Lots of companies in the manufacturing sector use Lean manufacturing techniques, using the example set by Toyota Motor Corp. This car manufacturer has been able to revamp its business entirely in the face of increasing Shop Safety Powerpoint competition because of the highly efficient production practices it follows. The core of this practice is to ensure the proper utilization of resources in order to create value for the end customer.
If your company follows Lean manufacturing techniques then it will benefit in the following ways to serve better.
• Save space: A rearrangement of the shop floor in order to make the workplace more efficient also helps to save a great deal of space. The idea is to design the shop floor so that all tools are within easy each of the workers so they do not waste time working.
• Save time: The assembly line might have certain unnecessary processes simply because proper thought has not been put into designing it. If wasteful processes are eliminated then the work can get completed in the least possible time. Similarly, if all tools are placed in their own slot then they will be very easy to find.
• Improved quality: If you use the techniques of Lean manufacturing then you will be able to eliminate mistakes in the production process, thereby improving the quality of the products you make.
• Save money: You will be able to get your work done in a fairly compact space if you rearrange the different work processes to make the best use of space. The fact that your employees can work more efficiently than before will also help you reduce manpower costs. You will also save money since fewer products will be rejected.
• Increased competitiveness: Since the focus of your company is on employee empowerment and Film Noir Cinema In Greenpoint continuous improvement, you will always be able to stay competitive even in a difficult market.
As you can see, Lean manufacturing processes have a great many important advantages to offer. If you are in the manufacturing sector, no matter how large or small your company is, then you will benefit greatly by using different Lean techniques.
If you are not sure about which Lean processes will work best for your organization, you should get expert guidance. Once you are able to implement the necessary changes in order to become more focused on the customer then your company will be able to stay ahead of the competition.…
Category: Service Industries
Online Ad Network Industry Trends
Online Ad Network industry has huge potential and is already realized by the biggest players (Google, Yahoo, MSN, AOL) in the Online Ad Market:
Company Acquired by Deal Worth
DoubleClick (Ad Exchange) Google $3,100 mm
RightMedia (Ad Exchange) Understanding Manufacturing Yahoo $680 mm
AdECN (Ad Exchange) Microsoft $50 mm
Massive (Gaming Publishers Network) Microsoft $400 mm (app)
DrivePM (General) Microsoft $6,000 mm
(General) AOL $435 mm
Each of these big players also acquired various Behavioral, Video and Mobile ad networks… Apart form these big players there are other media firms who have been on acquiring spree of various smaller players in the industry, like Ybrant Digital (acquired Addynamix and Oridian), WPP (acquired 24?�7 Real Media) etc… Research on Advertising Network model from various sources IAB, Comscore and the like gives us enough data to look into the scope of Ad Network’s reach into the targeted audience and how potential is the business. AOL’s experience – beginning with the acquisition of for $435 million in 2004 – provides a useful point of reference about the recent growth of ad networks. From less than $100 million in revenues in 2002 to approximately $650 million in 2007 (a CAGR of 55%), AOL’s third-party ad networks (primarily ) now account for approximately 27% of the unit’s advertising and content revenues. Based upon the value recently placed on Yahoo! by Microsoft, AOL’s advertising and content business could be worth as much as $20 billion, and represents a significant portion of that value.
Though all those acquisitions and the revenue now coming from those units is an exciting story, currently a lot is happening in the Adertising Network industry turf. Dynamic nature of our industry makes us face challenges every now and then. Current challenge is that many big media companies like IAC, News Corp, and Time Inc. are in the process of aggregating all of its web properties into an ad network of their own, which means, limited direct access for a general Ad Network to the media available with few of the biggest portals. On the contrary there are enough legitimate arguments that there will be any scarcity of media with the existing publisher networks:
1) This transition will take a lot of time and experts doubt that its not worth an effort for the bigger media owners to form there own ad networks. Though they will be more organized in handling the huge audience they have on their properties but Advertisers now-a-days need variety and this need is the result of shift in trend at the macro level. Online marketing is facing unprecedented change, brought on by a volatile economy.
2) There are thousands of 2 – 3 Tier independent publishers who have no choice but to be part of an existing Ad Network to maximize their ad revenue and offer their visitors best offers on the way while they swim in the ocean of web content.
3) Improved targeting technologies (beyond contextual, demographic, social, behavioral). New methodologies like free content v/s community …
Online Ad Network Industry Trends
Online Ad Network industry has huge potential and is already realized by the biggest players (Google, Yahoo, MSN, AOL) in the Online Ad Market:
Company Acquired by Deal Worth
DoubleClick (Ad Exchange) Google $3,100 mm
RightMedia (Ad Exchange) Understanding Manufacturing Yahoo $680 mm
AdECN (Ad Exchange) Microsoft $50 mm
Massive (Gaming Publishers Network) Microsoft $400 mm (app)
DrivePM (General) Microsoft $6,000 mm
(General) AOL $435 mm
Each of these big players also acquired various Behavioral, Video and Mobile ad networks… Apart form these big players there are other media firms who have been on acquiring spree of various smaller players in the industry, like Ybrant Digital (acquired Addynamix and Oridian), WPP (acquired 24?�7 Real Media) etc… Research on Advertising Network model from various sources IAB, Comscore and the like gives us enough data to look into the scope of Ad Network’s reach into the targeted audience and how potential is the business. AOL’s experience – beginning with the acquisition of for $435 million in 2004 – provides a useful point of reference about the recent growth of ad networks. From less than $100 million in revenues in 2002 to approximately $650 million in 2007 (a CAGR of 55%), AOL’s third-party ad networks (primarily ) now account for approximately 27% of the unit’s advertising and content revenues. Based upon the value recently placed on Yahoo! by Microsoft, AOL’s advertising and content business could be worth as much as $20 billion, and represents a significant portion of that value.
Though all those acquisitions and the revenue now coming from those units is an exciting story, currently a lot is happening in the Adertising Network industry turf. Dynamic nature of our industry makes us face challenges every now and then. Current challenge is that many big media companies like IAC, News Corp, and Time Inc. are in the process of aggregating all of its web properties into an ad network of their own, which means, limited direct access for a general Ad Network to the media available with few of the biggest portals. On the contrary there are enough legitimate arguments that there will be any scarcity of media with the existing publisher networks:
1) This transition will take a lot of time and experts doubt that its not worth an effort for the bigger media owners to form there own ad networks. Though they will be more organized in handling the huge audience they have on their properties but Advertisers now-a-days need variety and this need is the result of shift in trend at the macro level. Online marketing is facing unprecedented change, brought on by a volatile economy.
2) There are thousands of 2 – 3 Tier independent publishers who have no choice but to be part of an existing Ad Network to maximize their ad revenue and offer their visitors best offers on the way while they swim in the ocean of web content.
3) Improved targeting technologies (beyond contextual, demographic, social, behavioral). New methodologies like free content v/s community …
What Are the Different Types of Battery Chargers?
There are different types of industrial battery chargers available in the market. Here is an overview of various types of deep-cycled or traction battery chargers that can be used to electrify your industrial batteries.
Standard 50 Hz chargers
Standard 50 Hz chargers are widely used in applications installed in Airports, Warehouses, Supermarkets and Hospitals. They are of high quality and can charge all types of industrial batteries.
Features of Standard 50 Hz deep-cycled chargers
A� Battery capacities to suit 30-1600Ah
A� Available in all sizes
A� Available in Single or Three Phase
A� Suits Flooded standard batteries
A� Recyclable
A� DC Plugs and cable available
High Frequency Industrial Development Geography Chargers
High Frequency Chargers are new generation battery chargers. Compared to the ordinary battery chargers, they are compact and more efficient. They can be programmed to deliver more precise charge to any battery.
Features of High Frequency Chargers
A� Suitable for ‘on board ‘applications of a vehicle
A� Charges a battery in a very short time
A� Uses less electricity to charge an industrial battery
A� Lower maintenance cost
A� Suitable for Flooded, VRLA, GEL or AGM
A� Comes with air pumps for air agitated batteries
A� Longer battery life through precise charging
In addition to these benefits the programmable nature of High Frequency chargers allows you to keep your industrial batteries fully charged. The charger can be programmed to deliver an equalisation charge and this helps in maintaining batteries that are deeply discharged on a regular basis.
Fronius Chargers
Fronius chargers come with several enhanced features like Intelligent Active Inverter Technology, serviceable modular design, “Plug & Charge” software and accompanying characteristic programming.
Fronius chargers with Intelligent Active Inverter Technology can increase a batteries’ service life by up to 25%.
Features of Fronius Chargers
A� Available in various sizes
A� Compact, lightweight design
A� Based on Active Inverter Technology
A� Available in Single or Three Phase
A� Suitable for Flooded, VRLA, Gel or AGM
A� Recyclable
A� Proof against deep discharge
A� 100% serviceable
Where can you find these battery chargers?
There are many battery suppliers that sell these highly efficient industrial battery chargers. You can find a good supplier in your locality from the internet. Word of mouth referrals are another great way to identify a vendor who provides quality deep cycled chargers. When you are purchasing a charger go for a supplier who sells chargers from various How Long Has The Tech Industry Been Around manufactures. This way you will have the flexibility to choose from a wide range of chargers. There are some suppliers who allow you to rent chargers for a short of longer period of time. Most suppliers will also offer repair and servicing, so you don’t have to worry about looking after and repairing your valuable deep cycled battery chargers.…
Specialized Seating – Is Polyurethane Or ESD Seating the Right Choice For Your Company?
ESD and Polyurethane seating, while perhaps not the most popular or well known choice for office chairs, is specialized seating that is sometimes required and needed by companies. Primarily used in the healthcare industry, the material that makes up these chairs is different than your typical fabric, mesh, leather material. From the chair’s back to the base to the type of casters/glides used on the chair are all specially constructed.
ESD (Static-Dissipative) chairs’ fabric make these chairs safe for use around sensitive components and equipment. ESD chairs are designed specifically to eliminate problems caused by combining conductive materials such as hooded static-free casters and upholstered in static-free fabric. Even simple movements such as reaching for a telephone can generate enough voltage to damage or degrade sensitive microelectronic components, which is why this specialty seating came about.
In order to resist static, an ESD chair is carefully and thoughtfully crafted. When the back of the chair is designed, the front and rear panels are covered with ESD compliant fabric or vinyl secured to copper bands inside the backrest. Electrical discharge from copper bands travel through die cast aluminum back bar to the metal frame of control mechanism. The seat of the chair is also secured to copper bands inside. The electrical discharge from Industrial Technology Companies the copper bands travels through the metal frame of the control mechanism to the gas lift. The metal frame of control mechanism makes contact with the chrome gas lift. From there, the spring plunger with ball bearing assures constant contact with gas lift for continuity throughout the chair. Even the casters and glides of ESD chairs are deliberately engineered to be conductive. Charge passes through casters or glides to conductive floor finish.
Polyurethane seating is primarily used in industrial, scientific, medical, laboratory, clean room, and electronic assembly environments. The polyurethane material resists stains, punctures, and damage from water, grease, and chemicals. There are two types of polyurethane seating available from manufacturers of high quality factory and industrial seating. The most common polyurethane seating come in the form of a thin profile seat of hardened polyurethane. Self skinned polyurethane seating is critically important to intensive work environments for its durability, toughness, and cleanliness. In this particular seating situation you must be willing to sacrifice comfort for long term durability and resistance to many things. The availability of self skinned polyurethane seating makes this type of chair a mainstay in many cost effective industrial environments.
Spray on polyurethane differs from standard self skinned polyurethane in the form of the polyurethane applied to the chair. In the latter, the polyurethane coat is applied to a polyurethane seat – the result is a hard, stiff sit. In the former, spray on polyurethane (otherwise known as SPU seating), the standard foam used in standard seats is coated with a durable polyurethane solution. Industrial Engineering Book The result is the most comfortable and durable polyurethane solution available. All SPU seating meets the specialized requirements of factory, clean room, laboratory, and other …
Smart-Size It!
You’re looking into warehouse automation, and you’ve already decided that an ASRS system is the way to go. But with ASRS costs reaching well into the millions of dollars, you’ve got to get the size right. Overestimate, and you waste valuable capital. Underestimate, and you won’t meet future demand. So we suggest a more scientific approach to ASRS planning. This is how a consumer products manufacturer cut the projected installation costs of their ASRS system by $1.5 million.
We took a different approach for estimating the necessary rack space to help this consumer products manufacturer optimize their ASRS system. We wanted to make sure our client would not be wasting capital on capacity that might not be used, but we also had to ensure that the company would not sacrifice potential revenue by installing a system that wasn’t large enough to fulfill their customers’ orders. Traditionally, engineers have tackled this dilemma in one of three ways:
1. Estimate the average inventory level requirement three years from now – While this may seem like a low cost option, it’s based on the hope that the warehouse Industrial Output India could expand in time if volume increased. This kind of assumption puts your organization at risk and can end up costing millions in lost sales revenue.
2. Estimate peak inventory levels three years from now – This method is more conservative, as it takes volume spikes into account. But it’s still shortsighted and doesn’t account for the long-term investment that’s about to be made.
3. Estimate peak inventory levels 10 years from now – This is very conservative, and it is a widely accepted approach for conventional warehouse planning. However, it doesn’t provide the level of accuracy needed when planning an automated warehouse – where excess capacity is extremely costly.
Most engineers rely on the third method for their ASRS planning, and that’s exactly what our client asked us to do. However, we chose a different method – one that would deliver much more accurate estimates and create significant savings for the company.
To define our client’s actual ASRS requirements, we estimated their safety stock inventory requirement (minimum levels) and predicted production quantities 10 years into the future. Taking advantage of proven industrial engineering theory, we calculated the Economic Order Quantity (EOQ) to account for changes in demand.
EOQ= (square root of) [2k(mu)/HP1]
K=Setup Cost H=Holding Cost
P=Cost of Pallet (mu);=Average Weekly Demand
This allowed us to estimate costs based on different service levels. This consumer products manufacturer set their service level requirement at 99.99% – with the goal of reaching 100% customer satisfaction. This near-perfect service level determined the required safety stock level, and that’s how we arrived at the EOQ.
We began the process by collecting data from the consumer products manufacturer. Once we received the data, we ran our comprehensive analysis. With little-to-no room for error, we Manufacturing Engineer Skills Resume determined the safety stock levels required to meet our client’s 99.99% service level, carefully balancing the likelihood of …
Steel – The Best Material For Building
Many people are under the impression that steel is only used in the large commercial buildings that we see all the time, while it is true that this is used often times in buildings, there is becoming a movement that will allow a person the chance to have this material used in the construction of their home. This has several advantages to being used in a home.
The first one is that steel has properties that allow it to hold up to a lot more stress and wear than many of the other materials that are used in building. The properties of steel make it so that is near impossible to destroy and as a result is not able to wear out as easily. Wood has too many things that can damage it and therefore cause it to weaken and become structurally unsound.
When was the last time you saw a home become a victim of termites and become weakened? Odds are that this is never happened Manufacturer Marketplace and it never will. This is also in the long run a more wise choice for building, since it is friendlier towards the earth.
The first way that this material is friendly towards the planet is the fact that it is a natural occurring mineral. This means that there is not a need to chop a tree down in order to have it for building. This helps to save the disappearing tree line that we used to have a surplus of in the pastthis is just one aspect of the benefits of the material being used as opposed to steel.
When a building is finished in its life, there are plenty of other uses for the material that comes from it. This can be melted down into another item and often times turned into something a lot more useful than simply throwing wood or fiberglass away and wasting this materials.
This lack of wasted materials sitting in a landfill allows for there to be less materials that have to be broken down over time. This is both great for the earth and for the builder, as they are able to sell the metal and make a little money on the disposal. This is in the end a deal that both people win and as a result this allows for a person to see the benefits that this metal has in the building world.
These fabricated buildings can be used in order to provide a place that can be used in a capacity that can be used as a storage area to protect a car or other type of vehicle. This as a result can many times provide a lot of great benefits and offer them the chance to see their construction efforts not going to waste.
Steel is one of the greatest inventions that have been used in the past few years. As time progresses, there will be a lot of different types Light Industry Definition Geography of uses that …
The Industrial Revolution and Its Impact on Our Environment
The Industrial Revolution was the turning point in the Earth’s ecology, and the relationship between humans and the environment on the whole. However, in our pursuit of Industrial Production Index India developing our countries at a fast pace, we started overusing the natural resources. As a result, many resources are now on the verge of exhaustion or short supply.
The changes in agricultural, mining, manufacturing and transportation industries improved the basic quality of human life. However, at the same time, these changes depleted the natural resources of the planet. Also, the release of carbon emissions into the atmosphere has Industrial Development Exhibition polluted the environment. And due to rampant deforestation, there are not enough trees left that can absorb these carbon emissions. Hence, the average temperature around the world is increasing every year leading to the melting of glaciers and rise in ocean levels.
The Industrial Revolution started in Britain in the 1700s and then quickly moved to the United States, before progressing to other parts of the world. However, the full impact of industrialization on the environment and its resources was not visible until after 100 years. The processes saw sweeping increases in production capacity, but at the same time they literally wiped away the environment of its resources. Industrialization also increased the growth of population, as the standard of living increased. Hence, our dependence on the natural resources increased manifold and soon a large majority of the resources became scarce. There is also growing inequality between the way the benefits of the resources are distributed between the rich and the poor.…
Looking For a Rewarding Career? Consider Industrial Refrigeration Systems
In this day and age, when you are looking to start a new career it is important to think of things using the bigger picture. While everybody wants to do what they know will be good for their pockets, it is also easy to want a rewarding career as well. Who wants to be stuck in a dead-end job that they know they hate? Life is about challenges, and if you need a new challenge and a new job, refrigeration engineering and industrial refrigeration systems may be the type of career for you.
The topic of engineering can encompass a variety of industries. Refrigeration engineering is just one of many different types of engineering, but it is just as important as the rest of them. People keep their things cold without even thinking of it; they just open up the refrigerator and stuff it with their perishables. Refrigeration engineering is the art of keeping all of those things at the right temperature; it’s a science. Industrial refrigeration systems take this science to a larger scale.
Who Needs Industrial Refrigeration Services?Industrial refrigeration can be a lucrative What Is Industry Research with the right education. This is because everybody needs refrigeration services. Restaurants and large food industry businesses have a particular need for industrial refrigeration, which is refrigeration like at home but on a much larger scale. Larger refrigerators like this may have specialized compartments that allow food to be stored at different temperatures, and they are large enough to walk into. For this reason, they often have to have special safety features built in so that people do not become trapped in them.
What Do You Need for a Career in Refrigeration Engineering?For a career in refrigeration engineering, the most important thing to possess is a desire to learn. This is not always easy to come by, as any type of career in engineering can take a bit of schooling to get into. Engineering is a science major, so that means that core classes involve a great deal of science and mathematics. Even those who don’t have a mind for such things can get through a major as intensive as refrigeration engineering with the proper motivation and tutelage.
If you are ready for your next career, consider what industrial refrigeration has to offer. Then, take the How To Research An Industry steps that are needed to get your career going and enroll in school. There is no time like the present.…
How Lean Sigma Training Can Improve Your Manufacturing Efficiency
Any manufacturing company knows how costly mistakes can be, with one defect or tiny error leading to a possible loss of literally millions of pounds through recalled products or wastage that has to be disposed of.
By using the lean sigma process you begin to build a statistical manufacturing process, which allows you to identify just how many errors are being made when it comes to defective products or items that do not pass the normally stringent quality assurance controls of any decent manufacturing company.
A six sigma process is one in which 99.99966% of the products that a company manufacturer are statistically expected or required to be free of defects, which equates to around 3.4 defects per million products or items produced. This means that your aim for your manufacturing Manufacturing Engineer Schools Near Me process should be hitting this mark and by implementing the Lean Sigma process to your company, you can save millions of pounds by cutting down the level of defects in your products, because the more products that are OK to sell, the more money you will make.
Going back to the original implementation by Motorola, they set a goal of “six sigma” for all of their manufacturing operations which we have explained above and with many other firms looking at this giant and wanting to replicate its strategies, this term quickly became established in many engineering and manufacturing processes and practices around the world, with more and more companies taking up the training.
Lean Sigma introduces processes, analysis strategies and quality assurance methods that can help any manufacturing or engineering company to reduce the amount of defective, bad or unsellable Types Of Manufacturing Process products, which in the long run increases efficiency of the businesses and more importantly returns a much higher return on investment, because the more you sell, the more you make.
With wastage and unsellable products costing a company anywhere from thousands to millions of pounds every single year depending on the size of the firm, it makes logical sense to find a process that can help to identify where things are going wrong and therefore cut down on the products that will not be able to hit the shelves or sale point.
Lean Sigma starts at the top of the organisation, company or firm, by training high level employees, managers and senior executives, which then filters down throughout the company to make sure that the process is identified and implemented throughout the whole manufacturing procedure, from the board room right down to the factory floor, Lean Sigma can massively help to improve the amount of money your business makes from its products.…