What are the 2019 Trends for the Mechanical Industry?

What are the 2019 Trends for the Mechanical Industry?


The advent of digital technologies has brought along disruption in the Mechanical Industry. In this rapid morphing world, individuals are seeking to get innovative products that make the companies take their smart moves to become more profitable and productive.

There comes the Reverse Engineering Services which most of the companies use it for creating product development and serve their clients with variations of the product that might be unique or innovative. It aids market stability and performance indicator for the mechanical engineering companies.

There are many trends that the mechanical industry is experiencing, among which the Industrial Internet of Things (IIOT) is transforming big industrial design dramatically. This year we have noticed, evolution in the existing technologies than about innovation. With the implementation of digital technologies in the engineering field, engineers must upgrade their skillset to perform well and collaborate with the new technologies.

Trends for Mechanical Industry in 2019

To name a few technologies that is going to dominate the Mechanical CAD Drafting Services are Augmented Reality, Internet of Things, Agile Manufacturing, 3D Metal Printing and so on.

Industry 4.0 

Industry 4.0 or the fourth revolution is amongst the latest trend, the industrial companies are embracing. It integrates industry development trends to achieve manufacturing processes, cloud computing and cognitive computing which leads to smooth implementation and operation of factories that are going digital.

Automation is trending in the mechanical industry which improves productivity and brings efficiency in carrying out the engineering projects. We can get details about the final product by sharing data and enhancing it through automated processes. Engineers would get more time to sift the data and coordinate reviews to drive focus on other related tasks.

Automation and robotics have brought an integrated system approach to the manufacturing process which opens benefits and challenges in the industrial environment. This industrial revolution is going to bring along many opportunities to change with speed, scale and prepare the engineer’s skillset.

Machine tool manufacturers can benefit by connecting devices to accomplish the objective of tracking preventative items on a component of the customer equipment. Pairing devices with software enables automation to complete manufacturing processes more efficiently. While robotics are used to get precise repeatability and determine the weld paths.

3D Printing 

Manufacturers are benefitted from faster and less expensive products which is the result of a 3D Metal Printing. It makes rapid prototyping a cost-effective way for the product designers to test and resolve problems from their products. It enables the manufacturers to produce items on demand instead of storing them in the warehouse.

The production of molds, jigs and fixtures used in the mass production of heavy equipment used to take months in production which later with the advent of 3D Metal Printing got transformed. It ensured the manufacturers could produce it in less time consuming and less expensive way. It ensures the manufacturers are getting minimal wastage of resources used to create metallic parts.

3D printing creates dense metallic parts in a short span with high precision to improve productivity. It can help manufacture complex parts that conventionally were difficult to produce. It can maximize the performance of the parts while minimizing the weight and the total number of components in an assembly. 3D Printed parts have physical properties and avail materials that are difficult to process.

Industrial Internet of Things (IIOT)

Industrial IOT is a buzzword in the Mechanical Engineering Analysis Services where the companies gather data at every point in the manufacturing and the engineering process. Technical processes can be gathered and reviewed through IOT that provides the engineers to identify the efficiencies and generate profitable business. IIOT can speed up the processes and make profits on a large scale.

In context to the engineering industry, the project being created can be accessed by everyone working towards it. The changes can be updated in the project through connected devices and can be seen by everyone to remove the glitch.


It’s the era of a digital revolution that is gradually forging ahead in many sectors such as aerospace, mechanical engineering, construction, education, etc. Digitalization here are the technologies which is reshaping industries such as Artificial Intelligence (AI), Internet of Things (IOT), Smart data, Sustainable engineering and 3D Metal Printing.

Mechanical engineering integrated with digital technologies is becoming a hybrid, smart and highly networked. All the devices when are connected, cannot just speed up production but also transport processes easily to support the business model which works on automated data generated. By making factories smart through digital tools can make the production boost operations getting more effective and efficient.


The adoption of these digital technologies i.e., Augmented Reality (AR), Virtual Reality (VR) and Mixed Reality (MR) in the manufacturing sector, is removing the gap between the digital and real world. It is giving new capabilities to human skills to upgrade and work with these technologies to bring in efficiency and boosts production.

AR is going to be future hope for many industries where it will create many milestones amongst which mechanical engineering is such that will make the professionals involved in the project work collaboratively across multiple geographies.

With VR incorporating in the mechanical engineering project can quickly get changes to modify and add products during the product design stage before they go into modeling and manufacturing processes. It aids in reducing inspection time and assist in detecting errors to improve worker’s sightline to complete tasks faster.


Industry 4.0 Revolution is going to stay in this year and coming as well which will determine how manufacturing processes would stay competitive by being automated and going digital. To survive in this fast-changing world, the designers and engineers would have to identify the business needs, invest in technology scrutiny the needs, build industrial capabilities and adapt processes that provide the workers relevant data to work on and improve the production.

Engineers are needed to take a 360-degree approach to make the best use of technology and data. They must awaken to get innovative products and make them available to the public. It can enable the engineers to operate faster, improve production and save costs.

Author Bio

Vishakha Jadav is associated with Tesla Mechanical Designs as a content writer and digital marketing strategist. Tesla provides Sheet Metal Design Services, 3D Modeling, Product Design and Reverse Engineering Services to global clients. Our experienced team work on bringing our clients with quick turnaround time project and high-quality designs.

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