Manufacturing Automation

Because of the analytical influence of automation manufacturing business technology, service contractors can have on the process and efficiency of a production operation, picking the right service provider involves careful examination and deliberation. After complete inquiry the company objectives and the abilities of in-house staff, producers can better assess the service options desired to reduce risk and enhance the total cost of process in an effort to accomplish efficiency and profitability goals.

Not all manufacturing automation service providers are equal. Some focus on specific industries, while others centers on certain technologies and manufacturing automation equipment. They also differ radically in their level of skill, technical capability, and ability to offer a selection of value-added services. Selecting the right option for your desired project depends on a large number of factors some of these factors may include:

1. Flexibility. Flexibility comes from the service provider’s skill to operate a broad range of resources in the location according to the requirement. In some set of circumstances, a service provider will take full accountability for a complete support function and offer all constituent of the solution. However, in other cases, the service provider will serve only the expertise and resources necessary to supplement those of internal staff.

2. Experience. Clearly, practice is a significant factor in the selection process, and companies should concentrate on service providers with verified potential to support and maintain automation systems technology.

3. Strategic Approach. To make the most of the resources, a support program should include a mix of reactive, preventive, and predictive repairs actions based on the life cycle of the tools and machinery being backed. As you choose a service provider, it is significant to estimate the companies based on the choices of assistance provided in order to best reduce your danger while decreasing costs and increase operating returns.

Automation For Brick Manufacturing:

With progressive control and bus technology, a Northern German brick manufacturing industry has rationalized its production equipment and tools, which was still equipped on the level of mechanical equipment, with innovative automation technology, thus placing the process or system well for upcoming competition. Now, with integrated technology functions and automatic operations the stacking of the dried bricks onto the furnace carriages is done easily. As a result, retooling of production designs can be executed much quicker while downtimes have been minimized to a great extent.

Automation For Tiles Manufacturing:

An original method for the visual assessment of textured ceramic tiles has been built up for the attainment of product quality control data. A support system has been created for the study of composite surfaces that have specific three-dimensional topographic features, which are covered by coincident random chromatic patterns. The method is capable to separate mixed topographic and chromatic surfaces in order to permit successive isolated study.

The procedure has a purpose of quality examination of a broad range of artificial and processed surfaces, this specific technique makes use of a low-cost fixed lighting configuration; in addition it does not necessitate initial training and it is mainly pose invariant, this technique has also been experienced on a wide range of real tile samples.

Manufacturing Innovation Automation Conference:

India is rapidly rising as a production hub. Robots and other modern technologies in low cost automation and lasers particularly in automotive zone are a rising requirement of this zone. To provide assistance to the automotive sector, CII is arranging the 1st Robo Conference 2008 as a Debut Conference on 14-15th January 2008 at Hall no 8, Pragati Maidan, New Delhi.