Export Electronics is an integral part of international business trade. It is because of rapid development in technology that the export business has grown globally. Manufacturers and buyers have easy and reliable access on different aspects of their businesses. Innovations and other changes especially on the export business are very fast. People have to keep themselves informed or else they will lag behind in the competitive world. Methods of conducting business transactions are made effortless by computer based technology. Companies are now able to communicate and disseminate important information in an instant. The automated processes of needed data for both internal and external connection speed up the entire export of electronics business. It is because of this that partners of various companies together with the suppliers are now in constant coordination. They work efficiently to make export electronics industry be known globally.

Customer satisfaction is an important key to success in any field. Export and import electronics industry the same with other companies are in constant search of innovative ways to satisfy their growing market. A big factor of this goes into the research department. People in the team are bound to come up with new ideas to outdo the present one. There is no such thing as stopping to grow especially now that information is a click of a mouse away. Every single bit of data can be communicated and exchanged so quickly. The traditional way of trading goods and services are a thing of the past. Recent electronic communication equipments and devices have totally replaced what is now history. The export electronics industry has come a long way.

There are companies now who offer services to give your import and export electronics business an edge in the world market. It is because of the quick turn over of information that at times even the key players in the export electronics community have difficulty keeping up. Thus the termed 'outsourcing' was created. You need not look far in the internet to look for professional services from these people who would serve as your administrative assistants to your forwarding agents. They could very well be a marketing arm to. Let us say you need to export your own electronics products and is concerned about cutting cost among other things, you can always hire the services of a reliable global services company. People who are in this type of industry wouldn't enter into such a venture if they do not know the ins and outs of the export electronics business. They are more often than not, exposed and experienced bunch of individuals who have the passion for helping the industry of export electronics be a leading and significant figure in the international market.

With an outsourcing arm's help, you can focus more of your attention to other aspects of your business like the manufacturing process for example. You can delegate other tasks which you think an outsourcing firm can handle. It can even take care of your shipping needs. You can browse on the internet and search for qualified and trusted firms on outsourcing for your export electronics business.



Article Source: http://EzineArticles.com/?expert=Stella_Jones

With the rapid development of the international economic trade and the division of labor, as a derivative market, the shipping market has expanded fast. In the market, the international dry bulk shipping markets is an important component and develops fast the same of the whole market. This market is a perfectly competitive market and its competition is intenser than the container liner market.

Therefore, the study of dry-bulk shipping-market characteristics is meaningful particularly. Cyclical characteristic is the most important one. Baltic index BDI is the most indexes reflecting the market decline or prosperity.BDI index has dramatic fluctuations in recent years. BDI reached the highest point-11793 point in history on May 20, 2008 and reached the lowest point-663 point on December 5, 2008.Only about half a year, the index dropped from the highest to the lowest point, a decrease of 95%.It can be seen that risk of the dry-bulk shipping-market is very large. Therefore, the study of dry-bulk shipping market cyclical characteristics is meaningful particularly.In this article, analyze the characteristic of dry-bulk shipping cyclical market through studying the time charter rate of Panamax dry bulk carrier, then based on the result, study further on the decision-making of time charter.

The following is the main contents of the article:Firstly, introduce the international dry bulk shipping market, the main types of international dry bulk, the Baltic Index BDI and time-charter. And make the analysis and discussion on the above situation in recent years.Secondly, analyze the relationship between the BDI index and the one-year time-charter rates of Panamax dry bulk carrier on cointegration theory. Then analyze the entire dry bulk shipping market cycle through the time charter rates.Thirdly, observe the similarities in all shipping cycle through the composite moving average technique and RSI indicator. Then, divide the shipping market cycle on the similarities. Finally, study the characteristics of time charter in different cycle stage, then predict the time charter rate by ARJMA models and determine the time to make the business.


Article Source: http://EzineArticles.com/?expert=Yongde_Fang

Hand carts are made for abuse. They are worked hard every single day. In one work day a typical hand cart might move over two tons of material. That is a lot of weight. Good thing we invented the wheel because without it hand carts would not exist and if your job requires moving two tons of inventory in a day then your back and muscles would not hold up to the abuse. Hand trucks make it easier.

There are many different carts on the market. Some are large and bulky. They can just slow you down. What about aluminum hand trucks. The idea is good. They are light weight so you can move them faster and you will not tire as easily but can they withstand the constant abuse that a warehouse will throw at them?

Aluminum is the worlds most abundant metal and with it's superior qualities it only makes sense that it would be widely used for so many applications. It is extremely light but yet it is very strong. It is soft enough to be machined into just about shape. Another great thing about aluminum is that it resists corrosion and it is not magnetic.

But the question still remains. Can aluminum hand trucks handle the abuse? The answer is a simple yes. The superior strength of aluminum allows you to move a lot of weight easier and faster. Aluminum can also be welded and carts constructed of aluminum are double and triple welded in all of the places that receive the most stress. In short these lightweight carts will stand up to the abuse and you will gain more productivity which can save everyone some money.


Article Source: http://EzineArticles.com/?expert=Dan_M_Smith

How Advanced Plasma Cutting Is Replacing the Drill Line

The productivity of structural steel fabrication is closely dependent on the path the workpiece navigates as it goes from raw materials inventory to eventual loading on a truck going to the job site. Every time the workpiece is "touched" adds delay and cost to the final finished beam, channel or angle.

A structural element with a dozen or so bolt holes and cut to length has really very few "touches". However, many structural sections are quite a bit more complicated than that.

For example, complete fabrication recently done on an 96" W16x31 structural beam involved 35 unique operations

All those operations involve a lot of "touching." But they also involve just a lot of time actually making the cuts. Or do they? Better question: Do they have to?

In the first case, the "high touch" path is a predominantly manual approach. The workpiece has to be measured and marked, then cut off on the bandsaw. Afterward, there is plenty of "manual" drilling (that is, non-CNC, as opposed to really manual) and quite a bit of thermal (torch) cutting to make the copes and flange flush cuts, in addition to hammer stamping to make the nine character piece marks. The total time involved to perform these various tasks was estimated to be 120 minutes - 2 hours. However because of the shuttling involved and the time in queue at different stations, the elapsed time would cover at least two shifts - typically two days at most shops.

Next, a more modern and automated approach was followed to fabricate the section. This involved cutting the piece on the bandsaw, then moving it to a CNC drill line to drill the bolt holes and 3 slots. The better beam drill lines can probe the beam to determine location and dimensions, then drill the holes according to instructions determined by specialized software that reads standard detail drawing files. The remaining features have to be measured and marked on the beam before cutting begins. Then cutting is done by coping torch, plate thermal burning machine, and stamping the various piecemark letters. The estimated time for this path is 82 minutes. Again, when figuring in the time needed to shuttle the workpiece between stations and time waiting in queue at those stations, the total clock time stretches out to consume most of an 8 hour shift.

Lastly the section was actually fabricated using a new approach. Every single feature is produced on a single machine - a robotic plasma cutting system. Employing this approach, there is no use for any measuring or marking at all. The sensor tip probes the workpiece for location and geometry, then follows its own calculated cutting instructions it generates from engineering drawings of the workpiece downloaded into the operator control from programs like TEKLA, SD/2,StruCAD and others.

The plasma machine starts cutting on the section and stops when it's done... 10 minutes and 13 seconds later. All thirty seven features are fabricated in this time and the workpiece is completed. No time is lost to moving the piece or waiting, so the time from start-to-finish isn't a day, or a shift or even an hour... it's merely the time of a standard coffee break.

This technology has the potential to revolutionize the economics of structural steel fabrication. While it doesn't impact the basic cost of materials, it can give fabricators so many more inventory turns on that material, so significant working capital is no longer tied up in steel. It cuts labor costs, eliminating most material handling and operator requirements. It lowers overhead and capital costs, because a single plasma system replaces up to 5 traditional machines or workstations, which frees up floorspace and investment capital.

Structural fabricators are an enterprising and tenacious bunch. They'll take the shortest path they can find to reduced total cost and achieve lean manufacturing. They are discovering that path very well may run through this new technology robotic plasma cutting system for structural steel fabrication.|



Article Source: http://EzineArticles.com/?expert=Kent_K_Johnson

Manufacturers producing equipment that may be exported outside of the United States fall under the rules set forth in ITAR (International Traffic in Arms Regulations). Breaches of ITAR can incur substantial penalties, even if those breaches were unintentional.

What Is ITAR?

ITAR was first enacted in 1976 in order to limit arms exports to Eastern Bloc countries. Items or services on the United States Munitions List (USML) were under strict regulations and companies had to receive authorization from the US Department of State before exporting them. In the last ten years, government enforcement of ITAR has risen dramatically and American manufacturers have had to be more diligent about ITAR compliance.

Manufacturers who produce equipment listed on the USML must register with the US Department of State before exporting this equipment to a foreign customer. That customer can be a government, retailer, distributer or even an individual. The company must operate in accordance with ITAR requirements to export the equipment. However ITAR compliance requirements extend outside the company itself.

Are Your Components ITAR Compliant?

A problem can arise when a company is registered and compliant with ITAR, but uses components such as custom silicone keypads from a non-compliant supplier. Even if the manufacturer was unaware of the noncompliance, ignorance is not a valid defense and the manufacturer can be held liable for the breach.

Some manufacturers are unaware of this requirement. ITAR regulations are purposely vague in order to give federal authorities flexibility in prosecution, but that can lead to misinterpretations of the law. A manufacturer might think that because custom silicone keypads are not explicitly listed on the USML they are exempt from ITAR. However if those custom silicone keypads are used on USML-listed equipment, then they become subject to export regulations.

Choosing American Components

It is common for manufacturers of USML-listed equipment to stick with domestic vendors for their components. Although high quality custom silicone keypads or other components may be available from foreign suppliers, using them complicates the ITAR process.

Foreign vendors themselves are not subject to ITAR. Some that deal with American manufacturers may implement training and other procedures to be in compliance to ITAR, but these procedures may not be satisfactory. Other vendors may have an office in the US but be headquartered in another country, which again complicates the definitions under ITAR. A company of this nature could be considered a "US person" or a "foreign person" depending on how they are incorporated and how one interprets the ITAR definitions of these terms.

The safest bet is to buy custom silicone keypads and other components only from American companies who are registered with the US Department of State and actively maintain ITAR compliance. A twenty-five cent component on a million dollar piece of equipment could jeopardize the manufacturer's ITAR compliance and their ability to do business.



Article Source: http://EzineArticles.com/?expert=Jeremy_P_Stanfords

Knowing what type of process engineering equipment is best for your manufacturing operation is crucial to maximize productivity and quality of product yield. With a wide range of high tech process engineering products to choose from, it's crucial to do the research regarding the performance capacity and task-specific features each has to offer. Read on to learn important information about the functional application of process equipment used in manufacturing operations.

Bioreactors: Bioreactors are a type of process equipment intended for use in chemical manufacturing processes that involve biochemically active substances and the byproducts rendered from these substances. In short, bioreactors are appropriate for use in a process engineering manufacturing environment that is biologically active. These particular products are generally shaped like a cylinder. Often made of stainless steel material to ensure durability, bioreactors are available in a range of sizes, from liters to cubic meters, depending on the requisite volume of the process engineering task. Bioreactors are categorized as batch, fed batch, or continuous, based on its regular operational utility. Some special features of these process engineering equipment mechanisms include self-cleaning tanks, biological odor control, pH controls, and the ability to consume hydrocarbons and eliminate wax, soaps, or organic chemicals.

Centrifuges: These process engineering instruments are used to separate solids from liquids as a means of extracting or washing products and materials. Centrifuges have a broad application in process engineering across a range of industries, as they fulfill an essential production task. Depending on their industry-specific application, process equipment models range in size, speed, and several other variables. Chemical, pharmaceutical, textile, and wastewater treatment process are just a few industries in which centrifuges are fundamental pieces of process equipment. The way they work is by using a motor to rotate materials around an axis using force rendered by centripetal force. Centripetal acceleration separates substances of greater from those of lesser densities.

Coating: Coating is a process used in biopharmaceutical process engineering production; after tablets such as pharmaceutical drugs are pressed, they are generally coated to congeal into a transportable form. The process of coating must be carefully performed as it is intended to satisfy a number of different stipulations. Coating must provide a certain degree of durability to ensure that the product will stand up to handling processes; at the same time, however, coating cannot cause tablets to stick together and cannot obscure the embossed letters on the tablet. The coating process is used to mask unpleasant tablet taste, as well as to make certain tablets easier to swallow. Biopharmaceutical process engineering relies on coating to control the rate of dissolution of certain drugs into the body during digestion; therefore, coating machines are play a critical role in many production process, so they must be built to sustain a high performance level in terms of consistency and meticulousness.



Article Source: http://EzineArticles.com/?expert=Timothy_L

It seems that robotic parking structures are the wave of the future, and in many high-rent downtown business districts or high-rise apartment complexes where space is at a premium and parking is absolutely out of control when it comes to the cost, these robotic garages become the perfect solution. Still, today everyone is concerned about energy usage, and everyone is trying to cut back, and become a more green company; thus, reducing their carbon footprint.

So, this presents a Catch-22 as the downtown area real estate becomes more and more valuable, (after this current recessionary crisis in the commercial real estate market) and the costs for parking become a premium. However, one should also understand that robotic parking structures use a lot of hydraulics, and therefore the energy usage, while it is significant, is not nearly as much if you might expect or believe it to be, at least on most of these systems.

When shopping for robotic parking garages, equipment, and structures a company should ask lots of questions such as the energy use per the parking of each individual car and that should be divided by two, because retrieving the car also takes energy. However lifting a car up takes more energy, then bringing it back down, and some robotic systems of this type are engineered in such a way to save money (money = energy in this case) on the return trip.

Therefore, if you are considering an automatic parking system of this type that is fully robotic, then you should shop around, and also consider the construction and equipment costs amortized over a 20 year period, then add in the estimated costs for energy, and divide that up amongst the number of business days. After you do that you'll have a better understanding of the cost structure between the different types of units available. Please consider all this.

****Update: I am advised by Mary Lou DeWynGaert, that there actually is a robotic parking structure company that is different; I wanted to correct a misconception. The automated garages built by Robotic Parking Systems use NO hydraulics. http://www.roboticparking.com/. Indeed, I see some benefits to this too, as when hydraulic lines break the fluid goes everywhere and ruins cars, so this would solve that issue, perhaps of interest?

** Additional Update; The FATA Skyparks system does not utilize hydraulics either and there seems to be a tend occurring here. Martin Mattia writes; "many suppliers are moving away from hydraulics due to their performance characteristics at various temperatures." And he also points out that regenerative energy systems, similar to the concept used in hybrid cars, is becoming more common, although cost is a consideration.

The climate and temperature issue issue is quite a common problem. If you will recall in the aviation sector, the FAA changes the requirements for hydraulic fluid due to environmental concerns, but then nose landing gears were having issues. Remember those wheel wells in aircraft get very cold and are not pressurized, see that issue with hydraulics? Also Sunlite Bus in the California desert was using Hydrogen Fuel cell buses and ran into cooling issues with the already extremely hot coverters. So, temperature does matter regardless of industry; Martin's comments are indeed well founded.

And too his point I'd like to add a comment to the regenerative braking systems, similar systems are now being used at the Ports to offload containers, which is saving vast amounts of energy considering some of these late model cargo ships have 20,000 plus containers on them, think about it. Robotic Parking is innovating, and using what works.

Why not consider robotic parking structures? It only makes sense.



Article Source: http://EzineArticles.com/?expert=Lance_Winslow