robot is capable of carrying a load of more than 100 pounds and can also move it very quickly at the rate of +/-0.006 inches. One of their major advantages is that they can work continuously for days and years at a stretch without developing any fault. Due to this persistent accuracy robots are fast becoming indispensable part of various industrial set-ups. Most often these robots are used for repetitive painting, welding and operations like picking up and placing products into the machines.

The industrial robots can be programmed for performing a single function at a time and can only perform that particular function till they are reprogrammed. The cost of a robot is not very huge, but generally the cost of programming the robot is so high that instead of reprogramming it the manufacturers find it more economical to buy a new one for a different task. In simpler terms we can say that usually the cost of the robot is just a fraction of the cost of programming it.

Robots are made up of easily available materials. Steel, cast iron and aluminum are commonly used for making the arms and bases of robots. In mobile robots, rubber tires are fixed for smooth and quiet operation. Robots may be electronically operated and also laser or radio controlled. The exposed parts of the robot are enveloped with flexible neoprene sheaths and bellows.

The importance of robots in industries is increasing day by day and they constitute a very important part of the modern industries. Robots have made so many things possible, which could not be even thought of around 6 decades ago. They have taken the place of manual labor, especially in places where people worked in very dangerous and hazardous conditions like welding, die casting and forging. They have brought about revolutionary changes in the field of industrial manufacturing. According to a research conducted by the United Nations Economic Commission for Europe the worldwide purchase for robots is increasing at the rate of approximately 19% every year.

In recent years Robots are also being used in industries like consumer electronics and food packaging where robots outweigh the precision and quality of assembling the products as compared to work done by human hands. Earlier on some people protested the inclusion of robots in industries on the account that this will render many people unemployed. But these fears have also been allayed and the best argument in this regard has been given by economist James Miller. He says "True, the existence of automation might depress workers' wages but it shouldn't ever leave them unemployable."

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Sunday, June 10, 2018

Dust Explosions - Science Experiment



Spangler Science takes a twist and turn today with young Scott Spangler combining a lesson in Colorado history with fire and explosions from his father.

Friday, June 8, 2018

Automation Engineering Services


Automation engineering refers to the application of specialized knowledge in the field of automation control. It provides specialized services to the industries to facilitate the smooth functioning of automation control system. Automation engineering measures quality and improves quality of products in the manufacturing sector. It is the automation engineer who is capable of testing the motors of every types and sizes. He can manage both the big integral motors as well as DC motors. Both these types are used in the automation control system. Automation engineers can design and build test system and automated assembly for a number of applications in the industrial automation. These systems are very useful for the automation at cell level. Thus automation engineers are of great help in the field of manufacturing for the purpose of quality testing, computer control as well as productivity.

Engineers specialized in the field of automation control are capable in integrating the test and control hardware with software control to provide a dependable system in the industrial automation. Automation engineering makes factories capable to reach their efficiency and production goals regardless of its structure, size or system. It deals with large complicated assembly systems with various component parts, test requirements and assembly steps or even a small system. In both the cases it meets the requirements of a manufacturing unit. Automotive component testing one of the branches of automation engineering can deal with each application. It has the precise techniques and equipments to meet the demand of an industry. Under the automation engineering a tester is so designed to stand to all the required tests with accuracy and in a fixed cycle time.

In automation engineering industrial grade hardware and computers are used for testing which are efficient enough in measuring with fast data acquisitions and high precision. It thus reduces the testing time that goes in cycle. The software and control engineers in the automation engineering are highly qualified. They acquire expertise in programming languages, development platforms and different operating system platforms. They adhere to the safety guidelines while developing custom control system through concepts and documentation. Thus the automation engineering discipline has made possible the implementation of a variety of automation control and testing skills. It has helped built various building equipments for customers in various different industries.

Mechanical engineering team of automation engineering makes it sure the system of a manufacturing unit has the tools necessary to utilize fully the capabilities of the test system. Precision components and durable designs are the characteristic features of all automation engineering system.

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