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Additive manufacturing is transforming businesses across multiple industries. Be it automotive, aerospace, manufacturing, or fashion, several 3d printing applications streamline complex operations.

Over a few years, this technology has become a complete ecosystem that caters to all small and significant design and manufacturing requirements. 3D print technology positively impacts a business in several ways and allows companies to grow in a multi-faceted manner.

Be it rapid prototyping or creating an accurate 3d model of a complex geometry — 3d printing makes business seamless by cutting down human errors and manufacturing chaos. Let’s explore how additive manufacturing transforms a company with its applications.

Greater Prototyping Speed
The manufacturing industry faces the critical challenge of turning an idea into a physical object in a shorter turnaround time. With the traditional approach, it would take weeks or even months to ideate the design, create prototypes, and testing it against a real-world environment.

However, engineers can speed up the entire process by leveraging rapid prototyping services. Using CAD software, designers can prepare a 3d CAD model faster regardless of its geometrical complexity. As designers can catch and fix design flaws early, it saves companies a lot of time and resources.

Once the design is ready, businesses only need to 3d print the design and begin the testing. The complete process is possible to complete in a couple of days or a week.

Seamless Flexibility
Additive manufacturing positively impacts the product development of a company with higher flexibility and personalization. Unlike conventional manufacturing methods, engineers can design and print intricate designs with greater flexibility and personalization.

As there is a wide range of 3d printing materials available, engineers can experiment with a product’s development using custom filaments to improve efficiency. The biggest advantage firms have with 3d printing is no tooling and expensive post-production processes. Even with minimum resources, it’s possible to produce a product without affecting the overall quality. As the material wastage is also lower, it’s an environmentally-friendly method.

It Solves Storage Issues
3D printing services help companies and manufacturing units save substantial storage and warehouse management costs. It is because companies don’t need to stock and maintain a massive physical inventory. Firms can store hundreds and thousands of product designs in digital CAD format and share them with their clients.

Compared to the traditional manufacturing setup, the 3d printing machines require less space, and they are operational from remote locations. So, even if a business has a compact manufacturing area, 3d printing can help in full-fledged production.

Higher Consistency
A 3d printing company helps businesses attain higher consistency, especially when working on small-batch production. If a firm needs to produce a complex design product with a limited batch size of six, then 3d printing is the most appropriate approach. This technology can deliver accurate replication throughout the production cycle.

With this advantage, it becomes possible for business owners to cut production cost at small-batch manufacturing. Also, the entire process becomes more time-efficient, and it speeds up the development cycle.

Accessibility
3D printing is much more accessible than the traditional methods, and even with little training, individuals can begin printing the designs. As this process doesn’t require tooling or other pre-manufacturing equipment, the complete process becomes more accessible.

A startup owner can opt for a 3d printing in Melbourne, Sydney, or any other place to get their prototype ready in a matter of days. This kind of freedom is only possible with additive manufacturing. Whether you go for in-house setup or opt for 3d printing services, you can make the production process more agile.

Future of 3d printing
The 3d printing market will touch 34.8 billion by 2024 as the demand for rapid prototyping and personalization increases. We will see more small companies adopting this technology and driving innovation and product efficiency.

According to Statista, Android OS makes up a whopping 71.18% of market share as of January 2021. The figure clearly demonstrates the prevalence of Android and its demand throughout the global markets. With years of development as well as experience, developer communities have devised Android libraries and ways to use them in the best ways possible. These libraries can open plenty of customer experience and cost-reduction opportunities for businesses.

This article lists top Android libraries that you must look into in the year 2021 to create your next hassle-free project and in less time. Let’s begin:

1. Retrofit

Retrofit is a type-safe HTTP app for java and android, developed by Square. It is the best library to link to HTTP-based API service requests from Android apps. It makes use of the core functionality of OkHttp, as well as some elite features. It is one of the most user-friendly libraries with data structures besides JSON, such as Jackson, SimpleXML, etc. It also lets developers update headers as well as endpoints, include a request body with query parameters, as well as request methods along with annotations.

2. Dagger 2

Dagger is unique from other libraries with dependency injector libraries that help to render petite elements on other models that help them remain fixed with each other. While developing larger apps, it is often tough to handle dependency injection. The Dagger can help this issue with a graph of dependency injection through the compile-time and annotation processors.

3. MyLittleCanvas

This is one of the best Android libraries for developers. The library was developed to fuel working with canvas and use objects rather than methods. This Android library is developed to achieve features such as custom underline over a TextView. It also lets you apply RoundRectShape, RectShape, text shape, LineShape, DrawableShape, PathShape, and CircleShape along with Canvas methods.

4. ExpansionPanel

This is a library by Florent Champigny that offers the application of Expansion Panels. This library enables you to set up different expansion layouts one at a time. This library is seamlessly comprehensible and the project also has a sample app for developers as reference.

5. Zxing

Zxing is a barcode photo processing library that is used with Java while supporting other coding languages. Moreover, it also supports 1D product, 1D industrial, as well as 2D barcodes.

Google uses Zxing to acquire barcodes on the web. It also helps to set up the Android Barcode Scanner app base, which is then merged with the Book Search as well as Google Product.

Conclusion

Android libraries are built to save substantial development time and energy that goes into building an Android app from the start. Moreover, an Android app improves with the best android app development libraries. So invest considerable time to explore these and get in touch with a digital customer experience consulting firm or a website design and development services to take it forward.

Firms now seek to offer advanced functionality and upgrades to existing services to domestic and foreign consumers fast and with excellent quality. The OpenShift Container Platform is a development and deployment environment for containerized applications. It’s built to scale programs as well as the network infrastructure that hosts them from a few servers and apps to thousands of computers serving millions of users. OpenShift Container Platform, which is based on Kubernetes, follows the same rules that power enormous telecoms, video streaming, entertainment, banking, and some other services. Its use of open Red Hat technology enables you to expand containerized applications beyond a cloud environment to on-premises and multi-cloud settings. Kubernetes benefits from the OpenShift Container Platform’s innovation and improvements, which include:

• Hybrid Cloud Categorization: OpenShift Container Platform groups may be deployed on a wide range of public cloud services or in your own data center.

• Integrated Red Hat Technology: Red Hat Enterprise Linux and associated Red Hat technologies make up a large part of the OpenShift Container Platform. The OpenShift Container Gained momentum from Red Hat’s extensive inspection and calibration efforts for enterprise-grade applications.

• Open Source Development Model: The source code is available from public software repositories, and maintenance is done in the open. This open cooperation encourages quick research and expansion.

Key Attributes of OpenShift Container Platforms

• Operators are a core item of the OpenShift Container Platform code base as well as a simple option to launch devices and software elements for usage by your programs. Operators function as the platform basis in OpenShift Container Platform, eliminating the requirement for manual updates of operating systems and management plane applications.

• The OperatorHub and the Operator Lifecycle Manager are tools for collecting and delivering Operators to users who are creating and releasing apps.

• Software-defined networking, authentication, log consolidation, surveillance, and networking are among the other advancements to Kubernetes in the OpenShift Container Platform.

• The OpenShift Container Platform also includes a full web console and the OpenShift CLI.

If you have the proper permissions, you may deploy an operational cluster incompatible clouds using OpenShift Container Platform by running a single command and supplying a few variables. If you utilize a compatible infrastructure, you may also modify your cloud installation or deploy your cluster in your data center. Containers run on tiny, specialized Linux operating systems that aren’t based on the kernel. Although the containers’ data structure, networking, process tables, and namespaces are independent of the host Linux system, they may smoothly connect with the hosts as needed. Because containers are built on Linux, they may make use of all of the benefits that come with the open-source development paradigm of continuous development. You may run apps that demand competing software requirements within the same host since each container runs on its operating system. Since each container runs its very own software and handles its interfaces, like networking and database files, applications never have to struggle for all those resources.