6 Top Areas of 3D Scanning Benefits

3D scanning process has proved to be very beneficial in capturing the exact measurements and shape of any given object. It is a technology that has eased production processes in all fields and more people are now embracing the benefits of this sought of scanning where total accuracy of details on an object is needed. It is a process that has actually reduced manufacturing costs and yet offers higher quality parts in the end. Below are some of the top areas the 3D scanning benefits.

1. Prototype

This process can be applied to prototype phase in different kinds of ways, but the major use is to reduce design cycles needed in the prototyping. When 3D scans are used in designing a part, the accurate data makes it possible to utilize precise measurements of the physical product reducing the process by a huge percentage. The scanning is also combined with prototyping so that physical objects are scaled accurately.

2. Design

It is among the areas that have greatly benefited from 3D scanning. They scans are applied starting with physical object and then using this to create a CAD model. Mating parts are also scanned and then incorporated into a given design so the end result is better fitting parts that are consistent. This process is known as reverse engineering or modeling and when utilized, new designs are improved and incorporated for engineering optimization of manufactured part.

3. Production

In production, the scanning is used to capture tooling or parts changes which occur in the production phase. Usually hand tuning is needed in tooling to get the desired finish and look of a given part. When 3D comes into the picture, the optimizations and hand modifications are easy to transfer from tool to tool so all parts manufactured match after the production ends. The scans also help in analyzing and characterizing tool wear during the production; this is very helpful in correcting tool failure or eliminating the same before it is too late. It is actually very possible to recreate optimized part using a 3D scan.

4. Engineering

3D scan data makes it possible for physical objects to be translated into the engineering phase of projects directly. The data offer flexibility in performing FEA, CAE, CFD and other analysis that is necessary in the engineering area on objects manufactured and physically modified. The process offers a simple way of achieving accuracy.

5. Quality control

Using 3D scanning, it has become possible to analyze built condition of parts after manufacturing. This non-contact technology offers a quick way of inspecting overalls size and shape of the parts and detecting issues that could affect performance of the parts. When combined with statistical analysis software, 3D scanning helps maintain and predict the quality of parts in the manufacturing phase.

6. Distribution

It might sound unrealistic, but 3D scanning comes handy in vision systems used in distribution and shipping centers to sort and track packages. The scanning certifies the integrity of products before and after shipping. It is also used to increase packing density and creating support structures and casing.

Servers and Their Types

In computer parlance, a ‘server’ is a device that supports and provides functionality for other devices and programs, typically called ‘clients’. This is what is referred to as the ‘client-server model’ in network computing where a single overall computation distributes data, functions and processes across multiple devices and computer processors. Among the many services that servers provide are sharing of resources and data between clients and performing multiple computing tasks. A single client can use multiple retainers and conversely a single retainer can also serve multiple clients.

Client-Servers today function on the ‘request-response’ model where a client needs a task done and sends a request to the retainer which is accomplished by the server. A computer designated as ‘server-class hardware’ means that is a specialized device for running server functions. Though the implication leads to visions of large, powerful and reliable computer devices, in reality, a retainer may be a cluster of relatively simple components.

Servers play a very significant role in networking; any retainer that takes a hit in functioning can bring to a halt the connectivity of all the computers in a network. The significant rise of Internet usage around the world has boosted the development of servers for specific functions. This is an element that is constantly undergoing changes and we will have to wait and see how servers will be developed for future computational needs.

Servers are categorized according to their tasks and applications. Dedicated retainers perform no other networking tasks other than retainer tasks assigned to them. A server platform is the underlying system hardware or software that drivers the server; it is much like an operating system in a desktop, laptop or other devices.

Types of servers

• Application Server – these occupy a large share of the retainer networking between database servers and end user.

• List Server – improves management of mailing lists, newsletters, advertising material and announcements.

• Chat servers – enables sharing of information in an internet group environment including real-time discussion capabilities.

• Fax Servers – used to reduce incoming and outgoing telephone resources.

• Groupware Servers – helps users work together irrespective of location through corporate Intranet or the Internet in a virtual environment.

• Mail Servers – as important as a web server to exchange correspondence in a corporate network through LANs and WANs.

• News Servers – these function as sources of distribution and delivery for public news groups on the global bulletin board system.

• Proxy Servers – they work in between a web browser (a client program) and a second web server to share connections and improve performance.

 

Mobile Analytics – Get Insights Into the Performance of Your Mobile Offering

Mobility Services

In this fast-moving world, there is an impending need to be able to access information and take decisions anytime and from anywhere. Mobility is spearheading this transformation by putting businesses on the move, helping them connect with customers, partners, employees and machines 24×7. Mobility services are being offered by companies across a wide variety of handheld devices: from smartphones, tablets, infotainment gadgets, biometric devices, digital TVs and set-top boxes, to digital cameras, USB & Wi-Fi enabled digital photo frames and various IP Phones.

Some of these services include:

• Mobile strategy, application development and life cycle management
• Cloud integration, platform porting and migration
• Middleware media integration
• Mobile enablement for Business Intelligence and Analytics
• Mobile applications QA and testing
• Performance optimization
• Wireframe design, usability and GUI engineering
• IoT and connected devices implementation

The Need for Mobile Analytics

Trillions of bytes of data in the form of images, videos, app data, business transactions, GPS information and social media updates is being created as the number of mobile devices skyrocket. In order to get the most from these large amounts of data, managing, monitoring, and analyzing such data through mobile analytics becomes inevitable. Through mobile analytics, enterprises can achieve important and useful insight into a wide variety of business-critical activities, helping them transform the way they do business and thus achieve a competitive edge by offering unique customer experiences.

Also, as the world gets more and more global, enterprises are spreading their wings across several geographic locations. In this global age, users expect to have full access to real-time information, and want to be well-connected and informed round-the-clock. Through mobile analytics, enterprises are facilitating quick and seamless sharing of vital information, thereby connecting employees with customers and improving business productivity in the long run.

Mobile Analytics Benefits

Through mobile analytics, enterprises can achieve a plethora of benefits. Let’s look at a few:

• Access to Real-Time Data: Mobile analytics enables users to have access to real-time data. This ensures users are updated with the most recent data, which in turn helps them in making timely, accurate decisions.

• Insight into Marketing ROI: Using mobile analytics, organizations can track, measure and monitor crucial metrics across mobile websites and apps for a variety of form factors. Analysis of these metrics enables organizations to understand the contribution of mobility to their bottom line, and get insight of the ROI of their mobile marketing investments.

• Measure App Performance: Mobile analytics enables organizations to understand how successful their mobile offerings are, thereby helping them prioritize investments for the future. By measuring only those mobility metrics that matter, enterprises can understand usage patterns of their apps, giving them a clear understanding of mobile engagement and enabling them to make data-driven decisions.

• Optimize User Engagement: Mobile analytics helps organizations in measuring app usage metrics like monthly active users, new users, etc and get information on app revenue. By tracking key app-related trends, organizations can make crucial decisions to increase user engagement and monetize their apps.

• Analyze Mobile Activity: Mobile analytics provide enterprises with the ability to explore and analyze digital data. Such analysis helps in understanding the usage patterns of mobile offering, and enables enterprises to revamp their strategies based on the success and failure of current offering.

• Optimize Mobile Campaigns: Using mobile analytics, organizations can see how their mobile campaigns are working. They can track conversion and sales data generated through the mobile channel, compare it with other channels and devise necessary strategies to improve transactions.

Augment Customer Experiences

Mobile technology plays a significant role in business life, allowing enterprises to empower employees and understand customers like never before. Offering rich tools and reporting capabilities, mobile analytics enables personalized interactions with customers. By understanding the ROI of mobile investment, and optimizing mobile strategy, organizations can make customer experiences worthwhile with mobile analytics.

Loren is native of California state and known as a Technical guy. I worked in many projects that relied on the impact of emerging software technologies. Apart from this reading articles and content fascinates me that’s why writing has always seemed like a natural transition. For being writer, you need inspiration and such sites motivate & inspire me for a writing.